Ken Ratri - Architecture Portfolio

Terasering Wetland

Bioswales

number.

Spread water Open and maximize > being accumulated space for water

WETLANDS

WETLANDS in Jakarta are mostly consist of neglected empty lands with huge amount of water resource. It also contains huge amount of municipal waste such as plastic bag and other unbiodegredable waste. Restoration strategies includes landscape arrangement to create more public spaces and water catchment and filtering area.

After being processed, the water can be directly distributed for daily use of community in surrounding, some of them is stored/collected, some remains in the site for flora-fauna and act as recreational element

PUBLIC SPACE

Habitat WATER CATCHMENT AREA

WETLAND PARK

Wetlands Park -

Wetland park made of terraced wetlands with retention pond on the lower ground. Large scale of bioswale span across the site to maximize stormwater management and act as recre ational space alongside the water flows. The terraces was based on geographic information and water flow analysis on the site. The terraces wetlands are using gravity, passively filtering water. Water treatment process which is based on different slopes are thematic and have unique, different impressions for each pixel. Wetland park also act as a firsthand exposure to human on how water is managed and being processed so people are encouraged to be more aware to preserve an d wiser in using water.

-

RIVER Almost all of Jakarta natural landsccapes alongside the RIVER are already gone. There are many obstacles that lead to this conditions, one of them is high density of settlement alongside the river. This also leads to increasing number of slum area and flooding. Our strategies is to restore the natural landscape of the river, along with the species and encour age human to live together with other species.

HOUSING

WATER CATCHMENT AREA

These terraced wetlands slowing down the flow of water and speed nutrient removal from the water by microorganism and plant species that use excess nutrients as resources for their growth.

LANDSCAPE RESTORATION

LAKE There are several LAKE in Jakarta but none of them get serious treatment as biggest water catchment area. Such negligance leads to flooding and water pollution. Lake has biggest potential of biodiversity number so the design strategies are includes preserve and create new habitat for other species. There are also raingardens to create more water catchment area.

[

RAINGARDENS

NEW HABITAT WATER CATCHMENT AREA

After

Before

Increase quantity of clean water production from Jakarta water resource

Only 5,7% clean water are produced from Jakarta water resource

CLEAN WATER PRESERVATION TARGET quantity of water

2/4

WATER PRESERVATION AS IMPULSE Water are required to support biodiversity.

Without sufficient water, stresses on specieses and decrease the number of biodiversity (UNESCO, 2019). Water could be recycled but not replaced. That’s why we need to preserve it more. Water cycle are heavily influenced by the ecosystem. Ecosystem are one of the aspects of biodiversity. The problem about water and ecosystem are both real in Jakarta. Growing population and rapid urbaniza tion affects on water quality.

GOALS : INCREASING BIODIVERSITY

There are four aspects of biodiversity : ecosystem, species, genetic, and functional. The more diverse those aspects, the higher biodiversity could get. The biggest aspects from all of this is ecosystem, because more ecosystem means there will be more habitat to various species. That’s why in our design, we choose water as impuls because water are required to support biodiversity. The strategy of water preservation brings new ecosystem and increase the number of biodiversity.

BIODIVERSITY INDEX based on singapore index

Besides the four aspects of biodiversity, there’s biodiversity index applied in Singapore in a form of regulations. We take some part of it to be implemented in our design. We will evaluate our design from this index and aspects in order to increase the biodiversity.

We hope that Jakarta could restorized their biodiversity and be a nature-friendly city.

carbon storage & cooling effect on vegetation

quantity of water

area of parks with natural area

change in number of species

proportion of natural area in the city

connectuvty measure

KEN RATRI ARCHITECTURE PORTFOLIO kenratristudio@gmail.com

CURRICULUM VITAE PERSONAL Nama Address Phone Email Date of Birth Nationality

I’m a motivated, enthusiastic, and adaptable person who looking an opportunity to learn about architecture.

I’m always up for a new challange and always try to identify and develop opportunities.

I enjoy and able to work well both in a team as well as in my own initiative.

In short, I am hardworking, reliable, and have eagerness to learn, alson have so much interest in architecture.

ken ratri

: Monica Teresa Ken Ratri Drupadi : Kemetiran Kidul GT II/no.718 RT 55 RW 16, Pringgokusuman, Gedongtengen, Yk. : 082236470878 : kenratristudio@gmail.com : August 27th 1997 : Indonesian

EDUCATIONAL BACKGROUND

SKILLS

2016-2020

Adobe Photoshop Adobe Illustrator Sketchup Rhinocheros Grasshopper Lumion Autocad Microsoft Dialux Envimet CorelDraw Adobe After Effect

2013-2016 2010-2013 2004-2010

: Bachelor Degree Architecture and Planning Department , Gadjah Mada University : Senior High School at SMA Negeri 2 Yogyakarta : Junior High School at SMP Pangudi Luhur 1 Yogyakarta : Elementary School at SD Pangudi Luhur Yogyakarta

TIMELINE

ACTIVITY EXPERIENCE

2019 2019 2019 2019 2018 2018 2017-2019 2017-2019 2017-2018 2017 2017-2018 2016-2018 2016-2017 2016 2015

Asian Cooperative Program International Conference Pasca KKA Exhibition: Visualization Division Pasca KKA Exhibition: Archilogy Volume 5 Pasca KKA Exhibition: Shopping Tourism KKA “Tourism” MPPDA Teaching Assistant Rupa Dasar Teaching Assistant DorxLab Parametric Architectural Research and Modeling OC - Fund Raising Coordinator for Kuliah Kerja Arsitektur Tutor in “Urban Sketch Workshop” held by GMU Facilitator for New Student REMBUG GMU Student Committee of Architecture Department GMU Student Committee of KMKT (Keluarga Mahasiswa Katolik Teknik) Treasurer for Jamming Session Architecture Department GMU Event Illustration Coordinator in Internal School Magazine

TIMELINE

COMPETITION TITLE: ACHIEVEMENT

WORKING EXPERIENCE

2020

Indonesia Arch Student Final Project National Competition 1st Winner Environmental Studies

2020

FuturArc Prize Asian Design Competition Merit Awards Student Category

2020

CTBUH International Student Tall Building Design Competition Top 10-Semi finalist

PT. Global Rancang Selaras Architectural Assistant Periode Waktu Durasi Pekerjaan Lokasi

Apr 2019 – Saat ini 1 thn 8 bln Yogyakarta , Indonesia

2018

Sleman District Rearrangement Design Competition 2nd Winner

2018

Bali, Sanur Fast Boat Crossing Dock National Design Competition Favourite Winner

Freelance 3D Visualization Periode Waktu Durasi Lokasi

Maret 2019- Saat ini 1 thn 6 bulan Yogyakarta

2018

STUCO National Spatial Design Competition Innovative Student Centre “University as Living Labs” Top 5

Design Alliance Workshop Intern Periode Waktu Durasi Pekerjaan Lokasi

Des 2018 – Feb 2019 3 bln Jakarta Selatan

CONTENTS

2

RIVER SPINE VERTICAL HOUSING

4

SKY MOTION RENTAL OFFICE

1

TERRA GANGLIA JAKARTA MASTERPLAN

6

DEWI SRI FARM FIELD DEVELOPMENT

3

GREENVENTURE VERTICAL HOUSING & MARKET

8

BEHAVE STUDY CENTER Z GEN-BASED STUDY CENTER

5

KARAKALINDA SANUR BALI’S CROSS DOCKING

10

VISUALIZATION PROJECT INDONESIA TOURISM

7

KARAKALINDA SANUR FAST BOAT CROSSING DOCK

9

PALU CHURCH PALU-DONGGALA

TERRA GANGLIA FUTURE JAKARTA MASTERPLAN| 2020 Status: Competition

Submission Category: Submission Category: S_223442 Submission Category: Student Student Submission ID: Student Submission Category: Submission ID: S_223442 Student S_223442 Submission ID: Jakarta Submission ID: city.

As Submission Category: S_223442 Submission ID: Submission Jakarta ID: Submission Category: Jakarta S_223442 Submission ID: city. As ID:Submission S_223442 Student Submission ID: S_223442 Submission ID: occurs Submission ID: Submission Jakarta Submission Category: Jakarta S_223442 Student S_223442 Submission ID: Category: overlap S_223442 S_223442 occurs city. As S_223442 S_223442 Submission Category: Submission Category: Student overlap Jakarta Student Submission Category: Submission Category: Submission Category: Submission Category: Submission Category Student occurs Submission Category: OVE Student StudentStudent Student Student overlap Student Jakart REVIVING JAKARTAStudent AQUATIC ECOSYSTEM Based OVE REVIVING JAKARTA AQUATIC ECOSY city. A REVIVING JAKARTA AQUATIC ECOSYSTEM

is proje Jakar Based Jakart from thA city. isoccurs proje Jakar in 2025 Jakar REVIVING JAKARTA AQUATIC ECOSYSTEM from Based city.thA overla (BNPB in 2025 is occur proje Jakar ing the overla (BNPB from th occur their ne the inoverla 2025 REVIVING JAKARTA AQUATIC ECOSYSTEMing their ne REVIVING JAKARTAREVIVING AQUATIC ECOSYSTEM (BNPB Based JAKARTA AQUATIC ECOSYSTEM REVIVING JAKARTA AQUATIC ing the REVIVING JAKARTA AQUATIC ECOSYSTEM is pro REVIVING JAKARTA AQ REVIVING JAKARTA AQUATIC ECOSYSTEM REVIVING JAKARTA AQUATIC E Based their ne REVIVING JAKARTA AQUATIC ECOSYSTEM t Infrom geo is pro REVIVING JAKARTA AQUATIC ECOSYSTEM REVIVING JAKARTA AQUATIC ECOSYSTEM inBased 202 Jakarta Country: Indonesia In geo from Country: Indonesia REVIVING JAKARTA AQUATICCountry: ECOSYSTEM Country: Indonesia is pro (BNPB situatio Indonesia Country: Indonesia Jakarta in 202 City: Jakarta City: Jakarta from Country: Indonesia ing the topogr situatio In(BNP geo City: Jakarta City: Jakarta Country: Indonesia City: Jakarta in per 202 their n cm topogr Jakarta ing th City: Jakarta (BNP Indone City: Jakarta cm per situatio their ing th tut Tek Indone topogr their tut cm per In Tek geo Indone Jakart InTek ge tut situati Geomo Jakar In ge topog results Geomo situat Jakar cm pe Island. results topog situat Indon the dan Island. cm p Geomo topog tut Tek lowland the dan Indon results cm p flood-p lowland tut Te Island.

Indon warning flood-p the dan tut Te height warning lowland Geom height flood-p results Geom warning Island result height Geom the da The av Island result lowlan overtak The theav d Islandc floodwhich overtak lowla the d warnin Jakarta which flood The avc lowla height dry sea Jakarta warni overtak flood dry seac heigh which warni Jakarta heigh dry Thesea a In addi overta above, The Inwhich addia lives th overt above, The a Jakart cal and which lives th Indry addi overt se cause d Jakar cal and above, which buying dryth s cause lives Jakard some o buying caldry and s So, wh some o cause d In add lems?

H So, wh buying abovep those In ado lems?

H some lives th we go above those So, In wh ad cal anp lives t we go lems?

H above cause

Country: Indonesia Country: Indonesia Country: Indonesia City: Jakarta City: Jakarta City: Jakarta Country: Indonesia City: Jakarta Country: Indonesia Country: Indonesia City: Jakarta Country: Indonesia City: Jakarta Country: Indonesia City: Jakarta Country: Indonesia City: Jakarta City: Jakarta

OVE

OVE OV LAN OV LAN

LAN

LAN LAN FLO LAN FLO

FLO

FLO FLO CLE FLO CLE

CLE

[Student], [Jakarta], [S_223442] DESIGN REPLICATION [Student], DESIGN REPLICATION [Student], [Jakarta], [Jakarta], [S_223442] [S_223442] DESIGN REPLICATION Design replication are following the flows of [Student], water. We want to duplicate[S_223442] the [Jakarta], DESIGN REPLICATION DESIGN REPLICATION Design replication are following the flows of water.

We want to duplicate the design based on aquatic ecosystem we choose : wetlands, river, and lake.

All the Design replication are following the flows of water. We want to duplicate the DESIGN [Jakarta], [S_223442] design based onare aquatic ecosystem weREPLICATION choose[Student], : wetlands, river, andecosystem lake. All the DESIGN REPLICATION DESIGN REPLICATION design strategy planned to be implemented to every aquatic in design based on aquatic ecosystem we choose : wetlands, river, and lake. All the design strategy are planned to be implemented to every aquatic ecosystem in the Design replication are following the flows of water.

We want to duplicate the Jakarta.

Design replication are following the flows ofto water. want ecosystem to duplicate design strategy are planned to be implemented everyWe aquatic in DESIGN REPLICATION [Student], [Jakarta], [S_223442] Jakarta.

DESIGN REPLICATION Design replication are following the flows of water.

We want to duplicate the design based on aquatic ecosystem we choose : wetlands, river, and lake.

All the design based onare aquatic ecosystem we choose : wetlands, river, and lake. the All the Design replication following theJakarta. flows of water.

We We want to duplicate Design replication are following the flows of water. want to duplicate the design based on aquatic ecosystem we choose : wetlands, river, and lake.

All the DESIGN REPLICATION design strategy are planned to be implemented to every aquatic ecosystem in design strategy planned to be to every aquatic ecosystem in design based on aquatic ecosystem weimplemented choose : wetlands, river, andand lake.

All the design based onare aquatic ecosystem we choose : wetlands, river, lake.

All the design strategy are planned to implemented be implemented to every aquatic ecosystem in Jakarta.

Design replication are following the flows ofto water.

We want to duplicate Jakarta. design strategy are planned to be every aquatic ecosystem Design replication are following the flows of water.

We want to duplicate thein the design strategy are planned to be implemented to every aquatic ecosystem in Jakarta.

DESIGN REPLICATION design based on aquatic ecosystem we choose : wetlands, river, and lake.

All the Jakarta. design based on aquatic ecosystem we choose : wetlands, river, and lake.

All the Jakarta.

Design replication are following the flows of water. We want to duplicate the design strategy are planned be implemented to every aquatic in design strategy areon planned toecosystem betoimplemented to :every aquatic ecosystem design based aquatic we choose wetlands, river, andecosystem lake. in All the Jakarta.

Jakarta. designreplication strategy are planned to be to We every aquatic ecosystem Design are following theimplemented flows of water. want to duplicate thein Jakarta. design based on aquatic ecosystem we choose : wetlands, river, and lake. All the design strategy are planned to be implemented to every aquatic ecosystem in Jakarta.

CLE THE CLE THE CLE THE

TH TH TH

TERRA GANGLIA

one of the capital city which classified as a metropolitan Jakartaand is one of the capital city which classified as a metropolitan eone center of capital economic Indonesia government, of the citysector which classified asof a metropolitan city.

As the center economic sector and Indonesia government, theof process of urbanization.

The urbanization that enites center economic sector and Indonesia government, Jakarta ignites thewhere process of also urbanization. The urbanization that se urban problems and life necessities, it is REVIVING JAKARTA AQUATIC ECOSYSTEM nites the process of The urbanization that life necessities, where it is also one of the capital cityurbanization. which classified as a metropolitan occurs raise urban problems and th the natural conditions and necessities, geomorphology Jakarta.

INDONESIA, JAKARTA se urban problems and life where it is also and geomorphology Jakarta. e center of economic sector and government, overlap withIndonesia the natural conditions th thethe natural conditions and geomorphology Jakarta.that nites process of urbanization.

The urbanization se urban problems life capital necessities, whereclassified it is alsoas a metropolitan Jakarta is oneand of the city which thone theof natural conditions and geomorphology Jakarta. the capital city classified asJakarta a metropolitan city.

As the center of economic sector and in Indonesia government, data from BPS 2018, the which population of DKI 2019 TEM e center of economic sector and Indonesia government, Based on data from BPS 2018, the population DKI Jakarta in 2019 Jakarta ignites the process of urbanization.

The urbanization ismillion. one of the capital cityincreased which classified as a metropolitan ofthat tofrom reach 10.5 This figure byin0.73% sdone of Jakarta the capital city which classified asJakarta a metropolitan data BPS 2018, the population of DKI 2019 gnites the process of urbanization.

The urbanization that is projected to reach 10.5 million.

This figure increased by 0.73% Jakarta is one of the capital city which classified as a metropolitan city.

As the center ofproblems economic sectorlife and Indonesia government, occurs raise urban and necessities, where it is also rojected population in 2018 of figure 10.4isIndonesia million people.

While he center of10.5 economic sector and government, Jakarta one ofthe the capital city which classified as aametropolitan to reach million.

This increased by 0.73% Jakarta is one of capital city which classified as metropolitan city.

As the center of economic sector and Indonesia government, sedone of the capital city which classified as a metropolitan ise urban problems and life necessities, where it is also Jakarta ignites the of urbanization.

The urbanization thatclassified from the projected population in ofwhich 10.4 million people.

While isbe one of theas capital city as a metropolitan Jakarta is one of theprocess capital cityJakarta which classified a 2018 metropolitan overlap with the natural conditions and geomorphology Jakarta. population projection says that will 11.033.969 city.

As there the center of economic sector and Indonesia government, gnites the process of urbanization.

The urbanization that rojected population inone 2018 of 10.4 million people. city.

As the center of economic sector Indonesia government, data from BPS 2018, the population of DKI Jakarta inWhile 2019 Jakarta ignites the process of urbanization.

The urbanization that Jakarta is one one of the capital city which classified asand athat Jakarta is of the capital city which classified a government, metropolitan city.

As the center ofas economic sector and Indonesia government, occurs raise urban problems and life necessities, where it ismetropolitan also city.

As the center of economic sector and Indonesia Jakarta is of the capital city, whichclassified as metropolitan he center of economic sector and Indonesia government, ith the natural conditions and geomorphology Jakarta. in 2025, the population projection says there will be 11.033.969 Jakarta ignites the process of urbanization.

The urbanization that daise BPS).

This indicates an increase of life necessities includproblems and life necessities, where it is also Jakarta ignites the process of urbanization.

The that Jakarta ignites the process ofiturbanization.

The urbanization that e projection says that there will be 11.033.969 occurs raise urban problems and life necessities, where isgovernment, also urbanization city.

As the center of economic sector and Indonesia government, dpopulation tourban reach 10.5 million.

This figure increased by 0.73% overlap with the natural conditions and geomorphology Jakarta. city.

As the center of economic sector and Indonesia Jakarta ignites the process of urbanization.

The urbanization that occurs raise urban problems and life necessities, where it is also includgnites the process of urbanization.

The urbanization that (BNPB and BPS).

This indicates an increase ofnecessities, life necessities e of land and space.

If Jakarta is densely full of people and occurs raise urban problems and life necessities, where it iswhere also it is also occurs raise urban problems and life the natural conditions and geomorphology Jakarta. overlap with the natural conditions and geomorphology Jakarta.

Jakarta ignites the process of urbanization.

The urbanization that dwith BPS).

This indicates an increase of life necessities includoccurs raise urban problems and life necessities, where it is also rojected population inand 2018 ofuse 10.4 million people. overlap with theurbanization. natural conditions andurbanization geomorphology Jakarta.

Jakarta ignites the process of that aise urban problems life necessities, where it While is also ing the of land and space.

IfThe Jakarta is densely full of people and overlap with the life natural conditions and geomorphology Jakarta. overlap with the natural conditions Jakarta. s,ofhow toand deal with remaining natural conditions? occurs raise urban problems and necessities, where it is and alsoitgeomorphology overlap withthe the natural conditions and geomorphology Jakarta. e land space.

If Jakarta is densely full of people and e population projection says that there will be 11.033.969 occurs raise urban problems and life necessities, where is also with theBased natural conditions and geomorphology Jakarta.

OVERPOPULATION their needs, how to deal with the remaining natural conditions? on data from BPS 2018, the population of DKI Jakarta in 2019 overlap withthe theremaining natural conditions and geomorphology Jakarta. howfrom tooverlap deal with conditions? ds,data BPS).

This indicates increase ofnatural life includOVERPOPULATION OVERPOPULATION with the natural conditions andfigure geomorphology Jakarta.

BPS 2018, population of necessities DKI Jakarta 2019 is projected toan reach million.

This increased by 0.73% Based on data from BPS10.5 2018, the population of in DKI Jakarta in 2019 OVERPOPULATION OVERPOPULATION ECOSYSTEM eed of to land and space.

If Jakarta is densely full of people and OVERPOPULATION Based on data from BPS 2018, the population of DKI Jakarta in 2019 reach 10.5 million.

This figure increased by 0.73% Based on data from BPS 2018, the population of DKI Jakarta in 2019 is projected to reach 10.5 million.

This figure increased by 0.73% from the projected population infrom 2018 of2018, 10.4the million people.

While ATIC ECOSYSTEM Based onBPS data BPS 2018, the population ofbyDKI nOSYSTEM data from BPS 2018, the population of DKI Jakarta in 2019 Based onnatural data population ofincreased DKI Jakarta in Jakarta 2019 in 2019 OVERPOPULATION is10.5 projected to reach 10.5from million.

This by figure 0.73% s,cal how to deal with the remaining conditions? is projected to reach million.

This figure increased 0.73% projected population in 2018 of 10.4 million people.

While from the projected population in 2018 of 10.4 million people.

While context, land subsidence will be naturally occur in Based on data from is BPS 2018, the population of DKI Jakarta in 2019 in 2025, the population projection says that there will be 11.033.969 is projected to reach 10.5 million.

This figure increased projected toincreased reach 10.5 million.

This increased byWhile 0.73% by 0.73% ted to reach 10.5 million.

This figure byDKI from the projected population in0.73% 2018 of figure 10.4While million people.

In geological context, land subsidence will be naturally occur in from the projected population in 2018 of 10.4 million people.

Based on data from BPS 2018, the population of Jakarta in0.73% 2019 in 2025, the population projection says that there will be 11.033.969 is projected tothe reach 10.5 million.

This figure increased by nhe data from BPS 2018, population of DKI Jakarta in 2019 population projection says that there will be 11.033.969 from the projected population in 2018 of 10.4 million people.

While ough a long period of time (hundred years).

However, this (BNPB and BPS).

This indicates an increase of life necessities includfrom the projected population in 2018 of 10.4 million people.

While in 2025, the population projection says that there will be 11.033.969 cal context, land subsidence will be naturally occur in projected population in 2018 of 10.4 million people.

While in 2025, the population projection says that there will be 11.033.969 is projected to reach 10.5 million.

This figure increased by 0.73% (BNPB and BPS).

This indicates an increase of life necessities includJakarta through a long period of time (hundred years).

However, this in 2025, the population projection says that there will be 11.033.969 from the projected population in 2018 of 10.4 million people.

While Based on data from BPS 2018, the population of DKI Jakarta in 2019 ted toaing reach 10.5 million. figure increased byinclud0.73% BPS).

This indicates an increase ofdoes life necessities sd accelerated by human factors, itthe make change infullthat inThis 2025, population projection says there willand be 11.033.969 (BNPB and BPS).

ThisHowever, indicates an increase ofpeople life necessities includthe use of land and space.

If Jakarta is densely ofan ough long period of time (hundred years). this he population projection says that there will be 11.033.969 (BNPB and BPS).

This indicates an increase of life necessities includfrom the projected population in 2018 of 10.4 million people.

While (BNPB and BPS).

This indicates increase ofpeople life necessities including the use of land and space.

IfBPS).

Jakarta isThis densely full of people and in 2025, the population projection says that there will be 11.033.969 situation is accelerated by human factors, it does make change in is projected to reach 10.5 million. figure increased by 0.73% ing the use of land and space.

If Jakarta is densely full of and (BNPB and This indicates an increase of life necessities includprojected population in 2018 of 10.4 million people.

While e of land and space.

If Jakarta is densely full of people and hy component and land surface height decrease faster 25 their needs, how to deal with the remaining natural conditions? ing the use of land and space.

If Jakarta is densely full of people and scal accelerated by human factors, it does make change ing the use of land and space.

If Jakarta is densely full of people and in 2025, the population projection says that there will be 11.033.969 context, land subsidence will be naturally occur in their needs, how to deal with the remaining natural conditions? nd BPS).

This indicates an increase of life necessities includ(BNPB and BPS).

This indicates an increase of life necessities includtheir needs, how to deal with the remaining natural conditions? ing the usenatural of Ikatan land and space.

Ifland Jakarta is densely fullWhile ofdecrease people and component and surface height faster 25 from the projected population inneeds, 2018 of 10.4 million hecomponent population projection says that there will be 11.033.969 ds, how to deal with thetopography remaining conditions? ar (Sukmandaru Prihatmoko, Head of Ahli Geologi how to necessities deal with thepeople. remaining natural conditions? their needs, how toand deal with the remaining natural conditions?

(BNPB and BPS).

This indicates an increase of life includhy and land surface decrease faster 25 ing the use of land space.

If their Jakarta isHowever, densely full of people andofconditions? ough a long period of (hundred years). this se of land and space.

Iftime Jakarta isheight densely full of people and their needs, how to deal with the remaining natural cm per year (Sukmandaru Prihatmoko, Head Ikatan Ahli Geologi in 2025, the population projection says that there will be 11.033.969 nd BPS).onThis indicates an increase of life necessities includbased thethe research done by geodetic team from Instiing use of land and space.

If Jakarta isAhli densely full of people and their needs, how toremaining deal with the remaining natural conditions?

(Sukmandaru Prihatmoko, Head of Ikatan Geologi sar accelerated byand human factors, it does make change in LAND SUBSIDENCE ds, how (BNPB to deal with the natural conditions?

LAND SUBSIDENCE Indonesia based on the research done by geodetic team from InstiBPS). indicates anfull increase of life necessities includse of land andneeds, space.

If done Jakarta isgeodetic densely of people and ogi Bandung) LAND SUBSIDENCE their how toThis deal with the remaining natural conditions?

LAND SUBSIDENCE based on the research by team from InstiLAND SUBSIDENCE hy component and land surface height decrease faster 25 In geological context, land subsidence will be naturally occur in In geological context, land subsidence will be naturally occur in tutremaining Teknologi Bandung) Ining geological context, subsidence will beland naturally occur in the use ofthe land andland space.

Jakarta is densely full of people and ds, Bandung) how to deal with natural conditions?

In If geological context, subsidence will be naturally through a (hundred long period of timeHowever, years).

However, thisin occur in LAND SUBSIDENCE ogi In geological context, land subsidence will be naturally occur innaturally ar (Sukmandaru Prihatmoko, Head of Ikatan Ahli Jakarta through a long long period ofJakarta time years). this InJakarta geological context, landGeologi subsidence will be occur gical context, land subsidence will be naturally occur in(hundred Jakarta through a period of time (hundred years).

However, this through a long period of time (hundred years).

However, this their needs, how to deal with the remaining natural conditions? situation is accelerated by human factors, it does make change in LAND SUBSIDENCE Jakarta through a long period ofsituation time (hundred years).

However, this Jakarta through a long period of time (hundred years). this situation is accelerated bygeodetic human factors, itfrom does make change in itHowever, In geological context, land subsidence will be naturally occur in based onlong the research done by team Instiis accelerated by human factors, does make change in rough situation a period of time (hundred years).

However, this is accelerated by human factors, it does make change in topography component land surface height decrease faster 25 gical context, land subsidence will be naturally occur in change situation is accelerated by human factors, it surface does change in faster 25 situation is accelerated by human factors, itand does make In geological context, land subsidence will be naturally occur in make topography component and land surface height decrease faster 25 Jakarta through a long period ofdoes time (hundred years).

However, this topography component and land height decrease ogi Bandung) is accelerated by human factors, it make change in cm per year (Sukmandaru Prihatmoko, Head of Ikatan Ahli Geologi hologically, the majority of Jakarta land is formed by the component and land surface height decrease faster 25 Ikatan topography component land surface height fasterAhli 25 topography component and land surface height decrease faster 25 Jakarta through atime long period of time (hundred years).

However, this hroughtopography a situation long period of (hundred years).

However, this cm per year (Sukmandaru Prihatmoko, Head of Ikatan Ahli Geologi cm per year (Sukmandaru Prihatmoko, Head is accelerated by human factors, itand does make change indecrease Indonesia based on the research done by geodetic teamoffrom Insti- Geologi Geomorphologically, the majority of Jakarta land is Geologi formed by the gical context, land subsidence will be naturally occur in hy component and land surface height decrease faster 25 fluvial process, and is located in the northern part of Java cm per year (Sukmandaru Prihatmoko, Head of Ikatan Ahli Geologi cm per year (Sukmandaru Prihatmoko, Head of Ikatan Ahli cm per year (Sukmandaru Prihatmoko, Head of Ikatan Ahli Geologi situation accelerated by human factors, it does make change inby geodetic team from InstiIndonesia onby the research done Indonesia on the research done bybased geodetic team from Institopography component and land surface height decrease faster 25 hologically, the majority offactors, Jakarta is make formed the is accelerated byisbased human itland does change innaturally tutof Teknologi Bandung) In geological context, land subsidence will be occur in results fluvial process, and is located in the northern part of Java hrough a cm long of time (hundred years).

However, this ear Prihatmoko, Head of Ikatan Ahli Geologi Indonesia based on Head the research done by geodetic that(Sukmandaru these conditions make the Jakarta area vulnerable to tutdone Teknologi Bandung) Indonesia based onsurface the research by geodetic team from InstiIndonesia based on the research done by geodetic team from Insti-from Institopography component and land surface height decrease faster 25 team tut Teknologi Bandung) perperiod year Prihatmoko, of Ikatan Ahli Geologi fluvial process, and is(Sukmandaru located in the northern part of Java phy component and land height decrease faster 25 Jakarta through a long period of time (hundred years).

However, this Island.

So that these conditions make the Jakarta area vulnerable to tut Teknologi Bandung) is accelerated by human factors, it does make change infrom based on the done by geodetic team from Institut Teknologi Bandung) cm perresearch year (Sukmandaru Prihatmoko, Head of Ikatan Geologi rs meteorological hydro, especially floods.

Jakarta is aAhli tut Teknologi Bandung) Indonesia based on the research geodetic team Instithat these conditions make the Jakarta area vulnerable to earof(Sukmandaru Prihatmoko, Head ofdone Ikatan Ahli Geologi FLOOD hologically, the majority ofdangers Jakarta land is by formed by the situation is accelerated by human factors, it does make change in Jakarta is a the of meteorological hydro, especially floods.

Indonesia based on the research done by geodetic team from Instiphy component and land surface height decrease faster 25 logi Bandung) tut Teknologi Bandung) rea anthe average height of 7m above sea level.InstiIn FLOOD FLOOD ofwith meteorological hydro, especially floods.

Jakarta isheight Geomorphologically, the majority ofaJakarta land is formed by the arsbased on research done by geodetic team from fluvial process, and iscomponent located in the northern part of Java tut Teknologi Bandung) topography and land surface height decrease faster 25 lowland area with an average of 7m above level.

In FLOOD ear (Sukmandaru Prihatmoko, Head of Ikatan Ahli Geologi Geomorphologically, the majority of Jakarta part landofissea formed by the e areas, to handle floods, there aabove provision of FLOOD results ofisfluvial process, and is early located in the Java Geomorphologically, the of Jakarta land is formed bynorthern the rea an average heightthe ofmajority 7m sea level.

In ologi Bandung) that with these conditions make Jakarta area vulnerable to cm per year (Sukmandaru Prihatmoko, Head of Ikatan Ahli Geologi flood-prone areas, to handle floods, there is a provision of early results of fluvial process, and is located in the northern part of Java Geomorphologically, the pipe. majority of Jakarta is formed by to the a based on the flood research done by geodetic team from InstiIsland.

Sosucked these conditions make the area vulnerable ystem and itself will be with FLOOD Geomorphologically, the majority of Jakarta land isThe byland the results of fluvial process, and isthat located in the northern partJakarta of Java e of areas, tothe handle floods, there is aoffloods. provision of early rs meteorological hydro, especially Jakarta isformed ais Island.

Sothe that these conditions make the Jakarta area vulnerable to results of fluvial process, and island located in thebe northern partwith of isJava the dangers meteorological hydro, especially floods.

Jakarta a Indonesia based on the research done by geodetic team from Instiwarning system and flood itself will sucked pipe. The Geomorphologically, the majority of Jakarta formed by the FLOOD ologi Bandung) he flood varies from 50 cm 2 m. results of fluvial process, and isthe located inJakarta the northern parthydro, of Island.

So thatitself these conditions make the area vulnerable to Geomorphologically, the majority of Jakarta land isheight formed byJava the dangers of meteorological especially floods.

Jakarta is a ystem and the flood will be sucked with pipe.

The rea with an average height of 7m above sea level.

In Island.

So that these conditions make the Jakarta area vulnerable to lowland area with an average of 7m above sea level.

In hologically, the majority ofconditions Jakarta land formed by the tut Teknologi Bandung) height ofand theisflood varies from 50 cm - 2of m. results ofof fluvial process, and is located inwith the northern part Javaabove sea level. In Island.

So that make the area vulnerable to Geomorphologically, the majority of is Jakarta land is average formed by the the dangers ofthese meteorological hydro, especially floods.

Jakarta is aof results fluvial process, located in Jakarta the northern part Java lowland area an height of 7m Jakarta flood-prone areas, to handle floods, there is a provision of early the dangers of meteorological hydro, especially floods. is a he flood varies from 50 cm 2 m. e areas, to handle floods, there is a provision of early fluvial Island. process, and isthese located in the northern part of Java the dangers meteorological hydro, especially floods.

Jakarta isabove a withsea So that conditions make the Jakarta area vulnerable results of fluvial process, and isflood-prone located the northern part of Java lowland area with an average height of 7m above sea level.

In Island.

So thatof these conditions make the Jakarta area vulnerable to areas, to handle floods, there isto a provision warning system the flood itself will sucked pipe.

TheIn of early phologically, the majority of Jakarta land iswith formed by the lowland area withand anin average height ofbe 7m level. ystem and the flood itself will be sucked pipe.

The that these conditions make the Jakarta area vulnerable to lowland area with an average height of 7m above sea level.

In Island.

So that these conditions make the Jakarta area vulnerable to warning system the flood itself will beissucked with flood-prone areas, toheight handle floods, there isand afloods. provision ofJakarta early the dangers of meteorological hydro, especially floods. a the dangers of meteorological hydro, especially Jakarta is a of the flood varies from 50 cm 2 m. flood-prone areas, to handle floods, there is a provision of earlypipe. The fhe fluvial process, andareas, is located in the northern part of Java flood varies from 50 cm -the 2Jakarta m. height of the flood varies from 50 cm 2a m.with flood-prone to handle floods, there is 7m adue provision of early the dangers of meteorological hydro, floods. is-level. warning system andan itself will be sucked with pipe.

The phologically, the majority of land isespecially formed byabove the ers ofof meteorological hydro, especially floods.

Jakarta is aJakarta bility clean water in Jakarta isflood facing aheight crisis time to lowland area with average height of 7m above sea level.

In lowland area with an average of sea In warning system and the flood itself will be sucked pipe.

The o that these conditions make the Jakarta area vulnerable toispipe. warning system and the flood itself will be sucked with The lowland area an average height 7m sea level.

In The availability of clean water inland Jakarta isearly facing a the crisis time due to Geomorphologically, the majority Jakarta formed by height ofand theareas, flood varies from 50 cm -varies 2ofof m. flood-prone areas, to handle floods, there is aabove provision of f fluvial process, iswith located inof the northern part of Java area with an conservation. average height of 7m above sea level.

In height the flood from 50 cm - 2 m. but minimal This is also one of the factor CLEAN WATER flood-prone to handle floods, there is a provision of early bilityofofmeteorological clean water in Jakarta isflood facing alocated crisis time due to gers hydro, especially floods.

Jakarta is a pipe. height of the flood varies from 50 cm -2 m. flood-prone areas, tothe handle floods, there is a provision of early CLEAN WATER warning system and itself will be sucked with The overtake but minimal conservation.

This is aalso one of the factor results of fluvial process, and is inas the northern part ofThe Java o these make the Jakarta area vulnerable to with nethat areas, toconditions handle floods, there is aitself provision of early ses land subsidence.

In some areas in Jakarta such West The availability of clean water in Jakarta is facing crisis time due to warning system and the flood will be sucked pipe. but minimal conservation.

This is also one of the factor area with an average height of 7m above sea level.

In warning system and the flood itself will be sucked with pipe.

The height of the flood varies from 50 cm 2 m.

The availability ofJakarta clean water inisareas Jakarta facing time to which causes land subsidence. some inis Jakarta such asdue West Island.

So that these conditions make the area vulnerable toa crisis CLEAN WATER overtake but minimal conservation. also one of the factor CLEAN WATER gers of height meteorological hydro, especially floods.

Jakarta is This a ystem and the flood itself will be sucked with pipe. d North Jakarta, the condition can be worse inInThe the of flood varies from 50 cm 2where m. height ofthe thein flood varies from 50 cm - subsidence.

2 -but m. ses land subsidence.

In some areas in Jakarta such asdue one areas, todangers handle floods, there is ahydro, provision ofInWest early bility of clean water Jakarta is facing crisis time tofloods. overtake minimal conservation.

This is such also one of thein factor CLEAN WATER which causes land some areas in Jakarta as West Jakarta and North Jakarta, the condition can be worse where the the of meteorological especially Jakarta is a areaflood with anavailability average of (Tempo, 7m above sea level. varies from 50 cm - 2water m.

The availability of causes clean water ina Jakarta isInfacing aareas crisisintime duesuch to as West ofheight clean inwhich is facing crisisIntime due to nthe is Jakarta, aThe scarcity of condition clean water.

2019) land subsidence.

Jakarta dthere North the can beJakarta worse where in the system and the flood itself will be with pipe.

The Jakarta and North Jakarta, the condition cansome be worse where in the but minimal conservation.

This is also one of the factor CLEAN dry season there is a scarcity of clean water.

(Tempo, 2019) lowland area with an average height of 7m above sea level.

In The of clean water insucked Jakarta is facing a crisis time due to overtake but minimal conservation.

This is also one of the factor overtake but WATER minimal conservation.

This is also one of the factor one areas, toavailability handle floods, there is a provision of early and Northof the condition be worse where in the dry there is2019) a scarcity clean water.

(Tempo, can 2019) nses there isflood-prone aovertake scarcity ofIn clean water.

CLEAN WATER the flood varies from 50 cm -areas 2season m.(Tempo, land subsidence. some inJakarta Jakarta such asJakarta, West which causes land subsidence. areas in Jakarta such as2019) West but minimal conservation.

This isthere also the factor which causes land subsidence. some areas inpipe. such as West areas, to handle floods, issome aof provision early The availability of clean water Jakarta is facing crisis time due to of (Tempo, dry season there isJakarta aaInone scarcity of clean water. system and the flood itself will beinIn sucked with The d North Jakarta, the condition can be worse where in the Jakarta and North Jakarta, the condition can be worse where in the which causes land subsidence.

In some areas in Jakarta such as West The availability of clean water in Jakarta is facing a crisis time due to Jakarta and North Jakarta, the condition can be worse where in the overtake but minimal This will isisalso the factor The availability of clean in Jakarta facing aofcrisis time due The to warning system and the itself be one sucked with pipe. the flood varies from 50 cm -conservation.

2water m.flood dry season there is a scarcity of clean water.

(Tempo, 2019) Jakarta and North Jakarta, the condition can be worse where in the overtake but minimal conservation.

This is also one of the factor nability thereof is a scarcity of clean water.

(Tempo, 2019) dry season there is a scarcity of clean water.

(Tempo, 2019) which causes land subsidence.

In some areas in such as clean water in Jakarta is facing a crisis due to minimal conservation.

This isJakarta also one of West the factor height ofbut the flood varies from 50 cm -mentioned 2time m. n to theovertake intangible problems that have been dry season a scarcity ofalso clean water.

(Tempo, 2019) which causes landissubsidence.

In areas in such Jakarta andthere North Jakarta, the condition can beJakarta worse where inWest thebeen mentioned In addition tosome the intangible problems thatashave but minimal conservation.

This is one of the factor which causes land subsidence.

In some areas in Jakarta such as West Inalso addition toIn the intangible problems that have been mentioned irectly these problems have an impact on people's lability of clean water in Jakarta is facing a crisis time due to addition to the intangible problems that on have been mentioned Jakarta and North Jakarta, the condition can be worse where in the above, indirectly these problems also have an impact people's dry season there is a scarcity of clean water.

(Tempo, 2019) n to land theJakarta intangible problems that have been such mentioned uses subsidence.

In some areas in Jakarta as West and North Jakarta, the condition can be worse where in the above, indirectly these problems also have an impact on people's above, indirectly these problems also have an impact people's lives through health aspects that tend to be not good for the physi-on dry season there is a scarcity of also clean water.

(Tempo, 2019) gh health aspects that tend to be not good for the physibut minimal conservation.

This is one of the factor irectly these problems also have an impact on people's lability of clean water in Jakarta is facing a crisis time due to nd North Jakarta, the condition can be worse where in the Inthrough addition to the intangible problems that have been mentioned lives through health aspects that tend to be not good for the physical and mental aspects.

For example the lack of clean water can dry season there is a scarcity of clean water.

(Tempo, 2019) lives health aspects that tend to be not good for the physiInsubsidence. addition to the intangible problems thatsuch haveas been mentioned ental aspects.

Forthat example the lack of clean water can uses land In some areas ingood Jakarta West health aspects tend to be not for the physiThe availability of clean water in Jakarta is facing a crisis time due to above, indirectly these problems also have an impact on people's cal and mental aspects.

For example the lack of clean water can ngh to the problems that have been mentioned cause disease, as well as the efforts needed to obtain clean water by minimal conservation.

This is also one of the factor nbut there isintangible a scarcity of clean water.

(Tempo, 2019) InJakarta, addition to the intangible problems thatwhere have been mentioned cal andproblems mental aspects.

For example the lack of clean water can above, indirectly these also have an impact on people's ase, asaspects. well as the efforts needed to obtain clean water and North the condition can be worse inby the cause disease, as well as the efforts needed to clean lives through health aspects that tend to be not good forobtain the physibuying and spending aThis lot ofisas money, become social problem for water by ental For example the lack of clean water can overtake but minimal conservation. also one of the factor irectly these problems also have an impact on people's uses land subsidence.

In some areas in Jakarta such West above, indirectly these problems also have an impact on people's lives through health aspects that tend tothat be not good for the physiIn the intangible problems have been mentioned cause disease, as well as the efforts needed to obtain clean water by d spending ascarcity lot oftoof money, become social problem for buying and spending a of social problem for on there is aaddition clean water.

(Tempo, 2019) some the citizens. cal and of mental aspects.

For example themoney, lack ofbecome clean water can ase, as well as the efforts needed to obtain clean water bylot which causes land subsidence.

In some areas in Jakarta such associal West gh health aspects that tend to be not good for the physilives through aspects that tend to be not good for the physiIn addition tohealth the intangible problems that have been mentioned and North Jakarta, the condition can be worse where the cal and mental aspects.

For example the lack of clean water can above, indirectly these problems also have an impact on people's buying and spending a lot of money, become problem for some of the citizens.

So, what is the element as a solution thesewater prob-by cause disease, as fundamental well as the efforts needed to obtaintoclean e citizens. cal mental aspects.

For example the lack ofold clean water can d spending ascarcity lot of money, become social problem for and North Jakarta, the condition can be worse where the above, indirectly these problems also have anfundamental impact on people's cause disease, as well as the efforts needed to obtain clean water by ental aspects.

For example the lack of clean water can lives through health aspects that tend to be not good for the physion there is a and of clean water.

(Tempo, So, what is2019) element as a in solution these problems?

How was the condition of Jakarta and its people?

Howto did buying and spending athe lot of money, become social problem for some of the citizens.

In Jakarta addition to the intangible problems that have been mentioned sethe fundamental element as a solution to these probcause disease, as well as the efforts needed to obtain clean water by lives through health aspects that tend to be not good for the physibuying and spending a lot of money, become social problem for cal and mental aspects.

For example thewas lack of clean can What lems?

How the condition of old Jakarta and its people? citizens. dry season there is a scarcity of clean water.

(Tempo, 2019) those people deal with the problems inwater the past? happens if How did ase, as well as the efforts needed to obtain clean water by some of the citizens. n to the intangible problems that have been mentioned So, what is of the fundamental element as solution to these probabove, indirectly these problems also have an impact onacan people's ws was the condition ofspending old Jakarta its people?

How did buying and abecome lot money, become social for cal and mental For lack of clean water some of the citizens. those people deal with theproblem problems in the happens if we go back there? cause asaspects. well as the efforts needed to obtain clean water by the fundamental as a and solution tothe these probSo, what isexample the fundamental element as a solution to past? theseWhat probd spending a disease, lot ofelement money, social problem for directly these problems also have an impact on people's lems?

How was the condition of old Jakarta and its people?

How did lives through health aspects that tend to be not good for the physiwe go back some of the citizens. ple deal with the problems in past?

What happens ifproblem cause disease, asfundamental well as the efforts needed to obtain clean water by So, what is the element as athere? solution to these proband spending a the lot of money, become social for on to thebuying intangible problems that have been mentioned lems?

How was the condition of old Jakarta and its people? How did wugh the condition of old Jakarta and its people?

How did ewas citizens. health aspects that tend to be not good for the physithose people deal with the problems in the past?

What happens if calthese and mental aspects.

For example lack of clean water canhappens if So, what is was the fundamental element as athe solution to problem these probbuying and spending a have lot of money, become social for What lems?

How the condition of old Jakarta and its people?

How did some of the citizens. k there? those people deal with the problems in the past? ndirectly problems also an impact on people's deal with the problems in the past?

What happens if sple the fundamental element as a solution to these probon to the intangible problems that have been mentioned mental aspects.

For example the lack of clean water can lems?

How the condition of old Jakarta and its obtain people?

How did some of the citizens. we go back there? those people deal with the problems in past?

What happens if cause disease, as well the efforts needed to clean water by So, what is was the fundamental element as the afor solution to these probweas go back there? health aspects that tend to be not good the physikugh there? wndirectly was the condition of old Jakarta and its people?

How did In todeal the intangible problems that have been mentioned those people with problems in the past?

What happens if these problems also have an impact on people's ease, asbuying well as theiswas efforts needed to obtain water bythese So,addition what the fundamental element asclean abecome solution to probwe go back there? lems?

How the condition of old Jakarta and its people?

How did and spending athe lot of money, social problem for

POPULATION OVERPOPULATION POPULATION

POPULATION

OVERPOPULATION RPOPULATION RPOPULATION SUBSIDENCE LAND SUBSIDENCE RPOPULATION SUBSIDENCE OVERPOPULATION SUBSIDENCE

LAND SUBSIDENCE D SUBSIDENCE DDSUBSIDENCE FLOOD DDSUBSIDENCE LAND SUBSIDENCE

D

FLOOD OD OD N WATER OD FLOOD CLEAN WATER N WATER

N WATER

CLEAN WATER AN WATER N, HOW? THEN, HOW? HOW? ANHOW? WATER THEN, THEN, HOW? N, AN WATER THEN, HOW? THEN, HOW? N, HOW? CLEAN WATER THEN, HOW?

THEN, HOW? THEN, HOW? THEN

THEN, HOW? N, HOW? HOW N, HOW? N, HOW? THEN, HOW?

WATER PRESERVATION WATER PRESERVATION WATER PRESERVATION AS IMPULSE AS IMPULSE AS IMPULSE WATER PRESERVATION Water are required to support biodiversity. Without sufficient are the required to of support water, stresses on specieses andWater decrease number biodi- biodiversi Water are required to support biodiversity.

Without sufficient AS IMPULSE water, stresses on specieses and decrease versity (UNESCO, 2019). Water could be butbiodinot water, stresses on specieses andversity decrease therecycled number of (UNESCO, 2019).

Water replaced.

That’s why we needWater to preserve itbe more.

Water cycle are could b WATER versity (UNESCO, 2019). could recycled but not Water are required to supportPRESERVATION biodiversity.

Without sufficient replaced.

That’s why need to preserve it WATER PRESERVATION heavily influenced bywe the ecosystem.

Ecosystem arewe one of the replaced.

That’s on why need to heavily preserve it more.

Water cycle are water, stresses specieses and decrease the number ofecosystem. biodiinfluenced by the Ecos AS IMPULSE aspects ofPRESERVATION biodiversity.

The problem about water and ecosystem WATER heavily influenced by2019). the ecosystem.

Ecosystem are one ofproblem the versity (UNESCO, Water could be recycled but not WATER PRESERVATION AS IMPULSE aspects of biodiversity.

The about are bothofreal in Jakarta.The Growing population and rapid urbanizaWATER PRESERVATION aspects biodiversity. problem about water and ecosystem replaced.

That’s why we are need to are preserve it more.

Water cycle are WATER PRESERVATION AS IMPULSE both real in Jakarta.

Growing populatio Water required to support biodiversity.

Without suf WATER PRESERVATION WATER PRESERVATION WATER PRESERVATION tion affects on water quality.

WATER PRESERVATION AS IMPULSE are both real in Jakarta.

Growing population and rapid urbanizaAS IMPULSE heavily influenced by the ecosystem.

Ecosystem are one of the Water are required to support biodiversity.

Without sufficient tion affects onand water quality. the number of water, stresses on specieses decrease WATER PRESERVATION AS IMPULSE WATER PRESERVATION AS IMPULSE AS IMPULSE Water are required to support biodiversity.

Without sufficient tion affects on water quality. aspects ofIMPULSE biodiversity.

The problem about and ecosystem AS IMPULSE water, stresses on specieses and decrease the number of be biodiAS versity (UNESCO, 2019). water Water could recycled bu Water are required toGrowing supportpopulation biodiversity.

Without sufficient Water are required to support biodiversity.

Without sufficient AS IMPULSE water, stresses on specieses and decrease the number of biodiWater are required to support biodiversity.

Without sufficient are both real in Jakarta. and rapid urbanizaAS IMPULSE versity (UNESCO, 2019).

Water could be recycled but not replaced.

That’s why we need to preserve it more.

GOALS :2019).

Water are required support biodiversity.

Without sufficient Water required to to support biodiversity.

Without sufficient water, stresses onare specieses and decrease the numberof of biodiwater, stresses on specieses and decrease the number of biodi-Water cyc versity (UNESCO, Water could be recycled but not water, stresses on specieses and decrease the number biodiWater are required to support biodiversity.

Without sufficient tion affects on water quality.

GOALS : Water are required to support biodiversity.

Without sufficient replaced.

That’s why we need to preserve it more.

Water cycle are are one water, stresses on specieses and decrease the number of biodiwater, stresses on specieses and decrease the number of biodiheavily influenced by the ecosystem.

Ecosystem versity (UNESCO, 2019).

Water could be recycled but not versity (UNESCO, Water could recycled but not Water are required to2019). support biodiversity.

Without sufficient replaced.

That’s why we need to preserve itbe more.

Water cycle are water, stresses on specieses and decrease the number of biodiversity (UNESCO, 2019).

Water could be recycled but not GOALS : versity (UNESCO, 2019).

Water could be recycled but not Water are required to support biodiversity.

Without s INCREASING BIODIVERSITY versity (UNESCO, 2019).

Water could be recycled but not water, stresses on specieses and decrease the number of biodiheavily influenced by the ecosystem.

Ecosystem are one of the replaced.

That’s why we need topreserve preserve ititbe more.

Water cycle are replaced.

That’s why we need to more.

Water cycle are aspects of biodiversity.

The problem about water and ecos water, stresses on specieses and decrease therecycled number of biodiheavily influenced by the ecosystem.

Ecosystem are the versity (UNESCO, 2019).

Water could butof not replaced.

That’s why we need to preserve itone more.

Water cycle arenumber replaced.

That’s why we need to preserve itone more.

Water cycleare are INCREASING BIODIVER replaced.

That’s why we need to preserve it more.

Water cycle water, stresses on specieses and decrease the o heavily influenced by the ecosystem.

Ecosystem are of the versity (UNESCO, 2019).

Water could be recycled but notrapid urb aspects of biodiversity.

The problem about water and ecosystem heavily influenced bywe the ecosystem.

Ecosystem are one ofare the versity (UNESCO, 2019).

Water could be recycled but not aspects of biodiversity.

The problem about water and ecosystem are both real initJakarta.

Growing population replaced.

That’s why need to preserve more.

Water cycle are INCREASING BIODIVERSITY heavily influenced by the ecosystem.

Ecosystem one of the ofand heavily influenced by the ecosystem.

Ecosystem are one the heavily influenced by the ecosystem.

Ecosystem are one of the GOALS : aspects of biodiversity.

The problem about water and ecosystem versity (UNESCO, 2019).

Water could beare recycled aspects ofreal biodiversity. problem about water and ecosystem replaced.

That’s why we need to it more.

Water cycle are are both inaspects Jakarta.

Growing population and rapid urbanizareplaced.

That’s why wepreserve need to preserve itwater more.

Water cycle are both real in Jakarta.

Growing population and rapid urbanizaheavily influenced by the ecosystem.

Ecosystem arewater one ofand the ofThe biodiversity.

The problem about ecosystem tion affects on water quality. aspects of biodiversity.

The problem about and ecosystem areaspects both real in Jakarta.

Growing population and urbanizaof biodiversity.

The problem about water and ecosystem are both real inare Jakarta.

Growing population andrapid rapid urbanizaheavily influenced by the ecosystem.

Ecosystem are one ofto the replaced.

That’s why we need preserve it more.

Water c tion affects on water quality. aspects of biodiversity.

The problem about water and ecosystem both real in Jakarta.

Growing population and rapid urbanizaheavily influenced by the ecosystem.

Ecosystem are one of the tion affects on water quality. are on both real inJakarta.

Jakarta.BIODIVERSITY Growing population and rapid urbanization affects water quality.

INCREASING are both real in Growing population and rapid urbaniza- are on tion affects on water quality. aspects of biodiversity.

The problem about water and ecosystem tion affects on water quality. are both real in Jakarta.

Growing population and rapid urbanizaheavily influenced by the ecosystem.

Ecosystem aspects of biodiversity.

The problem about water and ecosystem tion affects on water quality. tion affects on water quality. are both real inwater Jakarta.

Growing population and rapid tion affects on quality. aspects of biodiversity.

Theurbanizaproblem water and ec are both real in Jakarta.

Growing and rapidabout urbanizaGOALS : population GOALS tionGOALS affects on:water quality. : GOALS are real in are Jakarta.

Growingofpopulation and rapid u : both tionGOALS affects on: water quality.

There four aspects biodiversity GOALS :GOALS :BIODIVERSITY INCREASING BIODIVERSITY INCREASING INCREASING BIODIVERSITY There tion affects on water quality. :There ecosystem, genetic, and are four a GOALS :INCREASING BIODIVERSITY GOALS : BIODIVERSITY are four species, aspects of biodiversity INCREASING BIODIVERSITY INCREASING INCREASING BIODIVERSITY : ecosystem, s GOALS : functional.

The more diverse those : ecosystem, species, genetic, and INCREASING BIODIVERSITY functional.

The GOALS : BIODIVERSITY INCREASING BIODIVERSITY aspects, theThe higher biodiversity could INCREASING functional. more diverse those There are four aspects of biodiversity GOALS : aspects, the hig get.

Thethe biggest aspects from all of aspects, higher biodiversity INCREASING BIODIVERSITY : ecosystem, species, genetic,could and The bigge get. this is ecosystem, because more INCREASING BIODIVERSITY get. biggest aspects from those all functional.

The more diverse There are four The aspects of biodiversity thisof is ecosys

means there will be more There areecosystem four aspects of aspects biodiversity There four of biodiversity : ecosystem, species, genetic, and this isareare ecosystem, because more aspects, the higher biodiversity could ecosystem mea There four aspects of and biodiversity There are four are four aspects of biodiversity : ecosystem, species, genetic, andaspects :There ecosystem, species, genetic, habitat to various species.

That’s why of biodi functional.

The more diverse those ecosystem means there will be species, more get.

The biggest aspects from all of to :There ecosystem, species, genetic, and are four aspects of biodiversity functional.

The more diverse those : aspects, ecosystem, species, genetic, and habitat vario : ecosystem, genetic functional.

The more diverse those There arein four aspects of biodiversity the higher biodiversity could our design, wespecies. chooseThat’s waterwhy as toecosystem, various functional.

The more those this is more because aspects, the higher biodiversity could :biggest ecosystem, species, genetic, and functional.

The diverse those There arehabitat four aspects of biodiversity the higher biodiversity could get.

The aspects from alldiverse of inmore our design, :aspects, ecosystem, species, genetic, and functional.

Themore diverse impuls because water are required to There are four aspects of biodiversity aspects, the higher biodiversity could get.

The biggest aspects from all ofmore our design, we choose water as ecosystem means there will be is in ecosystem, because more aspects, the higher biodiversity could : this ecosystem, species, genetic, and get.

The biggest aspects from all of functional.

The more diverse those functional.

The more diverse those because aspects, the higher support biodiversity.

The strategy ofbiodiversity this is ecosystem, because get.

Themore biggest aspects from allmore of impuls : means ecosystem, species, genetic, and ecosystem there will from be more get.

The biggest aspects all ofof impuls because water are required to functional.

The diverse those this is the ecosystem, because more habitat to various species.

That’s why aspects, higher biodiversity could There are four aspects biodiversity aspects, the higher biodiversity could support biodiv get.

The biggest aspects from ecosystem means there will be more this is ecosystem, because more water preservation brings new habitat various species.

That’s why functional.

The more diverse those this is to ecosystem, because more aspects, the higher biodiversity could ecosystem means there will be get.

The biggest aspects from all ofThat’s support biodiversity.

The strategy ofof because in our design, we choose water as There are four aspects of bio : ecosystem, species, genetic, and get.

The biggest aspects from all habitat to various species. why water ecosystem means there will be more preserv this is ecosystem, in our design, we choose water as ecosystem and increase the number ecosystem means there will be more aspects, the higher biodiversity could get.

The biggest aspects from all ofbrings habitat various species.

That’s why this is to ecosystem, because more water preservation new impuls because water required to in our design, we water as ecosystem :choose ecosystem, species, gene habitat various species.

That’s why functional. more diverse those this isto ecosystem, because more impuls because water are The required toare and ecosystem means there will be habitat to various species.

That’s why of biodiversity. this is ecosystem, because more in our design, we choose water as get.

The biggest aspects from all of ecosystem means there will be more impuls because water are required to ecosystem and increase the number in our design, we choose water as support support biodiversity.

The strategy of biodiversity.

The strategy of functional.

The more divers aspects, the higher biodiversity could ecosystem means there will be more of biodiversity. habitat to various species.

Tha in our design, we choose water as ecosystem means there will be more impuls because water are required to habitat various That’s why support biodiversity.

The strategytoof more this isspecies. ecosystem, because water toof preservation brings new impuls because water are required biodiversity. preservation new aspects, the higher biodiversi get.

The biggest aspects from all of habitat tochoose various species.

That’s why impuls because water are to habitat towater various species.

That’s why inThe our design, choose wa support biodiversity.

The strategy ofbrings water preservation brings new in our design, we water as ecosystem and increase therequired number support biodiversity. strategy of ecosystem means there will bewe more ecosystem and increase the number get.

The biggest aspects fro support biodiversity.

The strategy of this is ecosystem, because more in our design, we choose water as ecosystem and increase the number inofour design, we choose water as water preservation brings new impuls because water are required to biodiversity. impuls because water are requ water preservation brings new habitat to are various species.

That’s why because of biodiversity. of biodiversity. water preservation brings new this isnumber ecosystem, impuls because water required to ecosystem and increase the number support biodiversity.

The strategy of ecosystem means there will be more impuls because water are required to The strat ecosystem and increase the support biodiversity. in our design, we choose water as ecosystem and increase the number support biodiversity.

The strategy of strategy of biodiversity. ecosystem means will b water preservation brings new of biodiversity. habitat to various species.

That’s why support biodiversity.

The ofthere water preservation brings impuls because water to of biodiversity. water preservation brings newaretorequired ecosystem and increase the number habitat various species. in our design, we choose water as theTh water preservation brings new and increase ecosystem and increase theecosystem number support biodiversity.

The strategy ofchoose nw of biodiversity. in our design, we impuls because water are required to ecosystem and increase the number based on singapore index of biodiversity. of biodiversity. water preservation brings new

BIODIVERSITY INDEX BIODIVERSITY INDEX BIODIVERSITY INDEX BIODIVERSITY INDEX based on singapore index impuls because water support biodiversity.

The strategy of are req of biodiversity.

BIODIVERSITY INDEX Besides the four aspects of biodiversity, there’s biodiversity index ecosystem and increase the number The stra supportbrings biodiversity. water preservation new

based onon singapore index index based singapore based on singapore index

Besides the four aspects of biodiversity, ther applied Singapore in aof form regulations.

We take some part of biodiversity.

Besides theinfour aspects of biodiversity, there’s biodiversity index water preservation bring Besides the four aspects biodiversity, there’s biodiversity index ecosystem and increase the number Besides the aspects biodiversity, there’s biodiversity index applied inwill Singapore in a design form of regulations applied in Singapore in afour form of regulations.

WeWe take some part based on singapore index based on singapore index of it to be implemented in ourofdesign. evaluate our based on singapore index ecosystem and increase applied inapplied Singapore indesign. a form regulations.

We take some part in Singapore in a form of regulations.

We take some part ofwill biodiversity. of it tosingapore be implemented in our We evaluate our design of it to be implemented in our design.

Wethe wil based on index from index and aspects in order to increase the biodiversity.

Besides thebeaspects four ofbiodiversity, there’s index of itand to implemented inbiodiversity, design.

We will biodiversity evaluate our design Besides four aspects ofaspects biodiversity, there’s biodiversity index of biodiversity. of itthe tothis be implemented design.

We will evaluate our design from this index in in order toour increase the biodiversity.

Besides the four aspects ofour there’s biodiversity index from this index and aspects in order to incre based onthe singapore index applied inthis Singapore in aspects a form of We take some part We hope that Jakarta could restorized their biodiversity and be a index and in regulations. order to increase the biodiversity.

Besides four aspects biodiversity, there’s biodiversity index We hope that Jakarta could restorized biodiversity and be atake applied in Singapore inand aof form of We take some part from this index aspects intheir order to increase the biodiversity. applied infrom Singapore in a regulations. form of regulations.

We some restorized part based on singapore index We hope that Jakarta could their b of it to be implemented in our design.

We will evaluate our design We hope that Jakarta could restorized their biodiversity and be a nature-friendly city. nature-friendly city. applied in Singapore in a form of regulations.

We take some part of it to implemented inofour design.

We will evaluate our design Besides four aspects biodiversity, there’s biodiversity index our based on singapore index We hope that Jakarta could restorized their biodiversity and be a of be itthe to benature-friendly implemented in our design.

We will evaluate design from this index and aspects in order to increase the biodiversity. city. nature-friendly city. of it to be implemented in our design.

We will evaluate our design Besides the four aspects of biodiversity, there’s biodiversity index from this index and aspects in order to increase the biodiversity.

BIODIVERSITY INDEX BIODIVERSITY INDEX BIODIVERSITY INDEX BIODIVERSITY INDEX BIODIVERSITY INDEX BIODIVERSITY INDEX BIODIVERSITY INDEX

BIODIVERSITY INDEX BIODIVERSITY INDEX BIODIVERSITY INDEX BIODIVERSITY INDEX

applied in Singapore in a form of regulations. We take some part based onhope singapore index nature-friendly city.

We could restorized their biodiversity and bethere’s a from this index and aspects in order to increase the biodiversity. from and that aspects indesign. order to increase the biodiversity.

Besides the four aspects of biodiversity, biodiversity i applied Singapore in aJakarta form of regulations.

We take some part We that Jakarta could their biodiversity and be a of it hope tothis beinindex implemented in ourrestorized We will evaluate our design nature-friendly city. area of parks carbon storage & We hope that Jakarta could restorized their biodiversity and be a Besides the four aspects of biodiversity, there’s biodiversity index We hope that Jakarta could restorized their biodiversity and be a quantity of based on singapore index of it to be implemented in our design.

We will evaluate our design nature-friendly city. from this index and aspects in order to increase in theawith biodiversity. applied in Singapore form of regulations. natural cooling effectstorage on of parksWe take some areaarea of parks carbon & carbon storage & water quantity ofof nature-friendly city. area nature-friendly city. vegetation fromhope this that index and aspects in totheir increase the biodiversity. applied in Singapore inorder ofquantity regulations.

We some part We Jakarta could restorized biodiversity and betake a&with with natural cooling effect ona form natural of it to be implemented in our design.

We willindex evaluate our de cooling effect on carbon storage water Besides the four aspects there’s biodiversity waterbiodiversity based on singapore indexof biodiversity, quantity of area vegetation We hope that Jakarta could restorized their and be a of parks carbon storage & area nature-friendly city. vegetation cooling effect onofto of it to be implemented in our design.

We will evaluate our design from this index and aspects in order increase the biodive area parks quantity of carbon storage & water based on singapore quantity of index applied in Singapore a form of regulations. take withsome naturalpart cooling effect on on in nature-friendly city. area of We parks carbon storage & with natural change in proportion of order tovegetation cooling effect Besides the four aspects of biodiversity, there’s biodiversity index from this index and aspects inwater increase the biodiversity.

water connectuvty We hope could restorized their biodiversity and natural area Jakarta with natural area area effect on vegetation ofcooling it number tovegetation beofimplemented inthat our design. will our design proportionWe of measure area ofevaluate parks carbon storage & change in water Besides the four aspects ofbiodiversity biodiversity, quantity of areasome ofthere’s parks carbon storage & species in the city applied in Singapore in a form of regulations.

We connectuvty take part We hope that Jakarta could restorized their and be a biodiversity area vegetation of naturalof area nature-friendly city. with natural coolingchange effect onin number quantity proportion of measure water from this index and in order increase biodiversity. area of parksthe carbon storage &effect with natural We take som cooling on aspects species in the cityto connectuvty area vegetation applied in Singapore in a form of regulations. quantity of water ofcooling it tonumber be implemented in ournatural design. willnatural our design nature-friendly areaWe change inevaluate proportion of with effect on&of city. areabiodiversity of parks measure area and be carbon storage vegetation change in proportion of their We hope that could a area our water quantity ofrestorized change in Jakarta proportion ofnumber species in the city connectuvty of design. area of itaspects to be implemented in our We willnatural evaluate vegetation with natural cooling effect on from this index and in order increase the biodiversity. number of natural area to change in proportion of connectuvty water measure number of natural area nature-friendly city. connectuvty species in the city biodi area in order to increase species fromnatural in theand city aspects vegetation number of that area this index measure change in of We hope Jakartaproportion could their biodiversity and be a thearea species in the city measure of p carbon restorized storage &

quantity of

species

in the city

connectuvty

KAMPUNG MARUNDA : Accumulate, Spread, Restore KAMPUNG MARUNDA : WET KAMPUNG Accumulate, Spread, Restore MARUNDA :: KAMPUNG MARUNDA LAND WET Accumulate, Spread, Restore LAND Accumulate,Spread, Spread,Restore Restore WET Accumulate,

WET WET LAND

the abandoned area, humid, dirty, and unhealthy, meanwhile it is also one of there the biggest ecosystem that Basically are 2 characteristic of contain water that forest which functions as rich biodiversity after the ocean and rainforest. Intentionally constructing wetland with additional features of park,it is flows on the site. First, it spreads. Second, to create cool micro clim public space, and area for disposal, will enhance the image of wetland, while also preserve the water, create habiaccumulated point (due to of thewater topograBasically thereinto areone 2 characteristic that tat for many species, inviting community to come and learn throughflows spatial experience the importance of water phy). on Therefore design strategy, adapting the site.the First, it spreads.

Second, it is preservation and to live coexist with flora-fauna could give environmental and well-being benefit. constructed wetland method, will be: accumulated into one point (due to the topograBasically there are 2 characteristic of water that Located in Cilincing district, North Jakarta, the site is a wetland area (marshes) in Kampung MarunDESIGN STRATEGY DESIGN STRATEGY phy).

Therefore design strategy, adapting flows on the site.the First, it spreads.

Second, it is da. This area is known for its difficulty of clean water access especially in dry season. Clean water, Basically therethere are 2 characteristic of water that Basically are 2 characteristic of water that constructed wetland method, will be: accumulated into one point (due to the topograwhich is supplied by PAM has slow flow rate and each houses should/would buy clean water from Located in Cilincing district, North Jakarta, the site is a wetland area (marshes) in Kampung Marunflowsflows on the First,First, it spreads.

Second, it is it is on site. the site. it spreads.

Terasering Bioswales phy).

Therefore the design Second, strategy, adapting (carts seller liter per hari).ofThis area is also a lowland thatinisdry often affected tidal da.

This areaberapa is known forgitu its difficulty clean water access especially season.

Cleanbywater, accumulated into one (due(due to the accumulated into point one point totopograthe topograWetland constructed wetland method, will be: floods. wetland condition is surrounded bysite densely populated thewater character which isThe supplied bydistrict, PAM has slow flow rate and each houses should/would clean from Located in Cilincing North Jakarta, the is a wetland area settlements (marshes)buy inwith Kampung Marunphy).phy).

Therefore the design strategy, adapting Therefore the design strategy, adapting Terasering Bioswales water Spread water of close, populist community.

Marunda village itself has aastrong historical value because itby iswater, nota(carts seller berapa liter per hari).ofThis area is also lowland thatinisdry often affected tidal Accumulated da.a This area is known forgitu its difficulty clean water access especially season.

Clean constructed wetland method, will be: constructed wetland method, will be: Open and maximize Wetland Located in Cilincing district, North Jakarta, the site is a wetland area (marshes) in Kampung MarunLocated in Cilincing district, North Jakarta, the site is a wetland area (marshes) in Kampung Marun> make it flow > being accumulated space for water ble as is Kampung Siby Pitung floods.

The wetland condition ishero). surrounded by densely populated settlements thewater character which supplied PAM (local has slow flow rate and each houses should/would buywith clean from da. This area area is known for its of clean waterwater access especially in dry Clean water, da. This is known fordifficulty its difficulty of clean access especially inseason. dry season.

Clean water, Terasering Bioswales Spread water Open and maximize of a close, Marunda village itself has aastrong historical is nota(carts sellerpopulist berapacommunity. liter gitu per hari). This area is also lowland that is value oftenbecause affecteditby tidal Accumulated water which is supplied

by PAM has slow flow flow rate rate and each houses should/would buy clean waterwater fromfrom which is supplied

by PAM has slow and each houses should/would buy clean Wetland Terasering Bioswales > make it flow > being accumulated space for water ble as Kampung Si Pitung (localishero).

Terasering Bioswales floods.

The wetland surrounded by adensely populated settlements with the character (carts(carts seller berapa liter liter gitucondition per hari).

This area area is also lowland that that is often affected by tidal seller berapa gitu per hari).

This is also a lowland is often affected by tidal After being processed, the water can be directly Wetland Wetland Spread water Open and maximize of a wetland close, populist community.

Marunda village itself has a strong historical because it is nota- Accumulated water floods.

The condition is surrounded by densely populated settlements withvalue the character floods.

The wetland condition is surrounded by densely populated settlements with the character distributed for> being daily accumulated use of community in water > make it flow space for ble as Kampung Si Pitung (local hero).

Accumulated water Spread waterwater and of a close, populist community.

Marunda village itselfitself has ahas strong historical valuevalue because it is notaAccumulated water Spread and of a close, populist community.

Marunda village a strong historical because it is notasurrounding, some of them isOpen stored/collected, After being processed, theOpen water canmaximize be maximize directly The existing area is an empty land which turns into wetland area > make it flow > being accumulated space for water ble as Kampung Si Pitung (local(local hero). > make it some flow > being accumulated space for water ble as Kampung Si Pitung hero). remains in the site for flora-fauna and act distributed for daily use of community in filled with wild-growing plants. The water tends to be brackish assome recreational element surrounding, of them is stored/collected, After being processed, the water can be directly due existing to the location in empty lowland, closed the sea, periodic The area is an land whichtoturns into and wetland area Habitat some remains the site for distributed forinwater daily use of in AfterAfter being processed, the can be directly being processed, the water canflora-fauna be community directlyand act tidal floods. filled with wild-growing plants. The water tends to be brackish as recreational element surrounding, some them is stored/collected, BIODIVERSITY BEFORE BIODIVERSITY BEFORE distributed for for dailydaily use ofof community in in distributed use of community due to the location in lowland, closed the sea, periodic The existing area is an empty land whichtoturns into and wetland area Habitat some remains in the site for flora-fauna and act surrounding, some of them is stored/collected, surrounding, some of them is stored/collected, tidal floods. witharea The water tends to bearea brackish The existing area iswild-growing an isempty landplants. which turnsturns into wetland area Thefilled existing an empty land which into wetland as for recreational element somesome remains in the flora-fauna and and act act remains in site the site for flora-fauna due to wild-growing the location in lowland, to and periodic filledfilled with wild-growing plants.

The water tendstends tothe betosea, brackish with plants.

The closed water be brackish Habitat as recreational element as recreational element Constructed wetland is designed tidal floods. due due to the in lowland, closed to the and periodic to location the location in lowland, closed to sea, the sea, and periodic Habitat Habitat the abandoned area, humid, dirty tidal tidal floods. floods.

DESIGN STRATEGY DESIGN STRATEGY

Without sufficient LAND LAND e number of biodirecycled but not ore. Water cycle are tem are one of the ater and ecosystem and ient rapid urbanizaodinot are the ficient tem biodiizat not le are rich biodiversity after the ocean a of the The high density and lack of adequate open space for the community encourWetland park made of terraced wetlands with retention pond on the lower ground. Lar This area also act as a natural filter where carbon is stored in public space, and areaand foract disposa ystem aged the idea of creating public spaces that were integrated with constructed scale of bioswale span across the site to maximize stormwater management as rec the sediment and dissolved whether in surface or groundwaanizatatwas forpond many species, inviting com wetlands.

Public space in the form of nodes onthe thecommunity pedestrian encourpath as ational space the waterwetlands flows. The terraces based on geographic informati ter. But function offilter this where area iscarbon to control water The high density and lack of adequate openlocated space for Wetland park alongside made of terraced with retention on the lower ground.

Lar This areathe alsomain act as a natural is stored in pects of biodiversity part of the wetland park is designed with selected vegetation as an urban and water flow analysis on thethe site.

The wetlands are using gravity, passively filteri condition andand quality in every stage (each or level of the preservation and to live w aged the idea of creating public spaces that were integrated with constructed scale of bioswale span across site toterraces maximize stormwater management andcoexist act as rec the sediment dissolved whether in surface groundwacies, genetic, and wetlands. forest which functions as water absorption while maintaining air temperature water. Water treatment process which isThe based on different slopes are thematic and ha terraced wetlands) Public Space Sediment and Water Control Wetlands Park Public Space Sediment and Water Control Wetlands Park Public space in the form of nodes located on the pedestrian path as ational space alongside the water flows. terraces was based on geographic informati ter.

But the main function of this area is to control water high density and lack of adequate open space for the community encourWetland park made of terraced wetlands with retention pond on the lower ground. Lar This area also act as a natural filter where carbon is stored in more diverse those The to create cool micro climate so the public spaces can be use comfortably. unique, different impressions each pixel.

Wetland parkare alsousing act as a firsthand exposure of the wetland park is designed with vegetation as an urbanThis area and water analysis onwetlands thefor site.

The terraces wetlands gravity, passively filteri condition in every stage (each level aged the idea of creating public spaces that were integrated withencourconstructed scale ofmade bioswale span across the site toretention maximize stormwater and act as rec the act sediment dissolved whether inissurface or groundwaThe high density and lack of adequate open space forselected the encourWetland park made of flow terraced wetlands with retention pond on the lower ground.

Large aand natural filter filter where carbon stored in Thepart high density and lack of adequate open space forcommunity the community Wetland park ofwater terraced with pond onpeople the management lower Large This also area alsoasact asand a quality natural where carbon is stored in of the human on how is managed and being processed so are ground. encouraged toand be mo er biodiversity could forest which functions as water absorption while maintaining air temperature water.

Water treatment process which is based on different slopes are thematic ha terraced wetlands) Public space in thespaces form nodes located on the pedestrian path asthe sediment space alongside water flows.

The terraces was based geographic informati ter.and Butdissolved the dissolved mainwhether function of inthis area to control water agedaged thewetlands. idea creating public spaces thatof were integrated with constructed scalescale of bioswale span across the site to maximize stormwater management andon act asact recrein surface or groundwathe of idea of creating public that were integrated with constructed ofational bioswale span across thethe site to maximize stormwater management and as recrethe sediment and whether surface oris groundwaawarefortoeach preserve and wiser in using water. aspects fromwetlands. all wetlands. of part to create cool micro climate so the public spaces can be use comfortably. unique, different impressions pixel.

Wetland park also act as a firsthand exposure Public space in theinform of located onselected the path path ational spacespace alongside the analysis water flows.

Thesite. terraces was based on geographic main function of this area is tostage waterlevel ofPublic the wetland park is nodes designed with as anasurbanter. But and water flow on flows. the terraces are usinginformation gravity, passively filteri condition and quality (each space the form of nodes located onpedestrian thevegetation pedestrian ational alongside the water TheThe terraces waswetlands based on geographic information ter. the But the main function of in thisevery area iscontrol to control water of the m, because part more human on how water managed and being processed so people are encouraged toand be mo of the park is designed selected vegetation as anasurban and water flow analysis on treatment the terraces wetlands are using gravity, passively filtering condition and and quality in every stagestage (each level level of the part of wetland the wetland park isasdesigned with selected vegetation urban and water flowWater analysis onsite. theisThe site.

The terraces wetlands are using gravity, passively filtering condition quality in terraced every (each of the forest which functions waterwith absorption while maintaining airantemperature water. process which is based on different slopes are thematic ha wetlands) aware to preserve and wiser in using water. there will beforest more rsity which functions as micro water absorption while maintaining air temperature water.water.

WaterWater treatment process whichwhich is based on pixel. different slopes arealso thematic have terraced wetlands) forest which functions as water absorption while maintaining airuse temperature treatment process based on different slopes areact thematic and have terraced wetlands) to create cool climate so the public spaces can be comfortably. unique, different impressions foris each Wetland park asand a firsthand exposure species. That’sto why create cool micro climate so the spaces can be unique, different impressions for each pixel.pixel.

Wetland parkprocessed also act a firsthand exposure to to and to create cool micro climate sopublic the public spaces canuse becomfortably. use comfortably. unique, different each park alsoasact as a firsthand exposure human onimpressions how water isformanaged andWetland being so people are encouraged to be mo human on how is managed and being processed soand people are more human on water how water is managed and being processed sowiser people are encouraged be more aware to preserve inencouraged using water.to beto eose choose water as awareaware to preserve and wiser in using water.water. to preserve and wiser in using ater are required to ould ity. l ofThe strategy of ersity brings new ion more ,crease and the number more those why could r as dalltoof ymore of more new sber why These terraced wetlands slowing down the er as water and speed nutrient removal from th ed to by microorganism and slowing plant species th These terraced wetlands down the Constructed wetland is designed to maximize water treatment on the existing wetland. Wetland mostly seen as excess nutrients as resources for their grow gy of water and speed nutrient removal from th biodiversitythe index abandoned area, humid, dirty, and unhealthy, meanwhile it is also one of the biggest ecosystem that contain new by microorganism and slowing plant species th These terraced wetlands down the We take some part rich biodiversity after the ocean and constructing wetland with additional of park, Constructed wetland is designed to rainforest. maximize Intentionally water treatment on the existing wetland.

Wetlandfeatures mostly seen as TheseThese terraced wetlands slowing down the flow of terraced wetlands slowing down thetheir flow of mber excess nutrients as resources for grow water and speed nutrient removal from th valuate our design public space, and area forAFTER disposal, will unhealthy, enhance the image of itwetland, while preserveecosystem the water, that create habithe abandoned area, humid, dirty, and meanwhile is also one of also the biggest contain waterwater and speed nutrient removal from from the water and speed nutrient removal the water BIODIVERSITY AFTER BIODIVERSITY by microorganism and plant species th e the biodiversity. tat for many species, inviting community to come and learnconstructing through spatial experience the importance of by microorganism and and plantplant species that that use use by microorganism species rich biodiversity after the ocean and rainforest.

Intentionally wetland with additional features ofwater park, Constructed wetland is designed to maximize water treatment on the existing wetland.

Wetland mostly seen as Constructed wetland is designed to maximize water treatment on the existing wetland.

Wetland mostly seen as excess nutrients as resources for their grow Constructed wetland is designed to maximize water treatment on the existing wetland.

Wetland mostly seen as diversity and be aspace,and excess nutrients as resources for their growth. excess nutrients as resources for their growth. preservation to live coexist withwill flora-fauna could give environmental andalso well-being public and area for disposal, enhance the image ofone while preservebenefit. the create habiabandoned area, humid, dirty, unhealthy, meanwhile itwetland, is also one the biggest ecosystem that contain the abandoned area,area, humid, dirty, and unhealthy, meanwhile it is also of the biggest ecosystem thatwater, contain thethe abandoned humid, dirty, andand unhealthy, meanwhile it is also one of theofbiggest ecosystem that contain for many inviting community toIntentionally come and learn through spatial experience thefeatures importance of rich biodiversity ocean and rainforest.

Intentionally constructing wetland with additional ofwater park, afterspecies, theafter ocean and rainforest.

Intentionally constructing wetland with additional features offeatures park, richtat biodiversity after the the ocean and rainforest. constructing wetland with additional of park, ex rich biodiversity preservation and to live coexist with flora-fauna could give environmental and well-being benefit. public space, and area for disposal, will enhance the image of wetland, while also preserve the water, create habispace, and area for disposal, will enhance the image of wetland, whilewhile also also preserve the water, create habi-habipublic space, and area for disposal, will enhance the image of wetland, preserve the water, create art public tat for many species, inviting community to come and learn through spatial experience the importance of water tat for many species, inviting community to come and learn through spatial experience the importance of water tat for many species, inviting community to come and learn through spatial experience the importance of water gn area ofpreservation parks and to live coexist with flora-fauna could give environmental and well-being benefit. preservation live with with flora-fauna couldcould give give environmental and well-being benefit. preservation and to coexist live coexist flora-fauna environmental and well-being benefit. with natural and to ty. area ea dex part sign connectuvty measure sity. s

SITY

BIODIVERSITY BEFORE BIODIVERSITY BEFORE BIODIVERSITY BEFORE

BIODIVERSITY AFTER

Public Space

Sediment and Water Control

Wetlands Park

Public Space

Sediment and Water Control

Wetlands Park

Public Space

Sediment and Water Control

Wetlands Park

BIODIVERSITY AFTER BIODIVERSITY AFTER BIODIVERSITY AFTER

[Student], [Jakarta], [S_223442] new habitat for other species. There are also raingardens to create more water catchment

WETLANDS, ter absorption while maintaining airRIVER, temperature:LAKE terraced wetlands) DESIGN STRATEGY [Student], [Jakarta], [S_223442] [Student], [Jakarta], [S_223442] e so the public spaces can be use comfortably.

Our design strategy is RIVER, WATER IMPULS, wich we restore and improve aquatic WETLANDS, DESIGN STRATEGY :LAKE ecosystem to preserve more water and reach higher biodiversity number. In other RAINGARDENS hand, we want to restore Jakarta’sIMPULS, ecological identity as wetlands area.

We aquatic choose Our design strategy is:RIVER, WATER wich we restore and improve ESIGN STRATEGY WETLANDS, LAKE DESIGN STRATEGY : three aspects of Jakarta aquatic ecosystem : wetlands, river, and lake. ecosystem to preserve more water and reach higher biodiversity number. In Every other aspects itRIVER, strategies toIMPULS, water preservation increase WETLANDS, RIVER, WETLANDS, LAKE hand, wehas want toown restore Jakarta’s ecological identity as and wetlands area.biodiversity We aquatic choose Our design strategy isLAKE WATER wich we restore and improve number. three aspects of Jakarta aquatic ecosystem : wetlands, river, number. and lake. ecosystem to preserve more water and reach higher biodiversity In Every other r Our design strategy is WATER IMPULS, wichwich we restore and and improve aquatic design strategy is WATER IMPULS, we restore improve aquatic aspects strategies to water preservation and increase biodiversity hand, wehas wantit toown restore Jakarta’s ecological identity as wetlands area.

We choose WATER CATCHMENT WETLANDS osystem to preserve moremore waterwater and reach higher biodiversity number.

In other ecosystem to preserve and reach higher biodiversity number.

In other number. three aspects of Jakarta aquatic ecosystem : wetlands, river, and lake.

Every AREA nd, we want to restore Jakarta’s ecological identity as wetlands area.area.

We choose hand, we want to restore Jakarta’s ecological identity as wetlands We choose aspects has it own strategies to water preservation and increase biodiversity WETLANDS inaquatic Jakarta ecosystem are mostlyWETLANDS consist neglected empty landsEvery with huge amount of eethree aspects of Jakarta : wetlands, river,river, and and lake. aspects of Jakarta aquatic ecosystem : of wetlands, lake.

Every number. water resource. It also contains huge amount of municipal waste such as plastic bag and pects has it own strategies to water preservation and increase biodiversity

water. Water treatment process which is based on different slopes are thematic and have unique, different impressions for each pixel. Wetland park also act as a firsthand exposure to human on how water is managed and being processed so people are encouraged to be more aware to preserve an d wiser in using water.

area.

NEW HABITAT

aspects has it own strategies to water preservation and increase biodiversity other unbiodegredable waste.

Restoration landscape arrangement in Jakarta are mostly consist ofstrategies neglectedincludes empty lands with huge amount to of mber. number. WETLANDScreate more public spaces and water catchment and filtering area.

WETLANDS WETLANDS WETLANDS

water resource. It also contains huge amount of municipal waste such as plastic bag and other unbiodegredable waste.

Restoration landscape arrangement WETLANDS in Jakarta are mostly consist ofstrategies neglectedincludes empty lands with huge amount to of create morecontains public spaces and water catchmentwaste and filtering water resource.

It also huge amount of municipal such asarea. plastic bag and TLANDS in Jakarta are mostly consist of neglected empty landslands with huge amount of of WETLANDS in Jakarta are mostly consist of neglected empty with huge amount PUBLIC SPACE other unbiodegredable waste. Restoration strategies includes landscape arrangement to erwater resource.

It alsoIt contains hugehuge amount of municipal wastewaste such such as plastic bag and resource. also contains amount of municipal as plastic bag and create more public spacesincludes and water catchment and filtering erother unbiodegredable waste.

Restoration strategies landscape arrangement to area. unbiodegredable waste.

Restoration strategies includes landscape arrangement to PUBLIC SPACE create moremore public spaces and water catchment and filtering area.area. create public spaces and water catchment and filtering Only 5,7% clean

Before

SPACE WATERPUBLIC CATCHMENT AREA PUBLIC SPACE PUBLIC SPACE WATER CATCHMENT water treatment on the existing AREA

WETLAND PARK

water are produced from Jakarta water resource

After Increase quantity of clean water production from Jakarta water resource

These terraced wetlands slowing down the flow of water and speed nutrient removal from the water by microorganism and plant species that use excess nutrients as resources for their growth.

maximize wetland. Wetland mostly seen as WETLAND PARK nd unhealthy, meanwhile it is also one of the biggest ecosystem that contain WATER CATCHMENT rainforest. Intentionally constructing wetland with additional features of park, AREA CLEAN WATER WETLAND PARK WATER CATCHMENT WATER CATCHMENT will enhance the image of wetland, while also preserve the water, create habi AREAAREA CLEAN WATER PRESERVATION TARGET WETLAND PARKPARK WETLAND PRESERVATION TARGET RIVER the importance of water unity to come and learn through spatial experience flora-fauna could environmental and well-being benefit. quantity of Almost allgive of Jakarta natural landsccapes alongside the RIVER are already gone. There are

RIVER

many obstacles that lead to this conditions, one of them is high density of settlement alongside theJakarta river. This alsolandsccapes leads to increasing number of slum area and flooding.

Almost all of natural alongside the RIVER are already gone.

ThereOur are strategies is to restore the natural landscape of the river, along with the species and encourmany obstacles that lead to this conditions, one of them is high density of settlement agealso human to to liveincreasing together with other alongside theJakarta river. This leads number ofspecies. slum area and flooding.

Almost all of natural landsccapes alongside the RIVER are already gone.

ThereOur are strategies is to restore the natural landscape of the river, along with the species and encourmost all of all Jakarta natural landsccapes the RIVER are gone.

There are are Almost of Jakarta natural landsccapes alongside the RIVER are already There many obstacles that leadalongside to this conditions, onealready of them is gone. high density of settlement age human live together other species. nymany obstacles that lead to this conditions, onetoof them is high density settlement obstacles that the lead toHOUSING this conditions, one of them iswith high density of area settlement alongside river.

This also leads to increasing number ofof slum and flooding. Our ngside the river.

This also leads to increasing number of slum area and flooding. alongside strategies the river. This leads increasing number of slum and flooding.

Our and encouris to also restore thetonatural landscape of the river,area along with theOur species tegies is to restore the natural landscape of theof river, along with with the and encourstrategies is to restore the natural landscape the along withspecies the species and encourage human to liveriver, together other species.

HOUSING age human to livetotogether with other species. age human live together with other species.

RIVER RIVER RIVER

WATER CATCHMENT AREA HOUSING HOUSING HOUSING WATER CATCHMENT AREA

WATER CATCHMENT WATER CATCHMENT WATER CATCHMENTAREA AREA AREA

LANDSCAPE RESTORATION LANDSCAPE RESTORATION LANDSCAPE LANDSCAPE LANDSCAPE RESTORATION RESTORATION RESTORATION

LAKE

w of ater wuse of

LAKE

There are several LAKE in Jakarta but none of them get serious treatment as biggest water catchment area. Such negligance leads to flooding and water pollution. Lake has biggest potential biodiversity the design strategies are includes preserve and create There are of several LAKE innumber Jakartaso but none of them get serious treatment as biggest water ater new habitat for other species.

There are also raingardens to create more water catchment catchment area.

Such negligance leads to flooding and water pollution.

Lake has biggest use w of area.strategies are includes preserve and create potential biodiversity the design There are of several LAKE innumber Jakartaso but none of them get serious treatment as biggest water aterare several ere LAKE in Jakarta but none of them get serious treatment as waterwater There are several LAKE in Jakarta but none of them get serious treatment as biggest new habitat for other species.

There are also raingardens tobiggest create more waterhas catchment catchment area.

Such negligance leads to flooding and water pollution.

Lake biggest use chment area.area.

Such Such negligance leadsleads to flooding and water pollution.

Lake has biggest catchment negligance to flooding and water pollution.

Lake has biggest area.strategies are includes preserve potential of biodiversity number so the design and create ential of biodiversity number so the strategies are includes preserve and create potential of biodiversity number sodesign the design strategies are includes preserve and create RAINGARDENS new habitat for other species.

There are also raingardens to create more water catchment w habitat for other species.

ThereThere are also to create moremore waterwater catchment new habitat for other species. are raingardens also raingardens to create catchment area. area.area.

LAKE LAKE LAKE

RAINGARDENS

RAINGARDENS RAINGARDENS RAINGARDENS WATER CATCHMENT AREA

WATER CATCHMENT AREA WATER CATCHMENT WATER CATCHMENT WATER CATCHMENT AREA AREA AREA

NEW HABITAT NEW HABITAT NEW HABITAT NEW NEW HABITAT HABITAT

quantity of water water

2/4

KAMPUNG PULO :: KAMPUNG PULO Live Within the Water KAMPUNG PULO : Live Within the Water KAMPUNG PULO : KAMPUNG PULO :: Live Within the Water KAMPUNG PULO KAMPUNG PULO : Live Within the Water KAMPUNG PULO : KAMPUNG PULO : KAMPUNG PULO : Live Within the Water KAMPUNG PULO : KAMPUNG PULO : Live Within the Water KAMPUNG PULO : KAMPUNG PULO : Live Within the Water KAMPUNG PULO : Live Within the Water Live Within the Water

PROJECT PROJECTVISION VISION PROJECT PROJECTVISION VISION

animal stall strategy and open space inHouses the neighborhood so that while, when flood the upper spacePublic will be active as as an The design can be replicated in settlements which exist around the body of the river. condition often consid each other. are redesigned by adapting existing Space l of Jakarta natural landsccapes alongside the RIVER are already gone.

There areoccurs, as an The animal stall strategy and open space inHouses theThe neighborhood soarea that a connecting path. existing house has simple form withforms, micro and to This each other. are redesigned byaadapting existing forms, design can be replicated in settlements area which exist around thesize body ofstick the river.

This condition often consi Public Space humans and animals can live side by side in one ecosystem. a connecting path.

The existing house has a simple form with micro size and stick to stilla live using rectangular floor plan as the strategy most efficient The the as dirty and unfit for metropolitan city.

Therefore, if the is applied along river’sforms, body in Jakarta, it becomes a sol humans and animals side by side in other. one ecosystem. stacles that lead to this conditions, one of them is high density of settlement each Houses redesigned byplan. adapting Public Space stilla metropolitan using rectangular floor plan as most efficient plan.

The existing Surrounding settlements are designed with addition asthe dirty and unfit can for city.

Therefore, if are the strategy is applied along the river’sforms, body in Jakarta, it becomes a so each other.

Houses are redesigned by adapting existing Public Space highly dense ofproblems residential conditions results the lackthe of natural Surrounding settlements are designed with the addition The design strategy can be replicated in settlements area which exist around the body of the river.

This condition often consid for flood or any overflowing river because it transforms slums area into abundant water reserves.

In addition, this st still using rectangular floor plan as most efficient plan.

The e the river. This also leads increasing number slum area and flooding.

Our along the The siteto is in an area with highofdensity population, located riverbank, and prone to drain highly dense of residential conditions results the lack of natural multilevel path/track which functions as a public space.

This The design strategy can be replicated in settlements area which exist around the body of the river. reserves.

This condition often consi for flood or any overflowing river problems because it transforms slums area into abundant water In addition, this still using rectangular floor plan as theform most efficient plan.

The Surrounding settlements are designed with the addition lighting in each house.

To solve this problem, angular of multilevel path/track which functions as a public space.

This The site is in an area with high density population, located along the riverbank, and prone to drain as dirty and unfit for a metropolitan city.

Therefore, if the strategy is applied along the river’s body in Jakarta, it becomes a sol gy also creates productive space for human and animal activities, regenerates the life of biodiversity. highly dense of residential conditions results the lack of natural Surrounding settlements are designed with the addition PROJECT VISION lighting in each house.

To solve this problem, angular form of space is flexible, can be used as a community center for s is to restore the natural landscape of the river, along with the species and encour as dirty and unfit for a metropolitan city.

Therefore, if the strategy is applied along the river’s body in Jakarta, it becomes a so flooding from October to February. When heavy rains occur, water ratemultilevel and volume willa which gy also creates productive space for human andof animal activities, regenerates the lifeofof biodiversity. highly dense residential conditions results lack of natural path/track functions asstrategy aPROJECT public space.

VISION The design can be replicated settlements which exist around the body the river.

This condition often consid facade is This created to in maximize sunlight.

Meanwhile, inproblem, order tothe spaceflow is flexible, can be used as community center for PROJECT VISION for flood or any overflowing river problems because itarea transforms slums area into abundant water reserves.

In addition, this st flooding from October to February.

When heavy rains along occur,the water flow rate and volume will lighting in each house.

To solve this angular form of multilevel path/track which functions as a public space.

This PROJECT VISION The design strategy can be replicated in settlements area which exist around the body of the river.

This condition often consi facade is created to maximize sunlight.

Meanwhile, in order to waste management, or gathering activities.

The lower The site is in an area with high density population, located riverbank, and prone to drain PROJECT VISION for flood or any overflowing river problems because it transforms slums area into abundant water Inbecomes addition, athis age increase, human to is live together withhigh otherdensity species. lighting inincrease each ifhouse.

To solve this problem, angular form of inreserves. space is flexible, canPROJECT be used as a community center for so that the with Kampung Pulo area within alocated radius along of 100the meters from and the prone banks of drain the Housing VISION as dirty and unfit for a metropolitan city.

Therefore, the strategy is applied along the river’s body Jakarta, it sol overcome the floods which every year, the lower floors is waste management, or gathering activities.

The lower The site in an area population, riverbank, to gy also creates productive space for human and animal activities, regenerates the life of biodiversity.

The design strategy can be replicated in settlements area which exist around the body of the river.

This condition often co Rain gardens and space in houses’ lower ground functions as water catchment area as well as space for other fauna that pro facade is created to maximize sunlight.

Meanwhile, in order to space is in flexible, can be used as Meana community for floods Housing increase,from so that the Kampung PuloWhen area within arains radius of 100 meters from theused banks ofwill the every year, the lower floors is overcome the which increase as dirty and unfit for acenter metropolitan city.

Therefore, ifto the strategy iswhich applied along the river’s body inriver.

Jakarta, it becomes a so ground space willwaste be normal/dry PROJECT VISION flooding October to February. occur, water flow rate and volume gy also creates productive space for human and activities, regenerates the life of biodiversity.

The design strategy can be replicated inanimal settlements area exist around the body ofto the condition facade is created maximize sunlight.

Meanwhile, in order management, orconditions. gathering activities.

The lower that Rain gardens and space in river houses’ lower ground functions as water catchment area as well as space forThis other fauna often being lifted, create stilt house design.

The lower space functions Ciliwung River will bewith flooded with mud and heavy overflow. ground space willwaste be used in normal/dry conditions.

Meanfor flood or any overflowing problems because itexist transforms slums area into abundant water In addition, this p stca PROJECT VISION PROJECT VISION The design strategy can be replicated in settlements area which exist around the body of the river.

This condition often considered PROJECT VISION flooding from October to February.

When heavy rains along occur,the water flow rate and volume will as dirty and unfit forriver acreate metropolitan city.

Therefore, ifincrease the strategy is applied along the river’s body inconsidered Jakarta, it becomes overcome the floods which every year, the lower floors is reserves. management, or gathering activities.

The lower benefits for residents who lives around.

The design strategy can be replicated in settlements area which around the body of the river.

This condition often The site is in an area high density population, located riverbank, and prone to drain being lifted, stilt house design.

The lower space functions while, when flood occurs, the upper space will be active as Ciliwung River will be flooded with mud and overflow.

PROJECT VISION PROJECT VISION The design strategy can be replicated in settlements area which exist around the body of the river.

This condition often considered for flood or any overflowing problems because it transforms slums area into abundant water reserves.

In addition, this as dirty and unfit for a metropolitan city.

Therefore, if the strategy is applied along the river’s body in Jakarta, it becomes overcome the floods which increase every year, the lower floors is ground space will be used in normal/dry conditions.

MeanThe design strategy can be replicated in settlements area which exist around the body of the river.

This condition often considered benefits for residents who lives around. increase, sointhat the with Kampung Pulo area within alocated radius along of 100the meters from the banks of the The existing house has a simple form with micro size and stick to The site is an area high density population, riverbank, and prone to drain as an animal stall and open space instilt the so that while, when floodground occurs,space the upper will be active as as dirty and unfit for aproductive metropolitan city.

Therefore, ifand the strategy isneighborhood applied along the river’s body in Jakarta, it becomes a solution gy also creates space for human animal activities, regenerates the life biodiversity.

PROJECT VISION flood or any overflowing river problems because it water transforms slums area into abundant water reserves.

In addition, th being lifted, create house design.

The lower space functions be used in normal/dry conditions.

MeanRain gardens and space in houses’ lower ground functions catchment area as well as space for other that pro asspace dirty and unfit forfor afor metropolitan city.

Therefore, if the strategy is applied along the river’s body inof Jakarta, it becomes a solution The existing house has acan simple form with micro size and stick to increase,from so that thesite Kampung Pulo area radius of 100 meters from the banks ofwill the as an animal stall and open space in the neighborhood so that a connecting path.

HOUSINGflooding as dirty and unfit for aproductive metropolitan city.

Therefore, ifand the strategy isas applied along the river’s body in Jakarta, itcondition becomes afauna solution October to When heavy occur, water flow rate and volume will gy also creates space for human animal activities, regenerates the life of biodiversity.

The design strategy be replicated in settlements area which exist around the body of the river.

This often considered The is inFebruary. anwith area with highwithin densityarains population, located along thewhile, riverbank, and prone to drain flood or any overflowing river problems because itone transforms slums area into abundant water reserves.

Inconsidered addition, being lifted, create stilt house design.

The lower space functions when flood occurs, the upper space will be active as asfor dirty and unfit for astrategy metropolitan city.

Therefore, if the strategy is applied along the river’s body in Jakarta, it becomes athis solution that p Rain gardens and space in houses’ lower ground functions as water catchment area as well as space for other fauna each other.

Houses are redesigned by adapting existing forms, humans and animals can live side by side in ecosystem.

The design strategy can be replicated in settlements area which exist around body of the river.

This condition often considered The design can be replicated in settlements area which exist around the body of the river.

This condition often a connecting path.

Public Space RIVERS flood or any overflowing river problems because it transforms slums area into abundant water reserves.

In addition, strateCiliwung River will be flooded mud and overflow. flooding from October to February.

When heavy rains occur, water flow rate and volume will The design strategy can be replicated in settlements area which exist around the body of the river.

This condition often considere The site is in an area with high density population, located along the riverbank, and prone to drain gy also creates productive space for human and animal activities, regenerates the life of biodiversity. as an animal stall and open space in the neighborhood so that while, flood occurs, the upper space will be active as flood or any overflowing river problems because it for transforms slums area into abundant reserves.

In addition, this strateeach other.

Houses are redesigned by adapting forms, PROJECT VISION The is an in an area with high density population, located along the riverbank, and prone torate drain benefits for residents who lives around. humans and animals can live side by side in one ecosystem.

The design strategy can be replicated in settlements area which exist around the body of the river.

This condition often considered The design strategy can be replicated inTherefore, settlements area which exist around thewater body ofreserves. the river.

This condition often considere Public Space RIVERS for flood or any overflowing river problems because itexisting transforms slums area into abundant reserves.

In addition, this strateThe design strategy can be replicated in settlements area which exist around the body ofwater the river.

This condition often Ciliwung River will be flooded with mud overflow. as dirty and unfit for metropolitan city. the strategy is applied along the river’s body in Jakarta, becomes solution The sitesite isso in area with high density located along the riverbank, and prone towhen drain flooding from October toand February.

When heavy rains occur, water flow and will the Kampung Pulopopulation, area within alocated radius of 100 meters from the banks of thefor gy also creates productive space and animal activities, regenerates the life of biodiversity. as an animal stall and open space in the neighborhood so that RIVERS avolume connecting path. for flood or any overflowing river problems because it transforms slums area into abundant water Inin addition, this stratePROJECT VISION still using rectangular floor plan as the most efficient The The isthat in an area with high density population, along the riverbank, and prone torate drain benefits for residents lives around. as dirty and unfit for aspace metropolitan city.

Therefore, ifhuman the strategy is applied along the river’s body in Jakarta, itfor becomes aconsidered solution as dirty and unfit for aawho city.

Therefore, ififplan. the strategy is along the river’s body in Jakarta, itit aaasolution gy also creates productive space for human and animal activities, regenerates the life ofone biodiversity.

The design strategy can be replicated in settlements area which exist around the body of the river.

This condition often considered RIVERS as dirty and unfit for ametropolitan metropolitan city.

Therefore, if the strategy isapplied applied along the river’s body Jakarta, itbecomes becomes solutio Rain gardens and space in houses’ lower ground functions as water catchment area as well as space other fauna pro The sitesite isso in an area with high density located along riverbank, and prone tothe drain flooding from October to February.

When heavy rains occur, water flow will RIVERS increase, humans and animals can live side by side in ecosystem. increase, that the Kampung Pulopopulation, area within arains radius ofthe 100 meters from the banks ofand the connecting path. gyavolume also creates productive for human and animal activities, regenerates the life of biodiversity. still using rectangular floor plan as the most efficient plan.

The Surrounding settlements are designed with addition as dirty and unfit for a metropolitan city.

Therefore, if the strategy is applied along the river’s body in Jakarta, it becomes a solution as dirty and unfit for a metropolitan city.

Therefore, if the strategy is applied along the river’s body in Jakarta, it becomes athat solutio flooding from October to February.

When heavy occur, water flow rate and volume will gy also creates productive space for human and animal activities, regenerates the life of biodiversity. as dirty and unfit for a metropolitan city.

Therefore, if the strategy is applied along the river’s body in Jakarta, it becomes a solution RIVERS for flood or any overflowing river problems because it transforms slums area into abundant water reserves.

In addition, this stratePROJECT VISION that p Rain gardens and space in houses’ lower ground functions as water catchment area as well as space for other fauna humans and animals can live side by side in one ecosystem. flooding from October to February.

When heavy rains occur, water flow rate and volume will increase, so that the Kampung Pulo area within a radius of 100 meters from the banks of the gy also creates productive space for human and animal activities, regenerates the life of biodiversity. highly dense of residential conditions results the lack of natural Surrounding settlements are designed with the addition Ciliwung River will be flooded with mud and overflow. for flood or any overflowing river problems because it transforms slums area into abundant water reserves.

In addition, this stratefor flood or any overflowing river problems because it transforms slums area into abundant water reserves.

In addition, this strateThe site is in an area with high density population, located along the riverbank, and prone to drain flooding from October to February.

When heavy rains occur, water flow rate and volume will as dirty and unfit for a metropolitan city.

Therefore, if the strategy is applied along the river’s body in Jakarta, it becomes a solution for flood or any overflowing river problems because it transforms slums area into abundant water reserves.

In addition, this strate PROJECT VISION Rain gardens and space in houses’ lower ground functions as water catchment area as well as space for other fauna tha benefits for residents who lives around. flooding from October to February.

When heavy rains occur, water flow rate and will increase, so that the Kampung Pulo area within a radius of 100 meters from the banksThe ofthe the TheThe site issite in area with high density population, located along the riverbank, and prone to drain site isan inbe anan area with high density population, located along the riverbank, and prone toto drain design strategy can be from replicated settlements area which exist around the body of theofriver.

This condition often considered RIVERS highly dense of residential conditions results the lack of natural multilevel path/track which functions as avolume public space.

This In water comes 2river sources: the flow of Ciliwung River will flooded with mud and overflow. for flood or any overflowing river problems because it transforms slums area into abundant water reserves.

In addition, this strateforsite, flood or any overflowing problems because itwhich transforms slums area into abundant water reserves.

Inoften addition, this strate The houses are sticked to each other’s wall and the alleyways are narrow.

The sewer for drainage The is in area with high density population, located along the riverbank, and prone drain for flood or any overflowing river problems because it transforms slums area into abundant water reserves.

In addition, this strateincrease, so that the Kampung Pulo area within a radius of 100 meters from the banks of the gy also creates productive space for human and animal activities, regenerates the life biodiversity.

Raingardens RIVERS RIVERS Rain gardens and space houses’ lower ground functions as water catchment area as well as space for other fauna th benefits for residents who lives around.

The site is in an area with high density population, located along the riverbank, and prone to drain The site is in an area with high density population, located along the riverbank, and prone to drain The design strategy can be replicated in settlements area exist around the body of the river.

This condition considered RIVERS lighting in each house.

To solve this problem, angular form of multilevel path/track which functions as a public space.

This increase, so that the Kampung Pulo area within a radius of 100 meters from the banks of the Ciliwung River will be flooded with mud and overflow.

The site is in an area with high density population, located along the riverbank, and prone to drain In the site, water comes from 2 sources: the flow of gygardens also creates productive space for human and animal activities, regenerates the of biodiversity. gygy also creates productive space for human and animal activities, regenerates the life of biodiversity.

The houses are sticked to each other’s wall and alleyways are narrow.

The sewer for drainage Rain and space in houses’ lower ground functions as water area aslife well as space for other fauna that provide for flood or any overflowing river problems because itstrategy transforms slums area into abundant water reserves.

Inthat addition, this strateflooding from October to February.

When heavy rains occur, water flow rate and volume will increase, so that the Kampung Pulo area within aheavy radius of 100 meters from the banks of the also creates productive space for human and animal activities, regenerates the life of biodiversity.

Raingardens RIVERS RIVERS benefits for residents who lives around. as dirty and unfit for aproductive metropolitan city.

Therefore, if the iscatchment applied along the river’s body Jakarta, itfauna becomes aprovide solution Rain gardens and space in houses’ lower ground functions as water catchment area as well as space forin other fauna provide lighting in each house.

To solve this problem, angular form of increase, so that the Kampung Pulo area within athe radius of 100 meters from the banks ofrainwater the space israins flexible, can be used as atransport community center for Ciliwung River will be flooded with mud and overflow.

The site is in an area with high density population, located along the riverbank, and prone to drain flooding from October to February.

When heavy occur, water flow rate and volume will flooding from October to February.

When rains occur, water flow rate and volume will gy also creates productive space for human and animal activities, regenerates the of biodiversity.

PROJECT VISION gy also creates space for human and animal activities, regenerates the life of biodiversity. rivers that overflow during floods and rain water.

So, Rain gardens and space in houses’ lower ground functions as water area aslife well as space for other that gy also creates productive space for human and animal activities, regenerates the life of biodiversity. flooding from October to February.

When heavy rains occur, water flow rate and volume will The design strategy can be replicated in settlements which exist around the body of the river.

This condition often considered are available but they have small dimension and insufficient to collect and WATERRIVERS CATCHMENT Ciliwung River will be flooded with mud and overflow. benefits for residents who lives around.

Raingardens created to expand water catchment as dirty and unfit for a metropolitan city.

Therefore, ifarea the strategy iscatchment applied along the river’s body in Jakarta, it becomes a solution Rain gardens and space in houses’ lower ground functions water catchment area as well as space for other fauna that provide facade isthat created to maximize sunlight.

Meanwhile, inasorder to space israins flexible, can be used asflow atransport community center for flooding from October to February.

When heavy occur, water flow rate and volume will flooding from October to February.

When heavy rains occur, water rate and volume will PROJECT VISION rivers overflow during floods and rain water.

So, Ciliwung River will be flooded with mud and overflow. flooding from October to February.

When heavy rains occur, water flow rate and volume will benefits for residents who lives around. gy also creates productive space for human and animal activities, regenerates the life of biodiversity.

The design strategy can be replicated in settlements area which exist around the body of the river.

This condition often considered are available but they have small dimension and insufficient to collect and rainwater increase, so that the Kampung Pulo area within a radius of 100 meters from the banks of the Ciliwung River will be flooded with mud and overflow.

Raingardens created to expand water for flood any overflowing because itthe transforms slums into abundant water reserves.

Initaddition, this stratebenefits for residents who around. facade isor created to maximize sunlight.

Meanwhile, instrategy orderCreate to waste or gathering activities.

The lower aarea connection Design water Lift housing’s eleva In the site, water comes from 2problems sources: the flow of Ciliwung River will be flooded with mud and overflow. flooding from October to February.

When heavy occur, water flow rate and volume will increase, that the Kampung Pulo area within amanagement, radius of 100 meters from theprone banks of the increase, so that the Kampung Pulo area within arains radius of 100 meters from the banks ofof the benefits for residents who lives around. the design strategies are :river AREA The houses are sticked towith each other’s wall and the alleyways are narrow.

The sewer for drainage as dirty and unfit for alives metropolitan city.

Therefore, iflower is applied along the river’s body in Jakarta, becomes acatchment solution Rain gardens and space in houses’ lower ground functions as water catchment area as well as space for other fauna that provide increase, so that the Kampung Pulo area within radius of 100 meters from the banks the The site is so in an area high density population, located along the riverbank, and to drain LANDSCAPE area and to filter the stormwater so ithousing’s could be when itThe has high flow rate and volume.

The condition of rivers and streets around settlements tend for flood or any overflowing river problems because itthe transforms slums into abundant water reserves.

Init addition, this stratefor residents who around. overcome the floods which increase every year, the floors is waste management, or gathering activities.

The lower Rain gardens and space in houses’ lower ground functions as water catchment area as well as space for other fauna that provide Rain gardens and space houses’ lower ground functions as water catchment area as well as space for other fauna that provide Create aarea connection Design water Lift elev In the site, water comes from 2 sources: the flow of increase, so that the Kampung Pulo area within aaspace radius of 100 meters from the banks of the increase, so that the Kampung Pulo area within aa radius of 100 meters from the banks ofbenefits the the design strategies are :in RIVERS as dirty and unfit for alives metropolitan city.

Therefore, iflower strategy is applied along the river’s body in Jakarta, becomes acould solution The houses are sticked to each other’s wall and the alleyways are narrow.

The sewer for drainage Rain gardens and space in houses’ lower ground functions as water catchment area as well as space for other fauna that provid increase, so that the Kampung Pulo area within radius of 100 meters from the banks of the site is in an area with high density population, located along the riverbank, and prone to drain Ciliwung River will be flooded with mud and overflow. area and to filter the stormwater so it be gy also creates productive space for human and animal activities, regenerates the life of biodiversity. when it has high flow rate and volume.

The condition of rivers and streets around settlements tend every year, the floors is overcome the floods which increase BEFORE BIODIVERSITY DESIGN STRATEGY The design strategy can be replicated in settlements area which exist around the body of the river.

This condition often considered ground will be used in normal/dry conditions.

MeanRain gardens and space in houses’ lower ground functions as water catchment area as well as space for other fauna that provide Rain gardens and space in houses’ lower ground functions as water catchment area as well as space for other fauna that provid to the river absorption zones in to anticipate floo rivers that overflow during floods and rain water.

So, Rain gardens and space in houses’ lower ground functions as water catchment area as well as space for other fauna that provide RIVERS for flood or any overflowing river problems because it transforms slums area into abundant water reserves.

In addition, this stratebenefits for residents who lives around. increase, so thathave the Kampung Pulo area within aspace radius 100 meters from the banks of the The Ciliwung River will be flooded with mud and overflow.

Ciliwung River will be flooded with mud and overflow.

RESTORATION are available but they small dimension and insufficient toof collect and transport rainwater Ciliwung River will be flooded with mud and overflow. restored aszones clean water. flooding from October to February.

When heavy rains occur, water flow rate and volume will gy also creates productive space for human and animal activities, regenerates the life of biodiversity. being lifted, create stilt house design.

The lower space functions BEFORE BIODIVERSITY DESIGN STRATEGY design strategy can be replicated in settlements area which exist around the body of the river.

This condition often considered ground will be used in normal/dry conditions.

MeanThe site is in an area with high density population, located along the riverbank, and prone to drain benefits for residents who lives around. benefits for residents who lives around. to be covered with concrete or cement pavement and therefore minimizing water absorption, no Rain gardens and space in houses’ lower ground functions as water catchment area as well as space for other fauna that provide to the river absorption in to anticipate flo for flood or any overflowing river problems because it transforms slums area into abundant water reserves.

In addition, this straterivers that overflow during floods and rain water.

So, benefits for residents who lives around.

Ciliwung River will be flooded with mud and overflow.

Ciliwung River will be flooded with mud and overflow.

BEFORE BIODIVERSITY DESIGN STRATEGY Ciliwung River will be flooded with mud and overflow. are available but they have small dimension and insufficient to collect and transport rainwater restored as clean water. flooding from October to February.

When heavy rains occur, water flow rate and volume will RIVERS In the site, water comes from 2 sources: the flow of being lifted, create stilt house design.

The lower space functions as dirty and unfit for a metropolitan city.

Therefore, if the strategy is applied along the river’s body in Jakarta, it becomes a solution while, when flood occurs, the upper space will be active as The houses are sticked to each other’s wall and the alleyways are narrow.

The sewer for drainage The site is in an area with high density population, located along the riverbank, and prone to drain benefits for residents who lives around. benefits for residents who lives around.

BEFORE BIODIVERSITY DESIGN STRATEGY to be covered with concrete or cement pavement and therefore minimizing water absorption, no benefits for residents who lives around.

Create a connection Design water Lift housing’s eleva gy also creates productive space for human and animal activities, regenerates the life of biodiversity. theinsettlement design strategies are :from BEFORE BIODIVERSITY DESIGN STRATEGY Ciliwung River will be flooded with mud and overflow.

RIVERSwhen In the site, water comes 2city. sources: the ifanimal flow of an animal stall and open space in the neighborhood so that asthe dirty and unfit for asite, metropolitan Therefore, thethe strategy is applied along the the life river’s body Jakarta, it becomes ahousing’s solution elev while, when flood occurs, the upper space will be as drainage it has high flow rate and volume.

The condition rivers and streets around settlements tend increase, soaccelerating that theto Kampung Pulo area within aof radius ofthe 100 meters from the banks ofactive the The houses are sticked each other’s wall and the alleyways are narrow.

The sewer for drainage BEFORE BIODIVERSITY DESIGN STRATEGY flooding from October to February.

When heavy rains occur, water flow rate and volume will benefits for residents who lives around. gy also creates productive space for human and activities, regenerates of biodiversity.

In the water comes from 2 sources: flow of Create a connection Design water Lift The houses are sticked to each other’s wall and alleyways are narrow.

The sewer for the settlement the design strategies are : zero runoff, and the water discharge instead..

Rain gardens and space inwater houses’ lower ground functions water area as well as space for other that provide floo as an animal stall and open space in from the neighborhood so that flood or any overflowing river problems because it transforms slums area abundant water reserves.

In addition, this strateincrease, so that the Kampung Pulo area within aof radius of meters from the banks oftend the a100 connecting path. rivers that overflow during floods and rain So,the as when it site has high flow rate and volume.

The condition rivers and streets around settlements flooding from October to February.

When heavy rains occur, water flow rate and volume will Infor In the site, comes 2water. sources: flow of catchment are available but they have small dimension and insufficient to collect and transport rainwater to theinto river absorption zones infauna to anticipate The houses are sticked to each other’s wall and the alleyways are narrow.

The sewer drainage zero runoff, and accelerating the water discharge instead..

BEFORE BIODIVERSITY DESIGN STRATEGY The is in an area with high density population, located along the riverbank, and prone torainwater drain Rain gardens and space in houses’ lower ground functions water catchment area as well as space for other fauna that provide flo the site, water comes from 2river sources: the flow of humans animals can live side by side in one ecosystem. for flood or and any overflowing problems because it transforms slums area into abundant water reserves.

In addition, this strateacollect connecting path.

The houses are sticked to each other’s wall and the alleyways are narrow.

The sewer for drainage rivers that overflow during floods and rain water.

So, Ciliwung River will be flooded with mud and overflow. to be covered with concrete or cement pavement and therefore minimizing water absorption, noInfor rivers that overflow during floods and rain water.asSo, BEFORE BIODIVERSITY DESIGN STRATEGY BEFORE BIODIVERSITY DESIGN STRATEGY are available but they have small dimension and insufficient to and transport RIVERS increase, so that the Kampung Pulo area within aalleyways radius of 100 meters from the banks of the to the river absorption zones in to anticipate the site, water comes from 2in sources: the flow of The houses are sticked to each other’s wall and the alleyways are narrow.

The sewer for drainage are available but they have small dimension and insufficient to collect and transport rainwater The site is in an area with high density population, located along the riverbank, and prone to drain BEFORE BIODIVERSITY DESIGN STRATEGY benefits for residents who lives around.

In the site, water comes from 2 sources: the flow of humans and animals can live side by side in one ecosystem. gy also creates productive space for human and animal activities, regenerates the life of biodiversity.

The houses are sticked to each other’s wall and the are narrow.

The sewer for drainage Create a connection Design water Lift housing’s eleva the design strategies are : Ciliwung River will be flooded with mud and overflow. rivers that overflow during floods and rain water.

So, Rain gardens and space houses’ lower ground functions as water catchment area as well as space for other fauna that provide BEFORE BIODIVERSITY DESIGN STRATEGY BEFORE BIODIVERSITY DESIGN STRATEGY to be covered with concrete or cement pavement and therefore minimizing water absorption, no RIVERSwhen increase, so that the Kampung Pulo area within a radius of 100 meters from the banks of the In the site, water comes from 2 sources: the flow of the settlement The houses are sticked to each other’s wall and the alleyways are narrow.

The sewer for drainage are available but they have small dimension and insufficient to collect and transport rainwater it has high flow rate and volume.

The condition of rivers and streets around settlements tend benefits for residents who lives around. flooding from October to February.

When heavy rains occur, water flow rate and volume will rivers that overflow during floods and rain water.

So, gy also creates productive space for human and animal activities, regenerates the life of biodiversity.

Create a connection Design water Liftthat housing’s the design strategies are :from are available but they have small dimension and insufficient to collect and transport rainwater Create a area connection Design waterfauna Lift housing’s e Rain gardens and space inand houses’ lower ground functions as water catchment as well as space for other provideelev the design strategies : water. rivers that overflow during floods rain2are water.

So, BEFORE BIODIVERSITY DESIGN STRATEGY the settlement Ciliwung River will be flooded with mud and overflow. zero runoff, and accelerating the water discharge instead.. when it has high flow rate and volume.

The condition of rivers and streets around settlements tend are available but they have small dimension and insufficient to collect and transport rainwater flooding from October to February.

When heavy rains occur, water flow rate and volume will when it has high flow rate and volume.

The condition of rivers and streets around settlements tend rivers that overflow during floods and rain So, In the site, water comes sources: the flow of to the river absorption zones in to anticipate floo The houses are sticked to each other’s wall and the alleyways are narrow.

The sewer for drainage are available but they have small dimension and insufficient to collect and transport rainwater Create a connection Design water Lift housing’s the design strategies are : benefits for residents who lives around. rivers that overflow during floods and rain water.

Ciliwung River will flooded with mud and overflow. runoff, and accelerating the water discharge instead..

Indesign the site, water comes from 2from sources: theSo, flow of Instrategies the site, water comes from 2 2sources: the flow ofCreate a connection Design water absorption Lift housing’s elevation are available but they have small dimension and insufficient to 100 collect and transport rainwater when itbe has high flow rate and volume.

The condition of rivers and streets around settlements tend The houses are sticked to each other’s wall and the alleyways are narrow.

The sewer for drainage The houses are sticked toto each other’s wall and the alleyways are narrow.

The sewer for drainage the strategies are :who Raingard tozero be covered with concrete or cement pavement and therefore minimizing water absorption, no In the site, water comes sources: the flow of increase, so that the Kampung Pulo area within a radius of meters from the banks of the The houses are sticked each other’s wall and the alleyways are narrow.

The sewer for drainage to the river absorption zones in to anticipate flo to the river zones in to anticipate benefits for residents lives around.

Create a connection Design water Lift housing’s elevation when it has high flow rate and volume.

The condition of rivers and streets around settlements tend the design are : In the site, water comes from 22 lower sources: the ofSo, Instrategies the site, water comes from 2 sources: the flow ofCreate a connection Lift housing’s houses are sticked to each other’s wall and the alleyways are narrow.

The sewer for drainage houses are sticked to each other’s wall the alleyways are narrow.

The sewer for drainage design strategies are :during Rain gardens and space houses’ ground functions as water catchment area asDesign well water as water space forLift other fauna that provide In the site, water comes from sources: the flow flow Raingar when itThe has high flow rate and volume.

The condition ofand and streets around settlements tend increase, so that the Kampung Pulo area within arivers radius of 100 meters from the banks of the to be covered with concrete or cement pavement and therefore minimizing water absorption, no rivers that overflow floods and rain water.

The houses are sticked to each other’s wall and the alleyways are narrow.

The sewer for drainage to be covered with concrete or cement pavement and therefore minimizing water absorption, nothethe BEFORE BIODIVERSITY DESIGN STRATEGY to the absorption zones inelevation to anticipat the settlement are available but they have small dimension and insufficient to collect and transport rainwater Create awater connection Design housing’s when itThe has high flow rate and volume.

The condition of rivers and streets around settlements tend design are : in rivers that overflow during floods rain water.

So,ofof that overflow during floods and rain So, to the river absorption zones inthe toRaingardens anticipate flood, Rain gardens and space induring houses’ lower ground functions asthe catchmentabsorption area asriver well as space fortosettlement other faunaelevation that provide Inrivers the site, water comes from 2and sources: thewater. flow when itThe has high flow rate and volume.

The condition ofand rivers and streets around settlements tend to be covered with concrete oroverflow. cement pavement and therefore minimizing water absorption, no rivers that overflow floods and rain water.

So,to houses are sticked to each other’s wall and the alleyways are narrow.

The sewer for drainage are available but they have small dimension insufficient to collect and transport rainwater are available but they have small dimension insufficient to collect and transport rainwater BEFORE BIODIVERSITY DESIGN STRATEGY Ciliwung River will be flooded with mud and created to exp the are available but they have small dimension and insufficient to collect and transport rainwater zero runoff, and accelerating the water discharge instead.. river zones in settlement anticipate flood, to be covered with concrete or cement pavement and therefore minimizing water absorption, no rivers that overflow during floods and rain water.

So, rivers that overflow during floods and rain water.

So, to the river absorption zones in to anticipate flood, benefits for residents who lives around. rivers that overflow during floods and rain water.

So, Create a connection Design water Lift housing’s elevation are available but they have small dimension and insufficient to collect and transport rainwater the design strategies are : are available but they have small dimension and insufficient to collect and transport rainwater the settlement Ciliwung River will be flooded with mud and overflow. to be covered with concrete or cement pavement and therefore minimizing water absorption, no Raingardens created to ex zero runoff, and accelerating the water discharge instead.. are available but they have small dimension and insufficient to collect and transport rainwater to the river absorption zones inwater to Lift anticipate flood, zero runoff, and accelerating the water discharge instead.. when itwith has high flow rate and volume.

The condition of rivers rivers and streets around settlements tend benefits BEFORE BIODIVERSITY DESIGN STRATEGY to be covered with concrete or cement pavement and therefore minimizing water absorption, no tend Create a connection Design water housing’s elevation Create a aconnection Design Lift housing’s elevation thethe design strategies are :lives the design strategies are :2around. the settlement for residents who rivers that overflow during floods and rain water.

So, Create connection Design water Lift housing’s elevation the design strategies are : tozero be covered concrete or cement pavement and therefore minimizing water absorption, no zero runoff, and accelerating the water discharge instead.. area and to filter the storm are available but they have small dimension and insufficient to collect and transport rainwater when it has high flow rate and volume.

The condition of rivers and streets around settlements tend when it has high flow rate and volume.

The condition of and streets around settlements the settlement In site, water comes from sources: the flow of when it has high flow rate and volume.

The condition of rivers and streets around settlements tend BEFORE BIODIVERSITY DESIGN STRATEGY Create a connection Design water Lift housing’s elevation Create a connection Design water Lift housing’s elevation The houses are sticked to each other’s wall and the alleyways are narrow.

The sewer for drainage the design strategies are : the design strategies are : the settlement runoff, and accelerating the water discharge instead..

Create a connection Design water Lift housing’s elevation Raingarde the design strategies are : to the river absorption zones in to anticipate flood, area and to filter the storm when it has high flow rate and volume.

The condition of rivers and streets around settlements tend when it has high flow rate and volume.

The condition of rivers and streets around settlements tend settlement zerozero runoff, and accelerating the water instead.. when it has high flow rate and volume.

The condition of rivers and streets around settlements tendno Inthe thedesign site, water comesare from the flow of The are sticked to each other’s wall and the alleyways are narrow.

The sewer for drainage to the river absorption zones in ininto anticipate flood, to the absorption zones to flood, tohouses be covered with concrete ordischarge cement pavement and therefore minimizing water absorption, runoff, and accelerating the water discharge instead..

Create ato connection Design water Lift housing’s elevation Raingard strategies : 2 sources: to theriver river the absorption zones toanticipate anticipate flood, restored as clea zero runoff, and accelerating the water discharge instead.. when itcovered has high flow rate and volume.

The condition of rivers and streets around settlements tend to be covered with concrete or cement pavement and therefore minimizing water absorption, no to be with concrete or cement pavement and therefore minimizing water absorption, no rivers that overflow during floods and rainthe water.

So, to the river absorption zones in to anticipate flood, the river absorption zones in to anticipate flood, to be covered with concrete or cement pavement and therefore minimizing water absorption, no to the river absorption zones in to anticipate flood, are available but they have small dimension and insufficient to collect and transport rainwater area and t the settlement In the site, water comes from 2 sources: flow of The houses are sticked to each other’s wall and the alleyways are narrow.

The sewer for drainage BEFORE BIODIVERSITY DESIGN STRATEGY restored as cle to covered with concrete or pavement and therefore water absorption, no to be covered with concrete ordimension cement pavement and therefore minimizing water absorption, rivers that overflow during floods and rainthe water. the settlement the settlement to be be covered with concrete or cement cement pavement and therefore minimizing water absorption, no noDESIGN toconnection the river absorption zones inLift housing’s to anticipate flood, are available but they have small and insufficient to minimizing collect and transport rainwater area and the settlement In the site,strategies waterSTRATEGY comes from 2 sources: flowSo, of zero runoff, and accelerating the water discharge instead..

The houses are sticked to each other’s wall and the alleyways are narrow.

The sewer for drainage BEFORE BIODIVERSITY Create a Design water elevation the design are : the settlement the settlement to be covered with concrete or cement pavement and therefore minimizing water absorption, no zero runoff, and accelerating the water discharge instead.. zero runoff, and accelerating the water discharge instead.. the settlement zero runoff, and accelerating the water discharge instead.. rivers that overflow during floods and rain water.

So, when it has high flow rate and volume.

The condition of rivers and streets around settlements tend are available but they have small dimension and insufficient to collect and transport rainwater Create a connection Design water Lift housing’s elevation the design strategies are : floods and rain water. So, zero runoff, and accelerating the water discharge instead.. zero runoff, water discharge the settlement zero runoff, and accelerating the the water discharge instead.. several LAKE in Jakarta but none ofhigh them getaccelerating serious treatment as biggest water rivers that overflow during when itrunoff, has flow rate andsmall volume.

The condition ofinstead.. riversare and streets around settlements tend In the are available butand they have andalleyways insufficient to collectThe and transport rainwater to athe river absorption zones in Lifttohousing’s anticipate flood, site, water comes from the flow of The houses are sticked to each other’s wall and the narrow. sewer for drainage zero and accelerating the dimension water discharge instead..

Create connection Design water elevation the design strategies are : 22sources: to be covered with concrete orvolume. cement pavement and therefore minimizing water absorption, no to athe river absorption zones in Lifttohousing’s anticipate flood, In the site, water comes from sources: the flow of when it has high flow rate and The condition of rivers and streets around settlements tend The houses are sticked to each other’s wall and the alleyways are narrow.

The sewer for drainage Create connection Design water elevation the design strategies are : to be covered with concrete or cement pavement and therefore minimizing water absorption, no nt area. Such negligance leads to flooding and water pollution.

Lake has biggest the settlement when it has high flow rate and volume.

The condition of rivers and streets around settlements tend rivers that overflow during floods and rain water.

So, are available but they have small dimension and insufficient to collect and transport rainwaterno to the river absorption zones in to anticipate flood, the settlement zero runoff, and accelerating thecement water discharge instead.. rivers that overflow during floods and rain water. So, to be covered with concrete or pavement and therefore minimizing water absorption, are available but they have small dimension and insufficient to collect and transport rainwater to the river absorption zones in to anticipate flood, Create a connection Design water Lift housing’s elevation and accelerating thecement water discharge instead.. design strategies are : of biodiversity numberwhen sozero design strategies are preserve and create tothe berunoff, covered with concrete or pavement and therefore minimizing absorption, the settlement has high rate andincludes volume.

The condition of rivers and streets aroundwater settlements tend no the Create a connection Design waterRaingardens Lift housing’s elevation the design strategies are : the settlement zero it runoff, andflow accelerating the water discharge instead.. when it has high flow rate and volume.

The condition of rivers and streets around settlements tend to the river absorption zones Raingardens in to anticipate flood, tat for other species. There also raingardens to create water catchment runoff, and themore water discharge instead.. to zero beare covered withaccelerating concrete or cement pavement and therefore minimizing water absorption, no to the river absorption zonescreated in to flood, Raingardens to anticipate expand water catchment to be covered with concrete or cement pavement and therefore minimizing water absorption, no the settlement Raingardens created to expand water catchmen area. the settlement zero runoff, and accelerating the water discharge instead..

NORMAL WATER LEVEL SCENARIO HIGHERsoWATER area and to filter the stormwater it could LE be zero runoff, and accelerating the water discharge instead..

NORMAL WATER LEVEL SCENARIO HIGHERsoWATER area and to filter the stormwater it could Lb

IVERS RIVERS IVERS RIVERS IVERS RIVERS

Live Within the Water Live Within the Water KAMPUNG PULO : Live Within the Water BEFORE BIODIVERSITY KAMPUNG PULO : BEFORE BIODIVERSITY Live Within the Water Live Within the Water KAMPUNG PULO : Live Within the Water Live Within the Water KAMPUNG PULO : BEFORE BIODIVERSITY Live Within the Water BEFORE BIODIVERSITY KAMPUNG PULO :: KAMPUNG PULO Live Within the Water Live Within the Water BEFORE BIODIVERSITY BEFORE BIODIVERSITY Live Within the Water Live Within the Water Live Live Within Within the the Water Water

LOWER LOWERSPACE SPACE UPPER UPPERSPACE SPACE

LOWER LOWERSPACE SPAC LOWE LOWE

DESIGN DESIGNSTRATEGY STRATEGY DESIGN DESIGNSTRATEGY STRATEGY DESIGN DESIGNSTRATEGY STRATEGY

LOWER LOWERSPACE SPACE

LAKE

Housing Housing The existing house has aHousing simple form with micro size and stick to The existing house has aHousing simple form with micro size and stick to each other. Houses are redesigned byHousing adapting existing forms, each other. Houses areHousing redesigned byHousing adapting existing forms, The using existing house has aHousing simple form with micro size and stickThe to still rectangular floor plan as the most efficient plan.

Housing Housing Housing The using existing house has a simple form with micro size and stickThe to still rectangular floor plan as the efficient plan.

Housing most

RAINGARDENS

UPPER UPPERSPACE SPACE UPPER UPPERSPACE SPACE UPPER SPACE UPPER SPACE UPPER SPACE UPPER SPACE UPPER SPACE UPPER SPACE UPPER SPACE UPPER SPACE

UPPER SPACE Public UPPER SPACE UPPER SPACE UPPER SPACE PublicSpace Space UPPER SPACE UPPER SPACE UPPER SPACE rounding settlements are designed with the addition each other. are redesigned adapting forms, denseHouses of The residential conditions the lack natural rrounding settlements areSpace designed with the addition highly Public existing house hasby aresults simple formexisting withof micro size and stick to Housing each other.

Houses are redesigned by adapting existing forms, highly dense of The residential conditions the lack of natural tilevel path/track which functions as a public space. This The Public Space UPPER SPACE existing house has aresults simple form with micro size and stick to NEW HABITAT existing house has asimple simple form with micro size and stick to Housing Housing The existing house has a form with micro size and stick to Housing still using rectangular floor plan as the most efficient plan.

The lighting in each house.

To solve this problem, angular form ofto UPPER SPACE ultilevel path/track which functions as a public space.

This each other.

Houses are redesigned by adapting existing forms, Thelighting existing house has a simple form with micro size efficient and stick toform Public Space Housing Housing The existing house has simple form with micro size and stick The existing house has aasimple form with micro size and stick toThe still using rectangular floor plan as the most plan. rounding settlements are designed with the addition in each house.

To solve this problem, angular of each other.

Houses are redesigned by adapting existing forms, ce is flexible, can be used as a community center for The existing house has a simple form with micro size and stick to Public Space WATER CATCHMENT each other.

Houses are redesigned by adapting existing forms, UPPER SPACE Housing each other.

Houses are redesigned by adapting existing forms, Public Space Public Space highly dense of residential conditions results the lack of natural rrounding settlements are designed with the addition still using rectangular floor plan as the most efficient plan.

The facade is created to maximize sunlight.

Meanwhile, in order to ace is flexible, can be used as a community center for each other.

Houses are redesigned by adapting existing forms, Space UPPER SPACE each other.

Houses are redesigned by adapting existing forms, each other.

Houses are redesigned by adapting existing forms, Public Space Public Space The existing house has simple form with micro size and stick to plan. The still using rectangular floor plan as the most efficient highly dense of residential conditions results the lack of natural Surrounding settlements are space. designed the addition tilevel path/track which functions as a public Thiswith AREA Public facade is created to maximize sunlight.

Meanwhile, in order to to te management, or gathering activities.

The lower each other.

Houses are redesigned by adapting existing forms, Public Space The existing house has ahas simple form with micro size and stick to The existing house aaasimple form with micro size and stick still using rectangular floor plan as the most efficient plan.

The still using rectangular floor plan as the most efficient plan.

The The existing house has simple form with micro size and stick to natural highly dense of residential conditions results the lack of Surrounding settlements are designed with the addition Housing lighting in each house.

To solve this problem, angular form of ultilevel path/track which functions as a public space.

This still using rectangular floor plan as the most efficient plan.

The overcome the floods which increase every year, the lower floors is ste management, or gathering activities.

The lower The existing house has a simple form with micro size and stick to The existing house has a simple form with micro size and stick to still using rectangular floor plan as the most efficient plan.

The still using rectangular floor plan as the most efficient plan.

The Surrounding settlements are designed with the addition The existing house has a simple form with micro size and stick to rounding settlements are designed with the addition each other.

Houses are redesigned by adapting existing forms, Public Space highly dense of residential conditions results theforms, lack natural UPPER Housing multilevel path/track which functions asfor a public space.

This lighting inexisting each house.

To solve this problem, angular form of still using rectangular floor plan as the most efficient plan.

The ce isspace flexible, can bePublic used as designed a community center urrounding settlements are designed with the addition every year, the lower floors isto ofform overcome the floods which und will be used in normal/dry conditions.

Meaneach other.

Houses are redesigned by adapting existing forms, each other.

Houses are redesigned by adapting highly dense residential conditions results the lack of natural Surrounding settlements are with the addition Public Space The house has aincrease simple form with micro size and stick highly dense of residential conditions results the lack of natural rrounding settlements are designed with the addition each other.

Houses are redesigned by adapting existing forms, UPPERSPACE SPACE Public Space lighting in each house.

To solve this problem, angular of multilevel path/track functions as a public space.

This highly dense of residential conditions results the lack of natural Surrounding settlements are designed with the addition facade is created to maximize sunlight.

Meanwhile, inexisting order toforms, ace isspace flexible, can bePublic as Space acan community center for being lifted, create stilt house design.

The lower space functions ound will be used in normal/dry Meaneach Houses are redesigned by adapting existing forms, each Houses are redesigned by adapting Housing highly dense of residential conditions results the lack of natural Space Public Space multilevel path/track functions aconditions. public space.

This each other.

Houses are redesigned by adapting existing forms, highly dense residential conditions results the lack of natural still using rectangular floor plan as the most efficient plan. tilevel path/track which functions as awhich public space.

This lighting in each house.

To solve this problem, angular space isused flexible, be used as alower community center for highly dense ofother. residential conditions results the lack of natural ultilevel path/track which functions as aas public space.

This facade isother. created to maximize sunlight.

Meanwhile, inexisting order toThe form of te management, orwhich gathering activities.

The Housing Housing Housing

Public Space Public Space Public Space Public Space Public Space Public PublicSpace Space

being lifted, create stilt house design.

The lower space functions still using rectangular floor plan as the most efficient plan.

The still using rectangular floor plan as the most efficient plan.

The e, multilevel whenpath/track flood occurs, the upper space be active as lighting in house.

To solve this problem, angular form ofplan. path/track which functions as awill public space.

This each other.

Houses are redesigned by adapting existing forms, still using rectangular floor plan as the most efficient The Surrounding settlements are with the addition lighting in each house.

To solve this problem, angular form of ultilevel which functions as apublic public space.

This facade isresidential created to maximize sunlight.

Meanwhile, in order to space is flexible, can be used as alower community center for The existing house has a simple form with micro size and stick to lighting in each house.

To solve this problem, angular form of multilevel path/track which functions as adesigned space.

This overcome the floods which increase every year, the lower floors is ste management, or gathering activities.

The still using rectangular floor plan as the most efficient plan.

The still using rectangular floor plan as the most efficient plan.

The as an animal stall and open space in the neighborhood so that Surrounding settlements areas designed with the addition settlements are designed with the hile, when floodcan occurs, the upper space will be active asaddition lighting in each house.

To solve this problem, angular form of space isSurrounding flexible, can be used aare community center for still using rectangular floor plan as the most efficient plan.

The highly dense of conditions results the lack of natural Surrounding settlements designed with the addition lighting in each house.

To solve this problem, angular form of ce is flexible, be used as a community center for facade is created to maximize sunlight.

Meanwhile, in order to waste management, or gathering activities.

The lower The existing house has a simple form with micro size and stick to lighting in each house.

To solve this problem, angular form of pace is flexible, can be used as a community center for every year, the lower floors is overcome the floods which increase highly dense of residential conditions results the lack of natural highly dense of residential conditions results the lack of natural Surrounding settlements are designed with the addition Surrounding settlements are designed with the addition und space will be used in normal/dry conditions.

Meanas an animal stall and open space in the neighborhood so that facade is created to maximize sunlight.

Meanwhile, in order to a connecting path. space is flexible, can be used as a community center for still using rectangular floor plan as the most efficient plan.

The Surrounding settlements are designed with the addition highly dense of residential conditions results the lack of natural multilevel path/track which functions as a public space.

This facade is created to maximize sunlight.

Meanwhile, in order to ace is flexible, can be used as a community center for overcome the floods which increase every year, the lower floors is waste management, or gathering activities.

The lower each other.

Houses are redesigned by adapting existing forms, facade islifted, created to maximize sunlight.

Meanwhile, in order to space isSurrounding flexible, can be used community center for highly dense of residential conditions results the lack of natural highly dense of residential conditions results the lack of natural multilevel path/track which functions as designed ainas public space.

This multilevel path/track which functions awith public space.

This being create stilt house design.

The lower space functions ound space will be used ingathering normal/dry conditions.

Meanfacade isother. created to maximize sunlight.

Meanwhile, in order to humans and animals can live side by side in one ecosystem. waste management, or activities.

The lower highly dense of residential conditions results the lack of natural a connecting path. settlements are with The existing house has a simple form with micro size Surrounding settlements are designed the addition The existing house has a simple form with micro size and stick to lighting in each house.

To solve this problem, angular form of multilevel path/track which functions as a public space.

This overcome the floods which increase every year, the lower floors is facade is created to maximize sunlight.

Meanwhile, in order to ground space will be used normal/dry conditions.

Meante management, or gathering activities.

The lower each Houses are redesigned by adapting existing forms, facade is created to maximize sunlight.

Meanwhile, in order to aste management, or gathering activities.

The lower lighting in each house.

To solve this problem, angular form of lighting in each house.

To solve this problem, angular form of multilevel path/track which functions as a public space.

This multilevel path/track which functions as a public space.

This being lifted, create stilt house design.

The lower space functions overcome the floods which increase every year, the lower floors is waste management, or gathering activities.

The lower e, when flood occurs, the upper space will be active as highly dense of residential conditions results the lack of natural humans and animals can live side by side in one ecosystem.

The existing house has a simple form with micro size and stick to multilevel path/track which functions as a public space.

This lighting in each house.

To solve this problem, angular form of space is flexible, can be used as a community center for being lifted, create stilt house design.

The lower space functions ground space will be used in normal/dry conditions.

Meanovercome the floods which increase every year, the lower floors is ste management, or gathering activities.

The lower still using rectangular floor plan as the most efficient plan.

The overcome the floods which increase every year, theproblem, lower floors is waste management, or gathering activities.

The lower lighting in each house.

To solve this problem, angular form of lighting in each house.

To solve this angular form offunctions space is flexible, can be used as aconditions. center for space is flexible, can be used ascommunity a community center for overcome the floods which increase every year, the lower floors is ground space will be used inupper normal/dry conditions.

Meanlighting in each house.

To solve this problem, angular form of as an animal stall and open space in the neighborhood so that multilevel path/track which functions as a public space.

This hile, when flood occurs, the space will be active as each other.

Houses are redesigned by adapting existing forms, facade is created to maximize sunlight.

Meanwhile, in order to space is flexible, can be used as a community center for being lifted, create stilt house design.

The lower space the addition multilevel path or track which and stick to each other.

Houses are redesigned by while, when flood occurs, the upper space will be active as every year, the lower floors is overcome the floods which increase still using rectangular floor plan as the most efficient plan.

The overcome the floods which increase every year, the lower floors is und space will be used in normal/dry conditions.

MeanSurrounding settlements are designed with the addition round space will be used in normal/dry Meanfacade is created to maximize sunlight.

Meanwhile, in order to facade is created to maximize sunlight.

Meanwhile, in order to space isis flexible, can be used as center for space is flexible, can be gathering used ascommunity athe community center for being lifted, create stilt house design.

The lower space functions ground space will be used inflood normal/dry conditions.

Meanlighting in each house.

To solve this problem, angular form of to each other.

Houses are redesigned by adapting existing forms, space flexible, can be used as aconditions. aconditions. community center for as an animal stall and space in the neighborhood so that facade is created to maximize sunlight.

Meanwhile, in order to abe connecting path. waste management, or activities.

The lower The existing house has aopen simple form with micro size and stick to as an animal stall and open space infunctions the neighborhood while, when occurs, upper space will be active as highly dense of residential conditions results the lack of natural being lifted, create stilt house design.

The lower space being lifted, stilt house design.

The lower space functions Surrounding settlements are designed with the addition ground space will used in normal/dry Meanound space will be used in normal/dry Meanfacade isiscreate created to maximize sunlight.

Meanwhile, in order to facade is created to maximize sunlight.

Meanwhile, in order waste management, or gathering activities.

The waste management, or gathering activities.

The lower being lifted, create stilt house design.

The lower space functions when flood the upper will be active as facade created to sunlight.

Meanwhile, in order to is space is flexible, can be used as awill center for still using rectangular floor plan as the most efficient plan.

The overcome the floods which increase every year, the lower floors is sosothat humans and animals can live side by side in one ecosystem. waste management, or gathering activities.

The lower aoccurs, connecting path.

The existing house has amaximize simple form with micro size and stick to as an animal stall and open space in the neighborhood that aspace connecting path. highly dense of residential conditions results the lack of natural being lifted, create stilt house design.

The lower space functions multilevel path/track which functions as acommunity public space.

This hile, when flood occurs, the upper space will be active as being lifted, create stilt house design.

The lower space functions e,while, when flood occurs, the upper space be active aslower overcome the floods which increase every year, lower floors is overcome the floods which increase every year, the lower floors functions as a public space.

This space is flexadapting existing forms, still using rectangular floor plan waste management, or gathering activities.

The lower waste management, or gathering activities.

The lower as an animal stall and open space in the neighborhood so that while, when flood occurs, the upper space will be active as facade is created to maximize sunlight.

Meanwhile, in order to still using rectangular floor plan as the most efficient plan.

The waste management, or gathering activities.

The lower Surrounding settlements are designed with the addition overcome the floods which increase every year, the lower floors is ground space will be used in normal/dry conditions.

Meanhumans and animals can live side by side in one ecosystem. each other.

Houses are redesigned by adapting existing forms, humans and animals can live side by side in one ecosystem. a connecting path. lighting in stall each house.

To solve this problem, angular form ofisis as animal stall and open space in the neighborhood so that multilevel path/track which functions as aconditions. public space. while,when when flood occurs, the space will be active as asan an animal and open space indesign. the neighborhood so that hile, flood occurs, the upper space will beconditions. active asThis overcome the floods which increase every year, the lower floors overcome the floods which increase every year, the lower floors is ground space will be used in normal/dry Meanground space will be used in normal/dry Meanas an animal stall and open in the neighborhood so that acan connecting path. overcome the floods which increase every year, the lower floors waste management, or gathering activities.

The lower highly dense of residential conditions results the lack of natural Surrounding settlements are designed with the addition being lifted, create stilt house The lower space functions ground space will be used in normal/dry conditions.

Meaneach other.

Houses are redesigned by adapting existing forms, humans and animals can live side by side in one ecosystem. lighting in each house.

To solve this problem, angular form of as an animal stall and open space in the neighborhood so that space is flexible, be used as a community center for a connecting path. as an animal stall and open space in the neighborhood so that being lifted, create stilt house design.

The lower space functions being lifted, create stilt house design.

The lower space functions ground space will be used in normal/dry conditions.

Meanabe connecting path. ground space will be used in normal/dry conditions.

Meanhumans and animals can live side by side in one ecosystem. acan connecting path. overcome the which increase every year, the lower floors is highly dense of floods residential conditions results the lack of natural ground space be used normal/dry conditions.

Meanmultilevel path/track which functions a space public space.

This being lifted, create stilt house design.

The lower space functions while, when flood occurs, the upper space will befor active as ible, used asthe ainpath. community center as the most efficient plan.

The high density of residential still using rectangular floor plan as the most efficient plan.

The facade is created to maximize sunlight.

Meanwhile, in order to humans and animals can live side by side in one ecosystem. space iscan flexible, be used asupper aas community center for connecting being lifted, create house design.

The lower space functions being lifted, create stilt house design. lower space functions while, when flood occurs, upper space will be active as while, when flood occurs, the will be active as humans and animals can live side by side inThe one ecosystem. aawill connecting path. humans and animals can live side by side in one ecosystem. being lifted, create stilt house design.

The lower space functions ground space will be used in normal/dry conditions.

Meanlighting in each house.

To solve this problem, angular form oftothat multilevel path/track which functions as a space public space.

This as an animal stall and open space in the neighborhood so that while, when flood occurs, the upper space will be active as still using rectangular floor plan as the most efficient plan.

The Surrounding settlements are designed with the addition facade is created tostilt maximize sunlight.

Meanwhile, innatural order humans and animals can live side by side in one ecosystem. waste management, or gathering activities.

The lower as an animal stall and open space in the neighborhood so that as an animal stall and open space in the neighborhood so while, when flood occurs, the upper space will be active as while, when flood occurs, the upper will be active humans and animals can live side by side in one ecosystem. being lifted, create stilt house design.

The lower space functions lighting in each house.

To solve this problem, angular form of while, when flood occurs, the upper space will be active as space is flexible, can be used as a community center for as an animal stall and open space in the neighborhood so that a connecting path. highly dense of residential conditions results the lack of Surrounding settlements are designed with the addition overcome floods which increase every the lowerinfloors is waste management, or gathering activities.

The lower conditions waste management or gathering activities. results the lack of space natural lighting each as an stall stall and open space in the neighborhood so that asanimal anthe animal and open inyear, the neighborhood so that

LOWER LOWERSPACE SPACE LOWER SPACE LOWER SPACE LOWER SPACE LOWER SPACE LOWER SPACE LOWER SPACE LOWER SPACE LOWER SPACE LOWER SPACE LOWER SPACE LOWER SPACE

restored as clean water. restored as clean water.

FLOODING SCENARIO FLOODING SCENAR FLOODING SCENARIO FLOODING SCENAR FLOODING SCENA FLOODING SCEN FLOODING SCENARIO FLOODING SCENARIO FLOODING SCENARIO FLOODING SCENAR FLOODING SCENARIO FLOODING SCENARIO

FLOODING SCENARIO FLOODING SCENARIO FLOODING SCENARIO FLOODING SCENARIO FLOODING SCENARIO FLOODING SCENARIO FLOODING SCENARIO FLOODING SCENARIO FLOODING SCENARIO FLOODING SCENARIO Cow ChickenSCENARIO Dog Goat FLOODING Cow ChickenSCENARIO Dog Goat FLOODING SCENARIO PHASE 1 Cow PHASE 2 PHASE 3 Dog Chicken GoatFLOODING SCENARIO Cow Cow DogDog GoatFLOODING Chicken Goat Chicken Cow Chicken Dog Goat Cow Chicken Dog Goat Cow Chicken Dog Goat Dog Cow Cow Chicken Chicken Dog Goat Goat Cow Chicken Dog Goat Cow Chicken Dog Goat Cow Chicken Dog Goat Chicken CowCow GoatGoat Chicken Dog Cow Chicken Dog Dog Goat Chicken Cow Dog Goat Chicken Goat CowCow Chicken DogDog Goat Cow Chicken Dog Goat

LOWER SPACE LOWER SPACE LOWER SPACE LOWER SPACE LOWER SPACE LOWER SPACE LOWER SPACE LOWER SPACE LOWER LOWERSPACE SPACE Raingardens LOWER Raingardens LOWERSPACE SPACE Raingardens created Raingardens to expand water catchment area and toRaingardens filter the stormwater so it could be Raingardens Raingardens area and to filter the created stormwater so it could be Raingardens Raingardens Raingardens towater expand water catchment Raingardens created to expand catchment Raingardens restored as clean water.

Raingardens Raingardens created towater expand water catchment Raingardens created to expand catchment restored as clean water.

Raingardens Raingardens created to expand water catchment and to stormwater filterwater the stormwater so it could be Raingardens to expand catchment NORMAL WATER LEVEL SCENARIO area created and toarea filter the so it could Raingardens Raingardens created to expand catchment Raingardens area and towater filter the stormwater sobe it Raingardens Raingardens Raingardens created to expand water catchment NORMAL WATER LEVEL SCENARIO area and to filter the stormwater so it could becould be Raingardens area and to filter the stormwater so itas could be Raingardens created to expand water catchment restored clean water.

Raingardens Raingardens area and to filter the stormwater so it could be restored as clean water. area and to filter the stormwater so it could be Raingardens created expand water catchment NORMAL WATER LEVEL SCENARIO restored as clean water.

Raingardens created to expand water catchment area Raingardens and to filter the stormwater so it could be Raingardens created to expand water catchment Raingardens created to expand water restored as clean water. restored as clean water.

Raingardens created to expand water catchment NORMAL WATER LEVEL SCENARIO area and to filter stormwater so ititcatchment could be restored as clean water.

Raingardens created to expand water catchment Raingardens created to expand water catchment restored asthe clean water.

Raingardens created to expand water catchment area and to filter the stormwater so could be area and to filter the stormwater so it could be restored as clean water. area and toand filter the stormwater so itso could be be area and to filter the stormwater it itcould Raingardens created to expand water catchment area to filter the stormwater so could be Raingardens restored as clean water. area and to filter the stormwater so it could be area and to filter the stormwater so it could be area and torestored filter the stormwater so it could be restored as clean water.

Raingardens restored asasclean clean water. asexpand clean water. restored as water. area andRaingardens to filter the stormwater so it could be restored clean water.

Raingardens created to water catchment restored as clean water. restored as clean water. restored asexpand clean water.

Raingardens created to water catchment Raingardens restored as clean water. area and to filter theto stormwater so itcatchment could be Raingardens created expand water

aoccurs, connecting path. a functions connecting path. ashumans andense and open space inresults the neighborhood so to that while,space when flood the upper space be active facade isanimal created toanimals maximize sunlight.

Meanwhile, inof order space ispath/track flexible, can be used as a community center humans and animals can live side side by side inlack one ecosystem. connecting path. ofstall residential conditions the natural multilevel which as apath. public will space.

Thisforas highly overcome the floods which increase every year, the lower floors is ground will be used in normal/dry and animals can live side in one ecosystem. humans and can live by side in ecosystem. aaused connecting path. aagathering connecting ashumans an stall and open space inside the neighborhood so that facade isanimal created toanimals maximize sunlight.

Meanwhile, in order connecting path. waste management, or activities.

The Meanlower humans and animals can liveby side by side inone one ecosystem. lighting in each house.

To solve this problem, angular form ofisto multilevel path/track which functions as a conditions. public space.

This house. being lifted, create stilt house design.

The lower space functions ground space will be in normal/dry conditions.

Meanand animals can live side by side in one ecosystem. humans and can live side by side in one ecosystem. humans and animals can live side by side in one ecosystem.

The lower ground space will be used in norTo solve this problem, angular form of facade a connecting path. overcome the floods which increase every year, the lower floors waste management, or gathering activities.

The lower lighting in each house.

To solve this problem, angular form of space is flexible, can be used as a community center for being lifted, create stilt house design.

The lower space functions while, when flood occurs, the upper space will be active as and animals can live side by side one ecosystem. the floods which increase year,inthe lower floors ground space will can be used in normal/dry conditions.

Meanis created toand maximize sunlight.

Meanwhile, in order to is space iswhen flexible, be used as a community center foras facade asovercome an humans animal stall open space inevery the neighborhood so that while, flood occurs, the upper space willThe be active being create stilt house design. lower space functions ground space will be used inMeanwhile, normal/dry conditions.

Meanfacade is created maximize sunlight.

Meanwhile, order to waste management, gathering activities. lower mal/ dryflood conditions. when floor created to maximize sunlight.

Meanwhile, ininorder to LEVEL SCENARIO as anlifted, animal stalltowhich and open space inThe the neighborhood so isthat a or connecting path.

Cow Chicken Dog GoatLEVEL SCENARIO Increase quantity of being lifted, create stilt house design.

The lower space functions while, when occurs, the upper space will be active as overcome the floods increase every year, the lower floors waste management, or gathering activities.

The lower NORMAL WATER HIGHER humans and animals canincrease live sideevery bythe side in one ecosystem. a connecting path.

Cow WATER Chicken Dog GoatLEVEL SCENARIO Only 5,7% clean as an animal stall and open space in neighborhood so that while, when flood occurs, the upper space will be active as year, the lower floors is overcome the floods which ground space will be used in normal/dry conditions.

MeanNORMAL WATER LEVEL SCENARIO HIGHER WATER humans and animals can live side by side in one ecosystem. occurs, the space will be active as acleanovercome thestall floods which increase every year, water as an animal andhouse open space in the neighborhood sothe that connecting path.

Cow Chicken Dog Goat being lifted, create stilt design.

The lower space functions ground space will upper beaaused in normal/dry conditions.

Meanhumans and animals can live side by side in one ecosystem. connecting path. water are produced Cow Chicken Dog Goat being lifted, and create stilt house design.

The lower space functions while, when flood occurs, the upper space will be active as production from humans animals canspace live side by side in one ecosystem. connecting floors is being lifted, create stilt house design.

The as an animal stall and open in the neighborhood so that while, when floodpath. occurs, the upper space will be active as lower from Jakarta water a connecting path. as an animal stall and open space in the neighborhood so that Cow Chicken Dog Goat Jakarta water humans andfunctions animals canas live by side in one ecosystem. a connecting path.

Cow Chicken Dog Goat lower space anside animal stall open space resource humans and animals can live side by side in and one ecosystem. resource Raingardens created to expand water catchment

After

Before

in the neighborhoos so that humans and animals can live side by side in one ecosystem.

CLEAN WATER PRESERVATION TARGET

HIGHER WATER LEVEL SCENARIO HIGHER WATER LEVEL SCENARI HIGHER WATER LEV HIGHER WATER LE

Raingardens Raingardens

quantity of water

area and to filter theto stormwater so itcatchment could be Raingardens created expand water clean water. area and to restored filter the as stormwater so it could be restored as clean water. area and to filter to theexpand stormwater it could be Raingardens created water so catchment restoredtoasexpand clean water.

Raingardens created water catchment restored as clean water. area and to filter the stormwater so it could be NORMAL WATER LEVEL SCENARIO area and to filter the stormwater so it could be NORMAL WATER LEVEL SCENARIO restored as clean water. restored as clean water.

2/4

HIGHER WATER LEVEL SCENARIO HIGHER WATER LEVEL SCENARIO

RIVER

[Student], [Jakarta], [S_223442] SPECIES SPECIES cause of today’s loss of biodiversity is[Student], habitat alteration caused [S_223442] by human activities. This [Jakarta], [Student], [S_223442] [Student], [Jakarta], [S_223442] SPECIES cause of today’s loss of biodiversity is[Student], habitat [Jakarta], alteration caused by human activities. This [Student], [Jakarta], [S_223442] [Student], [Jakarta], [Jakarta], [S_223442] SPECIES Why we responsibility should care about species diversity?

The answer lies[S_223442] in the fact that, primary [Student], [Jakarta], [S_223442] was our to restore the natural habitat for species.

Jakarta was the a wetlands Whyour we responsibility should care about species diversity?

The answer lies [S_223442] in the fact that, primary [Student], [Jakarta], was to restore the natural habitat for species.

Jakarta was the a wetlands

FLOODING SCENARIO [Jakarta], [S_223442] should care about species diversity?

The answer lies in the fact that, the primary Chicken Dog [Student], Goat Why we [Student], [Jakarta], [S_223442] FLOODING [Jakarta], [S_223442] should care about species diversity?

The answer liesSCENARIO in the fact that, the primary Chicken Dog [Student], Goat Why we

SPECIES cause of today’s loss of biodiversity is habitat alteration caused human activities. This area before mass urban development happens and turns the by natural landscapes into SPECIES cause ofshould today’s loss of biodiversity is habitat alteration caused by human activities.

This area before mass urban development happens and turns thethe natural landscapes into PECIES [Student], [Jakarta], [S_223442] Why we care about species diversity?

The answer lies in fact that, the primary ECIES was our responsibility to restore the natural habitat for species.

Jakarta was a wetlands concrete forest.

The design strategy start from restore the aquatic ecosystem, wich also PECIES [Student], [Jakarta], [S_223442] Why we should care about species diversity?

The answer lies in the fact that, the primary ECIES was our responsibility to restore the natural habitat for species.

Jakarta was a wetlands concrete forest.loss Theofdesign strategy start from restore the aquatic ecosystem, wich also cause of today’s biodiversity is habitat alteration caused by human activities.

This [Student], [Jakarta], [S_223442] area before massloss urban development happens and turns the landscapes into Why wetoday’s should care about species The answer lies in thenatural fact that, the primary restore and increase the number of diversity? species there.

Some species, especially plants, also SPECIES cause of of biodiversity isspecies habitat alteration caused by human activities.

This [Student], [Jakarta], [S_223442] SPECIES SPECIES Why we should about species The answer lies in the fact that, the primary area before masscare urban development happens and turns the natural landscapes into RIVER restore and increase the number of diversity? there.

Some species, especially plants, also SPECIES was our responsibility to restore the natural habitat for species.

Jakarta was a wetlands yewe should care about species diversity?

The answer lies in the fact that, the primary RIVER SPECIES SPECIES FLOODING SCENARIO cause of today’s loss of biodiversity is habitat alteration caused by human activities.

This concrete forest.

The design strategy start from restore the aquatic ecosystem, wich also should care about species diversity?

The answer lies in the fact that, the primary contribute in carbon storage and cooling effect of the environment.

Meanwhile other hy we should care about species diversity?

The answer lies in the fact that, the primary was our responsibility to restore the natural habitat for species.

Jakarta was a wetlands FLOODING SCENARIO cause of today’s loss of development biodiversity isstart habitat alteration caused by human activities.

This SPECIES concrete forest.

The design strategy from restore the aquatic ecosystem, wich also we should care about species diversity?

The answer lies ineffect the fact that, thethe primary contribute in carbon storage and cooling offor the environment.

Meanwhile other [Student], [Jakarta], [S_223442] e of today’s loss of biodiversity is habitat alteration caused by human activities.

This CARBON area before mass urban happens and turns natural landscapes into Cow Chicken Dog Goat was our responsibility to restore the natural habitat species.

Jakarta was a wetlands ofsetoday’s loss ofCow biodiversity isGoat habitat alteration caused by human activities.

This restore and increase the number ofthe species there.

Some species, especially species such as farm animals and agricultural plants are supporting the human life. also [Student], [Jakarta], [S_223442] of today’s loss of biodiversity is habitat alteration caused by human activities.

This CARBONSTORAGE STORAGE area before mass urban development happens and turns the natural landscapes into Why we should care about species diversity?

The answer lies in the fact that, the primary Chicken Dog was our responsibility to restore natural habitat for species.

Jakarta was aplants, wetlands of today’s loss of biodiversity is habitat alteration caused by human activities.

This restore and increase the number offor species there.

Some species, especially plants, also species such as farm animals and agricultural plants are supporting the human life.

Why we should care about species diversity?

The answer lies in the fact that, the primary Why we should care about species diversity?

The answer lies in the fact that, the primary our responsibility to restore the natural habitat species.

Jakarta was a wetlands SPECIES Why we should care about species diversity?

The answer lies in fact that, the primary concrete forest.

The design strategy start from restore the aquatic ecosystem, wich also area before mass urban development happens and turns the natural landscapes into rWhy responsibility to restore the natural habitat for species.

Jakarta was a wetlands contribute in carbon storage and cooling effect of the environment.

Meanwhile other VEGETATION we should care about species diversity?

The answer lies in the fact that, the primary Why we should care about species diversity?

The answer lies in the fact that, the primary sur our responsibility to restore the natural habitat for species.

Jakarta was a wetlands Cow Chicken Dog Goat Why we should care about species diversity?

The answer lies in the fact that, the primary SPECIES cause of today’s loss of biodiversity is habitat alteration caused by human activities.

This concrete forest.

The design strategy start from restore the aquatic ecosystem, wich also area before mass urban development happens and turns the natural landscapes into responsibility to restore the natural habitat for species.

Jakarta was a activities. wetlands VEGETATION in storage and cooling effect of the environment.

Meanwhile other ause of today’s loss of biodiversity ishappens habitat alteration caused by human This cause ofcontribute today’s loss ofcarbon biodiversity isstrategy alteration caused by human activities.

This before mass urban development and turns the natural landscapes into Cow Chicken Dog Goat Why we should care about species diversity?

The answer lies in the fact that, the primary CE cause of today’s loss of biodiversity ishabitat habitat alteration caused by human activities.

This restore and increase the number of species there.

Some species, especially plants, also concrete forest.

The design start from restore the aquatic ecosystem, wich SPECIES efore mass urban development happens and turns the natural landscapes into cause of today’s loss of biodiversity isis habitat alteration caused by human activities.

This cause of today’s loss of biodiversity is habitat alteration caused by human activities.

This species such as farm animals and agricultural plants are supporting the human life.also acause before mass urban development happens and turns the natural landscapes into of today’s loss of biodiversity habitat alteration caused by human activities.

This ACE was our responsibility to restore the natural habitat for species.

Jakarta was a wetlands LAKE restore and increase the number of species there.

Some species, especially plants, also concrete forest.

The design strategy start from restore the aquatic ecosystem, wich also SPECIES before mass urban development happens and turns the natural landscapes into as our responsibility to restore the natural habitat for species.

Jakarta was a wetlands was our responsibility to restore the natural habitat for species.

Jakarta was a wetlands species such as farm animals and agricultural plants are supporting the human life. rete forest.

The design strategy start from restore the aquatic ecosystem, wich also cause of today’s loss ofcarbon biodiversity is habitat alteration caused by human activities.

This was our responsibility to restore the natural habitat for species.

Jakarta was wetlands LAKE restore and the number of species there.

Some species, plants, also contribute in storage and cooling effect of the environment.

Meanwhile other Why we should care about species diversity?

The answer lies in the fact that, the primary e forest.

The design strategy start from restore the aquatic ecosystem, wich also was our responsibility to restore the natural habitat for species.

Jakarta was aaespecially wetlands was our responsibility to restore the natural habitat for species.

Jakarta was aa wetlands WETLANDS ncrete forest.

The design strategy start from restore the aquatic ecosystem, wich also was our responsibility toincrease restore the natural habitat for species.

Jakarta was wetlands area before mass urban development happens and turns the natural landscapes into restore and increase the number of species there.

Some species, especially plants, also contribute in carbon storage and cooling effect of the environment.

Meanwhile other Why we should care about species diversity?

The answer lies in the fact that, the primary ete forest.

The design strategy start from restore the aquatic ecosystem, wich also rea before mass urban development happens and turns the natural landscapes into area before mass urban development happens and turns the natural landscapes into WETLANDS ore and increase the number of species there.

Some species, especially plants, also was our responsibility to restore the natural habitat for species.

Jakarta was a wetlands area before mass urban development happens and turns the natural landscapes into PECIES contribute in carbon storage and cooling effect of the environment.

Meanwhile other ause of today’s loss of number biodiversity is habitat alteration caused by human activities.

This and increase the number of species there.

Some species, especially plants, also species such asdesign farm animals and agricultural plants are supporting the human area before mass urban development happens and turns the natural landscapes into area before mass happens and turns the natural landscapes into life.other tore and increase the of species there.

Some species, especially plants, also area before mass urban development happens and turns the natural landscapes into Why we should care about species diversity?

The answer lies in the fact that, the primary concrete forest.

The strategy start from restore the aquatic ecosystem, wich also PECIES contribute in carbon storage and cooling effect of the environment.

Meanwhile cause of today’s loss of urban biodiversity is habitat alteration caused by human activities.

This e and increase the number ofdevelopment species there.

Some species, especially plants, also species such as farm animals and agricultural plants are supporting the human oncrete forest.

The design strategy start from restore the aquatic ecosystem, wich also concrete forest.

The design strategy start from restore the aquatic ecosystem, wich also ribute in carbon storage and cooling effect of the environment.

Meanwhile other area before mass urban development happens and turns natural landscapes into Why we should care about species diversity?

The answer lies inthe the fact that, primary concrete forest.

The design strategy start from restore the aquatic ecosystem, wich also species such as farm animals and agricultural plants are supporting the human life. life. as our responsibility toand restore the natural for species.

Jakarta was athe wetlands ute in carbon storage cooling effect ofhabitat the environment.

Meanwhile other

WETLANDS WETLANDS WETLANDS WETLANDS WETLANDS WETLANDS

Before Before

concrete forest.

The design strategy start from restore the aquatic ecosystem, also concrete forest.

The design strategy start from restore the aquatic ecosystem, wich alsolife. ntribute in carbon storage and cooling effect of the environment.

Meanwhile other concrete forest.

The design strategy start from restore the aquatic ecosystem, wich also ause of today’s loss of biodiversity isspecies habitat alteration caused by human activities.

This restore and increase the number of species there.

Some species, especially plants, also species such as farm animals and agricultural plants are supporting the human was our responsibility to restore the natural habitat for species.

Jakarta was a wich wetlands bute inof carbon storage and cooling effect of the environment.

Meanwhile other estore and increase the number of there.

Some species, especially plants, also restore increase the number of species there.

Some species, especially plants, also ies such asand farm animals and agricultural plants are supporting the life. concrete forest.

The design strategy start from restore the aquatic ecosystem, wich also cause today’s loss of biodiversity isspecies habitat alteration caused by human activities.

This restore and increase the number of species there.

Some species, especially plants, also ea before mass urban development happens and turns the natural landscapes into such as farm animals and agricultural plants are supporting the human life. yrestore we should care about species diversity?

The answer lies inspecies, the fact that, the primary and increase the number of there.

Some especially plants, also restore and increase the number of species there.

Some species, especially plants, also cies such as farm animals and agricultural plants are supporting the human life. restore and increase the number of species there.

Some species, especially plants, also as our responsibility to restore the natural habitat for species.

Jakarta was a wetlands contribute in carbon storage and cooling effect of the environment.

Meanwhile other area before mass urban development happens and turns the landscapes into es such asresponsibility farm animals and agricultural plants are supporting thenatural human life. hy we should care about species diversity?

The answer lies inspecies, the fact that, the primary ontribute in carbon storage and cooling effect of the environment.

Meanwhile other contribute in carbon storage and cooling effect of the environment.

Meanwhile other restore and increase the number of species there.

Some especially plants, also was our to restore the natural habitat for species.

Jakarta was a wetlands contribute in carbon storage and cooling effect of the environment.

Meanwhile other oncrete forest.

The design strategy start from restore the aquatic ecosystem, wich also e today’s loss of biodiversity isand habitat alteration caused byenvironment. human activities.

This contribute in carbon storage and cooling effect of the environment.

Meanwhile other contribute inThe carbon storage and cooling effect of the Meanwhile other contribute in carbon storage and cooling effect of the environment.

Meanwhile other eaof before mass urban development happens and turns the landscapes into species such as farm animals agricultural plants are supporting the human life. concrete forest. design strategy start from restore the aquatic ecosystem, wich also use of today’s loss of biodiversity isand habitat alteration caused by natural human activities.

This pecies such as farm animals and agricultural plants are supporting the human life. species such as farm animals and agricultural plants are supporting the human life. contribute in carbon storage and cooling effect of the environment.

Meanwhile other area before mass urban development happens and turns the natural landscapes into species such as farm animals agricultural plants are supporting the human life.

Chicken Dog Goat store and increase the number of species there.

Some species, especially plants, also our responsibility to restore the natural habitat for species.

Jakarta was a wetlands species such as farm animals and agricultural plants are supporting the human life. species such as farm animals and agricultural plants are supporting the human life. species such as farm animals and agricultural plants are supporting the human life. oncrete forest.

The design strategy start from restore the aquatic ecosystem, wich also Chicken Doghabitat Goat and increase the number of species there.

Some species, especially plants, also sestore our responsibility todesign restore the natural for species.

Jakarta washuman a wetlands species such asThe farm animals and agricultural plants supporting the life. concrete forest. strategy start effect from restore the aquatic ecosystem, wich also ontribute inincrease carbon storage and ofSome theare environment.

Meanwhile other before mass urban development happens and turns the natural landscapes into store and the number ofcooling species there. species, especially plants, also contribute in carbon storage and cooling effect of the environment.

Meanwhile other aestore before mass urban development happens and turns the natural landscapes into and increase the number of species there.

Some species, especially plants, also pecies such farm animals and agricultural plants supporting the human life.also crete forest.

The design strategy start fromeffect restore the aquatic ecosystem, wich ontribute in as carbon storage and cooling of are the environment. other species such farm animals and agricultural plants supporting theMeanwhile human life.also ncrete forest.

The design strategy start fromeffect restore the aquatic ecosystem, wich contribute in as carbon storage and cooling of are the environment.

Meanwhile other ore and increase the number of species there.

Some species, especially plants, also pecies such as farm animals and agricultural plants are supporting the human life. tchment tore andsuch increase theanimals numberand of agricultural species there.

Some species, especially plants, also species as farm plants are supporting the human life. atchment ribute in carbon storage and cooling effect of the environment. Meanwhile other ould be ntribute in carbon storage and cooling effect of the environment. Meanwhile other expand water catchment could be cies such as farm animals and agricultural plants are supporting the human life. o expand water catchment ecies such as farm animals tormwater so it could be and agricultural plants are supporting the human life. stormwater so it could be clean water. as clean water.

ardens gardens

ARIO NARIO

ARIO ARIO

LAKE LAKE

RIVER RIVER RIVER RIVER RIVER RIVER RIVER RIVER RIVER RIVER RIVER RIVER RIVER

CARBON CARBONSTORAGE STORAGE VEGETATION VEGETATION Before Before

LAKE LAKE

INCREASE INCREASEOF OF SPECIES NUMBER SPECIES NUMBER

After After

Before Before

Carbon storage by Carbon storage by plant decrease plant decrease number of number of pollution pollution

Species are limited Species areplaces limited only in some only in some places

3/4 3/4

After

IncreaseAfter in number Increase in number of species of species

CARBON INCREASE CARBONSTORAGE STORAGE INCREASEOF OF CARBON STORAGE INCREASE VEGETATION SPECIES NUMBER CARBON STORAGE SPECIES NUMBER INCREASEOF OF VEGETATION VEGETATION SPECIES NUMBER VEGETATION SPECIES NUMBER

High polluted air, water, High air, water, and polluted environment and environment

High polluted air, water, High air, water, and polluted environment and environment

CARBON CARBONSTORAGE STORAGE VEGETATION VEGETATION Before Before

LAKE LAKE LAKE LAKE LAKE LAKE LAKE LAKE LAKE LAKE LAKE LAKE LAKE LAKE FLOODING SCENARIO

High polluted air, water, High air, water, and polluted environment and environment

LAKE LAKE LAKE LAKE LAKE LAKE LAKE LAKE LAKE

After After Carbon storage by

Carbon storage by plant decrease plant decrease number of number of pollution pollution

Before Carbon storage by plant decrease Before plant decrease number of

Before Before

Species are limited After Species areplaces limited only in some After Carbon storage only in by some places Carbon storage by plant decrease plant decrease number of number of pollution pollution

INCREASE INCREASEOF OF SPECIES NUMBER SPECIES NUMBER

number of High polluted air,pollution water, High air,pollution water, and polluted environment and environment

After IncreaseAfter in number Before Increase in number of species Before of species

Species are limited Species areplaces limited only in some only in some places

After

IncreaseAfter in number Increase in number of species of species

BIODIVERSITY INDEX BIODIVERSITY INDEXTARGET TARGET BeforeBIODIVERSITY AfterINDEX TARGET BeforeBIODIVERSITY AfterINDEX TARGET Species are limited Species areplaces limited only in some only in some places

3/4 3/4

Increase in number Increase in number of species of species

BIODIVERSITY INDEX INDEXTARGET TARGET

BIODIVERSITY FLOODING SCENARIO FLOODING SCENARIO FLOODING SCENARIO

FLOODING SCENARIO FLOODING SCENARIO

After

IncreaseAfter in number Increase in number of species of species

LAKE LAKE

BIODIVERSITY TARGET Before INDEX After BIODIVERSITY TARGET Before INDEX Carbon After storage by

FLOODING SCENARIO FLOODING SCENARIO

Before Before

Species are limited Species areplaces limited only in some only in some places

BIODIVERSITY BIODIVERSITYINDEX INDEXTARGET TARGET

FLOODING SCENARIO FLOODING SCENARIO

RIVER RIVER RIVER RIVER RIVER RIVER RIVER RIVER RIVER RIVER RIVER RIVER

After After

Carbon storage by Carbon storage by plant decrease plant decrease number of number of pollution pollution

High polluted air, water, High air, water, and polluted environment and environment

WETLANDS WETLANDS WETLANDS WETLANDS WETLANDS WETLANDS WETLANDS WETLANDS WETLANDS WETLANDS WETLANDS WETLANDS WETLANDS WETLANDS WETLANDS WETLANDS WETLANDS

INCREASE INCREASEOF OF SPECIES NUMBER SPECIES NUMBER

3/4 3/4

3/4 3/4

3/4 3/4

LAKES LAKES

RAWA BABON : RAWA BABON : Preservation and Procurement Preservation and Procurement

DESIGN STRATEGY Divided area into 3 zones:

As there is already big potential of biodiversity, this area would focusing to be the area that preserve habitat and also create new habitat for species. Water catchment area expanded and improved with raingardens and water tank preservation system. This place also had great potential for recreation and educational park. there is already potential of (1) biodiversity, would tobiohabitat be the area preserve habitat andisalso create TheAs area is divided into 3big compartments, the existingthis lake,area (2) the edgefocusing of lake, (3) andthat settlement area.

The lake divided intonew habitat for species.

Water catchment area expanded and improved with raingardens and water tank preservation system.

2 zones based on its depth, deep and shallow. The division meant to differ the living species. Meanwhile on the edge of the lake, promenadeThis place also great potential for recreation and educational is designed as ahad waterfront-public space for locals’ amenities (jogging, park. cycling) and can be used for fishing. Besides for human activities, this

DESIGN STRATEGY Divided area into 3 zones:

Existing lake

Promenade with raingardens to filter water

Biohabitat and settlement area

The lake landscape has different elevation and curve design which also

collect preserve massive amount of water,area. and The alsolake protecting theinto areaThe is intentionally to be by flood when heavy rain occurs area is divided intooverrun 3 compartments, (1) the existing lake, (2)tothe edgeand of lake, (3) biohabitat and settlement is divided Existing lake so the surrounding Promenade with and help as barrier settlementsBiohabitat remaining safe from floods. third2 compartment (settlement surrounding) zones based on its depth, in deep and shallow. The division meant to differ the living species. Meanwhile on the edge of the lake, promenade raingardens to filter water settlement area is designed as a waterfront-public space for locals’ amenities (jogging, cycling) and can be used for fishing. Besides for human activities, this The lake landscape has different elevation and curve design which also area is intentionally to be overrun by flood when heavy rain occurs to collect and preserve massive amount of water, and also protecting the help as barrier so the surrounding settlements remaining safe from floods. third compartment (settlement in surrounding) Raingardens are taking advantage from the flood. It will be a public space when it dry but it Biohabitat are creaated to increase the number of species. will catch the stormwater when flood happening. The clean water will stored in water tank One of the most possible species to be mantained is bird. below and become water resource for both human and other species there.

They could adapt well with urbanization. That’s why there are manmade birdare nest.

There are also six the species of bird that Raingardens are taking advantage from the flood. It will be a public space when it dry but it Biohabitat creaated to increase number of species. almost need to be preserved, jawa (Centrowill catch the stormwater when flood happening. The clean water will stored in water tank Oneexinct of theand most possible species tobubut be mantained is bird. pusThey nigrorufus), jalak putih (Sturnus melanopterus), jawa are below and become water resource for both human and other species there. could adapt well with urbanization.

That’s cerek why there (Charadius javanicus), cikalang (Fregata manmade bird nest.

There christmast are also six speciesandrewsi), of bird that bangau bluwok cinerea), and pecukbubut ular asia (Anhinalmost exinct(Mycteria and need to be preserved, jawa (Centroga putih melanogaster). pus nigrorufus), jalak (Sturnus melanopterus), cerek jawa (Charadius javanicus), cikalang christmast (Fregata andrewsi), bangau bluwok (Mycteria cinerea), and pecuk ular asia (Anhinga melanogaster).

Raingardens

Biohabitat

Raingardens

Dry Scenario Dry Scenario

Biohabitat

Flood Scenario

Bubut Jawa (Centropus nigrorufus)

Flood Scenario

Jalak Putih (Sturnus melanopterus)

Bubut Jawa (Centropus nigrorufus)

Jalak Putih (Sturnus melanopterus)

Raingardens

Cikalang Christmast (Fregata andrewsi) Cikalang Christmast (Fregata andrewsi)

Manmade Bird Nest

Raingardens Raingardens

Manmade Bird Nest

Raingardens

Filtered water then stored in watertank to be clean water supply for the environment Filtered water then stored in watertank to be clean water supply for the environment

Bangau Bluwok (Mycteria cinerea) Bangau Bluwok (Mycteria cinerea)

Pecuk Ular Asia (Anhinga melanogaster) Pecuk Ular Asia (Anhinga melanogaster)

o

also ods.

Design replication are following the flows of water. We want to duplicate the design based on aquatic ecosystem we choose : wetlands, river, and lake. All the design strategy are planned to be implemented to every aquatic ecosystem in Jakarta.

[Student], [Jakarta], [S_223442] DESIGN REPLICATION [Student], [Jakarta], [S_223442] DESIGN REPLICATION

Design replication are following the flows of water. We want to duplicate the design based on aquatic ecosystem : wetlands, river, and Design replication are followingwe the choose flows of water.

We want to duplicate the lake. All the DESIGN design based on aquatic ecosystem weREPLICATION choose : wetlands, river, and lake. All the design strategydesign are strategy planned to be implemented to every aquatic ecosystem in are planned to be implemented to every aquatic ecosystem in Jakarta.

Jakarta.

Design replication are following theflows flows ofof water.

We want to duplicate theduplicate the Design replication are following the water.

We want to based on aquatic ecosystem we choose : wetlands, river, and lake. All the design based design on aquatic ecosystem we choose : wetlands, river, and lake. All the design strategy are planned to be implemented to every aquatic ecosystem in Jakarta. design strategy are planned to be implemented to every aquatic ecosystem in Jakarta.

DESIGN REPLICATION

gn which also e from floods.

esign which also safe from floods.

Wetland Wetland Wetland

River River River

Lake Lake Lake

According to Singapore Biodiversity Index, design by adding Lake educational and Wetland River Wetland River Lake According tofunctions Singapore Biodiversity design bywith adding educational and recreational create linkage ofIndex, natural features human.

As the result, Wetland River Lake According to Singapore Biodiversity Index, design by adding educational and Wetland River LakeLake Wetland River recreational functions create linkage of natural features with human.

As the result, mutualism symbiosis human/community a part to result, mainrecreational functionsoccur createwhere linkage of natural featuresbecoming with human.

As the mutualism symbiosis occur where human/community becoming a part to mainAccording to Singapore Biodiversity Index, design by adding educational andand tain ecosystem’s and quality of its functions while community also gain According to structure Singapore Biodiversity Index, design by adding educational mutualism symbiosis occur where human/community becoming a Lake part to mainWetland River Wetland River Lake tain ecosystem’s structure and quality of its functions while community also gain According to Singapore Biodiversity Index, design by adding educational and recreational functions create linkage of natural features with human.

As the result, the benefits. with the improvement of aquatic ecosystem, the green plot recreational create linkage natural features human.

As the result, tain ecosystem’s structure and quality ofofits functions while community also gain According toAlong Singapore Biodiversity Index, design by adding educational and According tofunctions Singapore Biodiversity Index, design bywith adding educational and Wetland River Lake the benefits.

Along with the improvement of aquatic ecosystem, the green plot recreational functions create linkage of natural features with human.

As the result, mutualism symbiosis occur where human/community becoming a part to mainratio offunctions the citywith are expected toofincrease to the ideal number of 30%. mutualism symbiosis occur where human/community becoming agreen part to mainthe benefits.

Along the improvement of aquatic ecosystem, the plot recreational create linkage natural features with human.

As the result, recreational functions create linkage of natural features with human.

As the result, Wetland River Lake ratio of the city are occur expected to increase the ideal number of mutualism symbiosis where human/community becoming a30%. part to maintain ecosystem’s and quality of its functions while community also gain According to structure Singapore Biodiversity Index, design by adding educational and tain ecosystem’s structure and quality ofdesign itsto functions while community also gain ratio the city are expected toIndex, increase to the number of mutualism symbiosis occur where human/community becoming a part to mainAccording toof Singapore Biodiversity byideal adding educational and mutualism symbiosis occur where human/community becoming a30%. part to mainWetland River Lake tain ecosystem’s structure and quality of its functions while community also gain the benefits.

Along with the improvement of aquatic ecosystem, the green plot functions create linkage of natural features with human.

As the result, the benefits.

Along with the improvement of aquatic ecosystem, the green plot tainrecreational ecosystem’s structure and quality of its functions while community also gain recreational functions create linkage of natural features with human.

As the result, tain ecosystem’s structure and quality of design its functions while community also gain According to to Singapore Biodiversity Index, design by adding educational and Wetland Lake According Biodiversity Index, by adding educational t benefits.

Along with the improvement of ecosystem, the green plot ratio of Along the citySingapore are expected to increase to aquatic the ideal number ofaand 30%.

Wetland River Lake mutualism symbiosis occur where human/community becoming part to mainratio of the city are expected toofRiver increase to becoming the ideal number of 30%. the the benefits. with the improvement offeatures aquatic ecosystem, the green plot mutualism symbiosis occur where human/community athepart to the benefits.

Along with the improvement of aquatic ecosystem, the green plot recreational functions create linkage natural features with Asmainthe result, recreational functions create linkage of natural with human.

Ashuman. result, ratio ofstructure the city are expected to increase towhile the ideal number of 30%. tain ecosystem’s and quality of itsto functions while community also gain ratio of to the citystructure are expected to the ideal number of ecosystem’s and quality ofincrease its functions community also gain mutualism symbiosis occur where human/community a part to mainratio of the city are expected to increase tobecoming the number of 30%. mutualism symbiosis occur where human/community becoming a30%. part to mainSingapore Biodiversity Index, design byideal adding educational and According to Singapore Biodiversity Index, design by adding educational and e Bird NesttainAccording Wetland River Lake the benefits.

Along with the improvement of aquatic ecosystem, the green plot tain ecosystem’s structure and quality of its functions while community also gain recreational functions create linkage of natural features with human.

As the result, According to Singapore Biodiversity Index, design by adding educational and the benefits.

Along with the improvement of aquatic ecosystem, the green plot est tain ecosystem’s structure quality its functions whilehuman. community gain recreational functions createand linkage of natural features with As thealso result, mutualism symbiosis occur where human/community becoming ahuman. part mainthe benefits.

Along with the improvement of aquatic ecosystem, theto green plot recreational functions create linkage ofincrease natural features with Asof the result, ratio of the city are expected to to the ideal number of 30%. ratio of the city are expected to increase to the ideal number 30%. the benefits.

Along with improvement of aquaticbecoming ecosystem, the green plot mutualism symbiosis occurthe where human/community a part to main-

ade Bird Nest

tainof ecosystem’s structure and quality of its functions community also gainand According Singapore Biodiversity Index, by adding educational ratio the citytoare expected to increase todesign the while ideal number of mutualism symbiosis occur where human/community becoming a30%. part to main-

thethe benefits. with the improvement of aquatic ecosystem, the green recreational functions create linkage of features withwhile human.

As theplot result, of 30%. ratio cityAlong are expected toof increase to the ideal number tain ecosystem’s structure and quality its functions community also gain tain of ecosystem’s structure and quality ofnatural its to functions while also gain NATURAL AREA ratio of the cityPROPORTION are occur expected to increase the CONNECTIVITY idealbecoming numbercommunity ofa30%. mutualism symbiosis where human/community part to mainthe benefits.

Along with the improvement of aquatic ecosystem, the green plot the benefits.

Along with the improvement of aquatic ecosystem, the green plot NATURAL AREA CONNECTIVITY tain ecosystem’s PROPORTION structure and quality of its functions while community also gain NATURAL PROPORTION CONNECTIVITY ratio of the city arewith expected increase to the ideal number of 30%. theAREA benefits.

Along the improvement of aquatic ecosystem, the green plot ratio of the city are expected totoincrease to the ideal number of 30%. ratio of the city are expected to increase to the ideal number of 30%.

NATURAL AREA PROPORTION CONNECTIVITY NATURAL AREA PROPORTION CONNECTIVITY NATURAL AREA PROPORTION CONNECTIVITY NATURAL AREA PROPORTION CONNECTIVITY NATURAL AREA PROPORTION CONNECTIVITY NATURAL AREA PROPORTION CONNECTIVITY NATURAL AREA PROPORTION CONNECTIVITY NATURAL AREA PROPORTION CONNECTIVITY NATURAL AREA PROPORTION CONNECTIVITY NATURAL AREA PROPORTION CONNECTIVITY NATURAL AREA PROPORTION CONNECTIVITY NATURAL CONNECTIVITY Wetland AREA PROPORTION River Lake

9,98% 9,98% 9,98% 9,98% 9,98% 9,98% 9,98% 9,98% 9,98% 9,98% 9,98% 9,98% 9,98% 9,98%

30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30%

NATURAL AREA PROPORTION CONNECTIVITY

According to Singapore Biodiversity Index,River design by adding educational and Wetland Lake recreational functions create linkage of natural features with human. As the result, mutualism symbiosis occur where human/community becoming a part to maintainAccording ecosystem’s structure and quality of its functions while community also gain Singapore According totoPempov DKIBiodiversity Index, design by adding educational and According Pempov DKI theAccording benefits. Along withtothe improvement of aquatic ecosystem, the green recreational create linkage of natural features with human.

As theplot result, tofunctions Pempov DKI According to Pempov DKI ratio of the city areINCREASE expected to increase to the ideal number of 30%. mutualism symbiosis occur where human/community becoming a part to mainNATURAL AREAS According to Pempov DKIOFOF INCREASE NATURAL AREAS According to Pempov DKI tain ecosystem’s structure and quality of its functions while community also gain According to Pempov DKIDKI INCREASE OF NATURAL AREAS According to Pempov INCREASE OF NATURAL AREAS theAccording benefits.

Along with the improvement of aquatic ecosystem, the green plot AREAS to INCREASE Pempov DKI OF NATURAL INCREASE OF NATURAL AREAS According to Pempov DKI According to Pempov DKI to Pempov DKI ratioAccording of the city are expected to increase to the ideal number of 30%.

INCREASE OFOF NATURAL AREAS INCREASE NATURAL AREAS

According to Pempov INCREASE NATURAL AREAS According to INCREASE Pempov DKI DKI INCREASE OF NATURAL AREAS AREAS OFOF NATURAL INCREASE OF NATURAL AREAS According to Pempov DKI

INCREASE NATURAL AREAS INCREASE OF OF NATURAL AREAS NATURAL AREA DKI PROPORTION CONNECTIVITY According to INCREASE Pempov OF NATURAL AREAS INCREASE OF NATURAL AREAS NATURAL AREA PROPORTION CONNECTIVITY 4/4

9,98%

30%

4/4

4/4

So,go w we those lems? we go those we go

RIVER SPINE VERTICAL HOUSING SURABAYA| 2020

Surabaya is the second largest city in Indonesia and known as one of the largest business and industrial city in Southeast Asia. But these business and industrial activities somehow has triggered urbanization and giving impact on the emergence of slums and social inequality. And side from the social aspect, those activities combined with the lack of infrastructure in the form of water bodies and green areas in the city also triggers high environmental temperatures (urban heat island/UHI) and pollutionthat makes it one of the hottest city in Indonesia.Spatial analysis shows that UHIs in Surabaya in were formed in the city center and tended to increase in that area. UHI increase in the city of Surabaya is directly proportional to the density of buildings, and inversely proportional to the density of vegetation.

The site is located near the city center, in residential and commercial areas close to the road, and located near to one of the slum areas in Surabaya. The site has an total area of 3 hectares and adjacent to one of the largest rivers in Surabaya.

HOUSING MODULES The module doesn’t have strict layout and expand depends on the people in order to create a rather organic compositions. Green area act as flexible and overall barrier system.

1. Module has to be surrounded by green area.

MODULAR HOUSE THE WATER AND GREEN SPACE CONTRIBUTES FOR LOWERING THE TEMPERATURE IN THE BUILDING AND THE AREA

VEGETATION URBAN FARMING 2. Horizontal unorganized development depends on the people living there.

SUSTAINABILITY ASPECT

L FA L IN RA

G CA REE NO N PY

E W PR AT O ER M EN AD

IA ST R

The abstract/random modules is an attempt to keep slum’s characteristic, but in a more organized order. By distributing several functions in the modular form, it keeps the residents’ regular activity flows, preserve their habits. Beside that, modules also support the building structure.

GROUND VIEW

N

3. There is possibility for vertical development.

DE

Module used in order to achieve affordable housing and easier to control the sprawl. Every module consist of two bedrooms, one restroom, one kitchen, and one living room

SPRAWL MODULE DIAGRAM

PE

SINGLE MODULE DIAGRAM

SOLAR RADIATION

AERIAL VIEW

RICEFORREST LOCAL VIETNAM RICEFIELD LODGE VIETNAM| 2020

RICEFORREST The concept shares both experiment in placing the lodges in the middle of rice field and biomimicry - manifested the form of rice grain which started to peeled-off as the lodge’s form. Lodges are spread in the rice field area, located in the valley instead of contour’s peak keeping the landscape silhoutte of surrounding mountains ‘undisturbed’.

FUNCTION As some privacy aspects of the visitors had been crossed the line by locals, we design the lodges which functions both for residency and shelter for the farmer to get some rest during their work and provide direct interactions between them. In order to fullfil this function, our attempt is creating vertical layer with different zoning area and connecting group of lodges with skywalk. The dialogue between visitors and farmer are created through the shelter space at the lodge’s lower ground and also communal space which act as the node to gather in the middle of semi-skywalk path. Skywalk is supported by columns along the way, minimalize the land consumption on rice field area and at the same time revealing the beauty of their extreme contour levels. The building envelope is designed to provide air circulation, natural lighting, and giving access to 360o view to the rice field without any obstacles.

SKY MOTION RENTAL OFFICE IN SOUTH JAKARTA | 2019 Studio: Dr. Eng. Agus Hariyadi, ST, M.Sc

SKY MOTION RENTAL OFFICE

LATAR BELAKANG ISSUE

Tingkat Radiasi

Kualitas Udara

Keterbatasan Lanskap Hijau

Kawasan Urban

Tingginya tingkat persebaran area di Indonesia yang mengalami peningkatan suhu udara. Hal ini disebabkan oleh persebaran tingkat radiasi matarahari.

Tingginya tingkat polusi udara Jakarta membuat nilai kualitas udara menurun. Turunnya kualitas udara akan mempengaruhi kesehatan manusia.

Terdapat keterbatasan lanskap, seperti muka depan yang langsung berhadapan dengan jalan raya dan lahan yang diapit pemukiman dan pemakaman.

Jakarta memiliki masyarakat urban dengan mayoritas merupakan generasi Milenial dan generasi Z. Generasi Millennial & Z adalah generasi yang berorientasi pada lifestyle.

DESIGN GOALS Responsivity

Sustainability

Social Interaction

Jakarta menjadi salah satu area dominan yang berada di selatan Khatulistiwa yang mengalami persebaran suhu. Hal ini menyebabkan radiasi matahari yang diterima relatif lebih banyak.

Hasilnya, suhu udara meningkat pada siang hari dan atmosfir di wilayah tersebut relatif kering.

Berangkat dari permasalahan tersebut, maka desain bangunan harus dapat merespon kondisi tapak. Konteks tapak yang memiliki tingkat radiasi tinggi menjadi acuan dalam menciptakan konsep sistem bentuk fasad yang responsif.

Temperatur merupakan salah satu parameter utamanya. Perubahan suhu yang diakibatkan oleh simulasi konteks site terhadap bangunan dapat menjadi salah satu strategi desain dalam mewujudkan bangunan yang responsif terhadap perubahan suhu.

Bangunan yang dapat beradaptasi terhadap kondisi tapak dan perubahannya merupakan sebuah usaha untuk menciptakan konsep bangunan yang berkelanjutan. Bangunan yang berkelanjutan harus dapat memenuhi kebutuhan di masa kini dan juga dapat menyiapkan respon kebutuhan di masa mendatang. Bangunan yang sustainable dapat diwujudkan dengan menciptakan konsep bangunan yang responsif terhadap kondisi tapak, baik dalam aspek fisik maupun nonfisik.

Sustainabilitas tidak hanya diwujudkan dalam penggunaan teknologi, tetapi juga penggunaan material, organisasi ruang, dan lain sebagainya.

Hal tersebut bertujuan untuk meninigkatkan kualitas hidup manusia.

Tapak berada di pusat kota Jakarta yang sarat akan gaya hidup masyarakat urban. Gaya hidup masyarakat urban sangat dipengaruhi oleh perkembangan jaman. Perkembangan politik, gaya busana, teknologi, dan budaya, cara berinteraksi, mempengaruhi kehidupan manusia. Secara tidak langsung, aspek-aspek tersebut mempengaruhi cara manusia bersosialisasi.

Masyarakat urban masa kini menyukai atmosfer atau suasana kolaboratif. Generasi milenial menyukai dan panda berinteraksi, terutama dalam komunitas, di mana saja dan kapan saja.

Oleh karena itu, memerlukan ruang-ruang publik yang dapat menampung kebutuhan tersebut.

CONCEPT

DESIGN STRATEGY Dengan munculnya isu yang sedang berkembang saat ini tentang kualitas udara, meningkatnya suhu, gaya hidup masyarakat, maka terbayang bahwa bertambahnya bangunan di perkotaan seperti tidak memberikan dampak positif sedikitpun terhadap lingkungan. Padahal selain itu, bangunan juga mengonsumsi energi listrik, air, dsb.

Site as Generator

Hasil identifikasi dan analisis tapak menjadi generator utama dalam membuat respon tapak dan menciptakan konsep bangunan. Rental office memiliki sistem secondary skin yang dapat bergerak mengikuti perubahan panas atau temperatur. Bangunan memiliki tujuan mewujudkan green design, konsep futuristik, dan responsif terhadap tapak. Hal ini diwujudkan dengan kinetic facade, shading, rotasi lantai, dan bentuk ruang.

So, how can a building response to changing heat and light? what if we see every building as a chance to enhance environmental sustainability?

SKY MOTION RENTAL OFFICE

ANALISIS TAPAK

01 Sun Path-Direct

Sun Path-Diuse

Analisis tapak dilakukan dengan memasukkan data mengenai tapak, kemudian data tersebut digunakan untuk mensimulasikan tapak.

Analisis tapak terdiri dari sun path, radiasi matahari, temperature dry-bulb, temperature dew-bulb, angin.

Sun Path-Total

Temperature Dry-Bulb

Analisis radiasi digunakan untuk menentukan derajat orientasi yang optimal untuk bangunan, sehingga bangunan tidak mendapat total radiasi panas yang terlalu besar.

Tiap muka fasad dibagi dalam grid tertentu dan menghasilkan 2 komponen utama, yaitu titik radiasi dan besar total radiasi. Titik radiasi panas digunakan sebagai penanda lokasi grid fasad yang membutuhkan treatment, berupa double fasade. Sedangkan besar radiasi digunakan sebagai parameter untuk bukaan panel double fasad.

Temperature Dew-Bulb

Wind Rose

SKY MOTION

RENTAL OFFICE

TRANSFORMATION

Parameter: rotasi as conceptual design

Bentuk dipengaruhi view bangunan ke luar. Pusat perputarannya berada di area tengah tiap lantai. Bentuk akhir telah melalui beberapa proses transformasi. Awalnya, semua lantai memiliki derajat perputaran sebesar 3 derajat.

Hasilnya, bangunan secara keseluruhan terlihat cukup ekstrim (gamb. 1).

Untuk mengurangi tingkat ‘keekstriman’ tersebut, maka aturan perputarannya lebih dipersempit, menjadi beberapa lantai saja, yaitu 15 dan 30 (gamb.

3). Namun, hasilnya menjadi lebih kaku dan kurang estetik, sehingga diperbaiki ulang aturannya. Pada cara terakhir, bangunan berotasi sebesar x derajat dengan aturan rotasi hanya pada beberapa lantai, yaitu lantai 5, 15, dan 30 (gamb. 4). Aturan ini menghasilkan perputaran yang cukup halus, tidak kaku, dan dinamis.

Parameter: radiasi as enhancement Setelah ditemukan bentuk akhir, maka dilakukan enhancement. Batasan enhancement terdiri dari 2 hal, yaitu best building orientation dan peak solar radiaton. Enhancement tersebut digunakan untuk menentukan desain

FORM CONCEPT Rotation of Orientation as Parameter

Orientation Untuk menentukan orientasi yang paling optimal, maka perlu disesuaikan orientasi massa terhadap tapak melalui simulasi dengan ladybug (best orientation simulation). Pada simulasi tersebut, digunakan beberapa elemen tapak untuk disimulasikan, seperti sun path, wind rose, radiation rose, dan keadaan langit tapak.

Setelah itu, ditentukan parameternya berupa rotasi. Dengan testing perubahan angle tiap 10 derajat, maka akan ada 36 alternatif angle.

Proses kerjanya yaitu, elemen tapak yang disimulasikan tadi akan mensimulasikan keadaan tapak dan akan menghitung besar radiasi yang mengenai bangunan (per perubahan angle bangunan). Besar radiasi yang paling minimal akan men-generate rotasi yang paling optimal.

Sehingga hasil akhirnya adalah angle rotasi atau orientasi paling optimal untuk bangunan.

Alternative Form Rotation

Ladybug mensimulasikan tapak dan menganalisisnya. Dari hasil analisis tersebut, diketahui bahwa rotasi paling optimal adalah sebesar 10 derajat.

36 Alternatif Orientasi

FACADE CONCEPT

Peak Solar Radiation as Parameter Pada sisi tertentu, besar radiasi akan sangat tinggi, mengindikasikan bahwa sisi tersebut sangat panas.

Tujuannya adalah untuk mendapatkan total radiasi yang lebih rendah. Respon yang dipilih adalah penggunaan shading. Ada 2 alternatif utama bentuk shading yang didasarkan pada orientasi yaitu, horizontal shading dan vertical shading.

ELEVATION

TAMPAK UTARA

TAMPAK SELATAN

TAMPAK TIMUR

TAMPAK BARAT

Peak Solar Radiation as Parameter High Solar Radiation Mapping as Parameter

FORM CONCEPT

FASADE DESIGN PROCESS

FACADE CONCEPT

Surface Mapping High Solar Radiation Mapping as Parameter Bentuk double fasade adalah segitiga adaptif yang Building Peak Solar is used as Base-Surface kemudian ditransformasikan menjadi bentuk trapeMapping sium. Peletakan dan rotasi bukaan panel di-generate Dalam menentukan sisi yang akan dijadikan base mapping, dilakukan simulasi untuk mengetahui besar total building peak solar per sisi.

Besar total building peak solar dan orientasi sisi menjadi pertimbangan dalam menentukan sisi yang akan diletakkan kinetic facade.

Kemudian, dengan beberapa pertimbangan, maka sisi yang dipilih adalah sisi yang memiliki total building peak solar sebesar 4240341 W. Sisi yang sudah dibagi ke dalam grid akan disimulasikan untuk menentukan double fasad. Hasil simulasi berupa data radiasi solar berupa range warna (biru hingga merah) dengan warna biru menunjukkan area yang tidak terlalu mendapat banyak radiasi (tidak panas), sedangkan warna merah sebaliknya.

dari kondisi tapak, dalam hal ini temperature atau radiasi matahari yang mengenai bangunan. Panel terdiri dari 2 geometri trapesium yang akan membuka ketika mencapai angka radiasi tertentu. Untuk mengetahui titik peletakan dan rotasi bukaannya, maka terlebih dahulu dilakukan simulasi analysis site dan simulasi peak solar radiation.

Warna biru hingga kuning menunjukkan suhu yang mengenai bangunan kurang dari 3 kWh/meter persegi, sedangkan warna kuning hingga merah menunjukkan suhu lebih dari 3 kWh/meter persegi.

Module Replication as Response

scenario

floorplan

RESPONSE SIMULATION RESULT

Kinetic Facade as Design Response (High Solar Radiation Mapping and Rotation as Parameter) Besar bukaan dimulai dari 0 hingga 90 derajat. Titik yang mendapat radiasi paling besar akan mendapat nilai rotasi paling minimum (0 derajat), sedangkan yang titik radiasi paling kecil akan mendapat nilai rotasi paling besar atau bukaannya semakin besar (90 derajat).

GREENVENTURE VERTICAL HOUSING AND MARKET IN SOUTH JAKARTA | 2020 FINAL PROJECT: Kurnia Widiastuti S.T., M.T.

GREENVENTURE SELF SUSTAIN NEIGHBORHOOD WITH HEDONISTIC SUSTAINABILITY APPROACH

Vertical Housing and Market in South Jakarta As the population continues to grow, the level of food consumption will continue to rise up. The city that doesn’t self-produce agriculture products in demand makes no other choice than looking for another resources (importing food).

In urban city, the modern life disconnect people from soil, plants, and light exposure, or physical activity. Because of their works and the hustle and bustle of their daily life, urban people can’t ever leave their cities. In other way, cities are aging in place and at risk of getting a fall in land quality or daily habit that gets worse.

This proposed design’s goal is to bring up the Indonesian’s habits, from tiny daily tweaks to system overhauls in agriculture, that help reduce stress and to make farming as a fun activity, daily habit, and sustainable thing in living. This will encourage people to do physical activity and indirectly raise the awareness of good quality daily nutrition. Hence, it focusses not only in the reality of farming, but also in human’s quality life.

KONSEP

SITE

BACKGROUND ISSUE Overpopulation In 2018, Indonesia ranked 4 with a population around 3.49% of the total human population in the world. Since 10 years ago, dependence on food imports has been in a high level and it goes higher. As population grows, food import is increasing due to domestic food production that does not meet the demands for growing population.

ISU

SITEPLAN

Food Productivity

transformation

IDEA: FARMING AS HABIT in young generation Conventional Farming Back then, farming has a lot conventional methods for crop production.

Only the professional can do the management. They do the farming in rural area.

Present Mostly, the agricultural products are brought from the resources area (rural area) to urban city.

KONSEP

Future Farming Habit Focussing on the adoption of farming as daily habit that can stimulate sustainable agricultural development. The proposed design’s vision is to transform and regenerate urban community into urban farmer community. In a bigger scale, it improves the social capital, better quality life, and stimulate economic growth.

Aquaponic on Facade: Green Articulation

Indonesian Ministry of Agriculture (2016) reports that 32,7% of total area of agricultural isn’t managed properly. The non-managed land and the decreasing land caused the non-optimal agricultural product.

Land Degradation

Integrated Farming and Waste Management

With the phenomenon of urbanization, the rate of migration to urban areas has increased every year, such as in Jakarta, it is projected to reach more than 80% by 2035.

Over the past 10 years, constructions damage and decrease the land.

Jln. Raya Ragunan, Ps. Minggu, South Jakarta The area has 16.594 sqm and the existing was a tradisional market & an old mall.

Waste South Jakarta is one of the biggest contributors to the amount of waste because it has many densely populated settlements.

Basic Knowledge on Food and Nutrition Education

concept

design approach Hedonistic Sustainability Leveling up the building (which provides well neighborhood’s environment) as a sustainable ecosystem. Also as a way of life in which pleasures plays an important role in the sense to achieve better quality life.

social

ecology economy sustainable

SITE

social individu pleasure pleasure hedonistic

One of the biggest challenges in the future is shaping the way of life of people who like gardening and replacing dependence on soil growing media with another alternative, such as water.

Because the use of soil planting media may not be effective in the future (lands are potentialy damaged and getting degradation of soil quality).

human activity as plant generator

pumping aquaponic aquaponic water installation installation farm system

Blending The Recreation Sequen in Neighborhood

Food Supply Chain There’s crucial issue about food production and distribution. The production which is located on rural area causes food to have longer distribution process. This has impact on carbon emissions.

Due to inability to buy and access to get good quality food, there’s lack of knowledge about food and nutrition in society. If it’s not treated early, on a mass scale, it can have an impact on the quality of human resources.

SITE NOISE

ACCESS

ZONE

HIDROLOGY

DESIGN STRATEGY A Mini Vege Park Reducing UHI

B Climbing wall

Jakarta has high UHI level. To create a comfortable living environment, it’s necessary to create green area which beneficial in maintaining micro climate and also in storing water.

C Hanging Garden

aquaponic pond

D Arm Walk

G Seating Space

E Climbing Garden

H Kids Climbing Wall

Shifting Food Consumption and Production

In order to fulfill the food demands in 2050, we need to use more efficient planting system. Aquaponic, which’s efficient (up to 90% compared to conventional planting). It uses sewage to become fertilizer & replacing soil.

energy & waste management

Improving Food Productivity

Climate change decreases the quality of soil, forcing farmers to seek new land. Planting innovation is needed.

Apart from trying to harness other potential energies, we can provide opportunity for the soil to 'breathe' again by restoring its quality.

perspective

How to make it as habit?

Where do we start?

housing

VEGETABLE GROWING cheatsheet aquaponic pond

Rooftop’s aquaponic pond.

Unit’s interior. housing

Loop Garden to accommodate educational activities about urban agriculture.

River Front as public space for market & housing users.

Rain Water Harvesting Landscape at the back of the housing.

Loop Garden as part of daily activity.

F Hammock Net Floor

Users are intended to grow their own plants that’s chose based on their daily diet. Growing food in home can lead users to consume healthy food and share the habit to other users.

scenario activity

AQUAPONIC FARMING SYSTEM

G

F

E

B

C

A

C

B

D

F

E

D

reuse water distribution clean water distribution

G

How’s the automatic system (watering-lighting) works?

How’s the measurement of activity and its impacts?

AQUAPONIC MECHANICAL SYSTEM Works to control the primary needs of plants (water, nutrition, & pH). The mechanical system uses several components; Arduino Uno microcontroller & Analog Electrical Conductiv- Urban Farming ity sensor. The system works by entering data Framework from the sensor as input, then processed by the Arduino Uno microcontroller. Data input is also summarized in the monitoring report. But if the input data exceeds the normal value, then the controlling system will work to adjust the EC & pH. The optimal pH value varies, the average is 5.8-6.8. As for water quality, the average is at the level of 10 EC. KINETIC FACADE SYSTEM In general, plants require a duration of 8-10 hours of sunlight during the day. The vertical farming facade framework has pivot point as axis of rotation. When the facade’s sensor reads the temperature is below the limit, the facade will rotate out, so that plants get sunlight. When the temperature is above the normal limit, the sensor will provide notification alerts that will be forwarded to the server to control the rotation with Arduino Uno.

A. B. C. D. E. F. G. H. I. J. K. L. M. N. O. P. Q. R. S. T. U. V. W. X. Y. Z.

Market Restaurant Innercourt Pedestrian Path Cafe Outdoor cafe Market Staff Locker Toilet Urban Farming Office Musholla Pantry Pond Costumer Service Mini Lounge Outdoor cafe Market Staff Locker Housing Staff Service Ramp (to the basement) Drop off housing Multifunction Space Pump Room Front Courtyard TPS Service

T R W Q

S

P

U

V

V

O N M J H

Y

K

W

L

K

I

I

F

G

A

E

B

floor plan

D

B’

C

A

Z

B

E X

A’

A

A

How does water & nutrient distribution system for plants work?

SITEplan

GREEN PRODUCTIVE FACADE

GREEN FACADE

The exterior is used as a plant area for the seller to grow and manage their own plants product.

The green facade with climbing plants act as an insulation. This can reduce the indoor temperature.

The market has beautiful facade. Its functional facade can be planted by a variety vegetables, fruit, and herbal that is manage by the farmer.

market

Facade System The trend regarding urban agriculture has not been highly regarded by urban people. Therefore, to introduce this matter and make it familiar in the community, urban agriculture needs to be brought into public spaces, such as markets.

C

B

A A Light Steel Frame (Profile C) Canal C 75, 1 mm Porous Steel Floor- Metal Sheetblack color

A innercourt B open layout market

Shelf component plant grow bed, distance between 200 mm.

C hydroponic facade

Scaffolding Installation The kiosk layout is an open layout. The scaffolding is to create a playful impression. The target market is the millennial generation and Z, who tend to come to supermarkets more often. With the scafollding layout, the market layout is less monotonous and feels more fun. The use of laminated wood creates a natural vibe, but still modern. The scaffolding installation can be adjusted and adjusted according to current needs. Scaffolding is used because it is flexible (can be adjusted as needed), practical, and the material is easy to get, also available anywhere.

The Playful Scaffolding

There’s 3 type of scaffolding. Each one is playful and multifunction. Not only providing space for the farmer/seller, but also engaging social interaction.

The market interior

Management System

production supervisor

Profit Estimation for Farmer Profit in Vegetable Cultivation The profit for each vegetable may vary, depends on market interest or the availability. For example, water spinach is as follows:

What can we do with the scaffolding?

farmerseller

Farming

Seller as farmer, can plant, manage, & directly cultivate them. The goals are to effectively plant & educate people about how urban farming works.

Selling Vegetable

After cultivating the vegetable, fruit, or herb, they can store and sell them. The sell and buy part is taking the lower part of scaffolding.

Play on Scaff!

The

The upper part as social part, where the farmer/seller, costumer, public can meet and doing social interaction.

operasional staff

Profit in Water Spinach (Kangkung) Cultivation: Days of first season = 1 month Days of average season = 4-7 days 16 plants of water spinach = 1 kg Offline market sell price = Rp15.000,00 Online sell price = Rp18.000,00 Profit 1 facade panel= height x width = 24 sqm 1 facade panel= 1066 hydroponic= 67 kg 1 facade panel’s profit = Rp1000.000,00-Rp1.200.000,00

section

HOME OF DEWI SRI FARM FIELD’S DEVELOPMENT YOGYAKARTA| 2018

HOME OF DEWI SRI

Dewi Sri adalah dewi yang dipercaya oleh masyarakat Jawa sebagai dewi pertanian, kesuburan, kemakmuran, dan kesejahteraan. Banyak masyarakat yang masih percaya dengan keberadaan dewi ini sampai sekarang sehingga beberapa upacara masih dilakukan untuk menghormati Dewi Sri. The Home of Dewi Sri merupakan sebuah gagasan penataan kawasan Dusun Nglaban dimana masyarakat agraris yang masih melestarikan budaya pertanian, mampu bertahan dari gerusnya pembangunan dan mendapat manfaat dari upaya pelestarian tersebut. Budaya pertanian diintegrasikan dengan potensi pariwisata dengan presentase yang tepat, diharapkan juga mampu menjawab permasalahan lapangan pekerjaan.

Tapak yang merupakan lahan tanah kas desa dengan ukuran paling memadai, dianalogikan sebagai rumah masyarakat tradisional Jawa yang menghormati Dewi Sri. Masyarakat tradisional Jawa, terutama pengamal ajaran Kejawen, memiliki tempat khusus di tengah rumah mereka untuk Dewi Sri yang disebut Pasrean (tempat Dewi Sri) agar mendapatkan kemakmuran. Bagian tengah diadaptasi sebagai ruang ‘centre of human activity’ dengan orientasi lanskap sawah di sekeliling sebagai lahan untuk bercocok tanam dan menjadi bentuk kontemplasi bahwa kemakmuran didapat dengan interaksi sosial warga, antar warga-pengunjung, dan keberadaan sawah di sekeliling itu sendiri.

Budaya pertanian sejatinya jika dipertahankan memiliki beragam manfaat dan bisa bersinergi dengan baik dengan berbagai komunitas sehingga menjadi ‘rumah’ yang memberikan kemakmuran berbasis agriculture - the Home of Dewi Sri.

ANALISIS TAPAK

Site merupakan tanah kas desa dusun Nglaban yang keseluruhannya terdiri dari area sawah yang merupakan sumber pendapatan utama masyarakat.

TRANSFORMASI DESAIN LANDSCAPE

OBJEK DI SITE

Tapak merupakan lahan pertanian berupa sawah yang kerap ditanami tanaman padi dan holtikultura.

Di dalam site terdapat sebuah perangkat listrik yakni sutet.

TOPOGRAFI

BANGUNAN SEKITAR

Site relatif berkontur dengan perbedaan ketinggian antara 50-65 cm.

Di sebelah Utara site sedang dibangun restoran dan site dikelilingi oleh perumahan warga.

AKSES

BADAN AIR

Site dibatasi oleh jalan raya pada 2 sisi dengan row 5 meter. Jalan pada bagian Selatan site merupakan akses hingga ke Maguwoharjo dan menjadi potensial.

Di sisi Barat site berbatasan dengan sungai yang cenderung kering saat musim kemarau (tidak mengalir deras sepanjang tahun).

KONSEP

Terdapat SUTET pada site dengan radius jarak yang cukup lebar, sehingga zonasi bangunan menghindari SUTET.

FARMING

INTEGRATION

Menyisakan sebanyak mungkin ruang sawah

COMMUNITY

PRINSIP PERANCANGAN

PENGEMBANGAN DESAIN TAHAP 1

Perancangan dilakukan secara bertahap agar lebih mudah secara konstruksi dan seiring berjalannya waktu sebagai proses membiasakan masyarakat untuk hidup terintegrasi secara internal dan eksternal (ketika mulai merambah pariwisata dan ada pelaku kegiatan dari luar) 1. TAHAP 1: Production-oriented Farming Kawasan tetap diprioritaskan sebagai lahan pertanian dengan pengolahan panen yang terpadu yakni stack in farming dan intensiďŹ kasi pertanian, serta pembuatan koperasi pertanian untuk memudahkan petani sekitar dimana terpusat pada satu titik. Dusun Nglaban dikatakan memiliki kelimpahan air dan pernah mengirim ke desa tetangga yang kekurangan.

Sehingga, perlu adanya reservoir untuk sumber irigasi dan air lainnya yang akan digunakan di kemudian hari.

2. TAHAP 2: Community-oriented Dusun Nglaban membutuhkan ruang untuk berkumpulnya warga, bermain, atau melakukan kegiatan kolektif lainnya. Community space merupakan ruang yang mewadahi kegiatan tersebut sebagai wujud dari zonasi centre of human activity.

Ruang ini bersifat multifungsi dan karena sebagai pusat, bisa digunakan untuk menampilkan kesenian jathilan yang menjadi ciri khas masyarakat (community-based branding)

Pengembangan fokus pada sektor pertanian dengan adanya koperasi pertanian, rumah penggilingan padi, tempat penyimpanan panen, penyimpanan benih, pengolahan limbah, dan reservoir.

ZONASI DAN PROGRAM RUANG

4

8

5 3 2

10

9

12

6 FARMING EXPERIENCE Dusun Nglaban merupakan dusun yang kuat akan karakteristik lahan berupa persawahan. Kebudayaan bertani dipertahankan dan dikembangkan sebagai daya tarik dari utama dari tapak ini.

1 7

11 Area pengembangan

TAHAP 2

Integrasi stacking farming dan community space dengan orientasi sawah di sekitar sebagai bentuk engaging antara alam dengan komunitas yang berbasis pertanian itu sendiri

3. TAHAP 3: Integration Seiring berkembangnya pertanian dan komunitas maka diperlukan suatu hal yang mampu menjembatani dengan masyarakat dari luar. Integrasi dilakukan dalam bentuk market dan lodges. Market digunakan untuk memasarkan hasil pertanian sementara lodges untuk memberikan pengalaman hidup sebagai masyarakat agraris sekaligus menawarkan view lanskap sekitar.

No. 1.

2.

3.

TAHAP 3

Fungsi komersil berupa lodges dan untuk menginap dan open-air market sebagai bentuk interaksi antara masyarakat-pengunjung melalui komoditas andalannya dimana di bawahnya terdapat ruang terbuka publik, serta gardu pandang, dengan orientasi memanfaatkan lanskap sawah sekitar.

4.

5.

6.

7.

8.

Program Ruang Sawah Koperasi Pertanian Pengolahan Hasil Pertanian Reservoir Waste Treatment Community Space Gardu Pandang Bamboo Bridge

9.

10.

Market Lodges

11.

12.

Toilet Umum Parkir

LOCAL MARKET Local market merupakan bentuk integrasi antara ruang farming dan community. Tempat ini difungsikan sebagai pasar tempat menjual komoditas panen yang dihasilkan kawasan.

Aktivitas/Fungsi Bercocok tanam Menjual kebutuhan pertanian Mengolah hasil panen Sumber air Pengolahan limbah Kegiatan kolektif warga, menampilkan kesenian Spot untuk melihat view kawasan Jalan setapak yang ditinggikan, terbuat dari bambu untuk memberikan pengalaman ruang di tengah sawah Menjual komoditas panen dan pengolahannya Menginap, smooth integrated living dengan warga sekitar BAB, BAK Parkir kendaraan

RESERVOIR DESA Merupakan respon terhadap eksisting sungai di antara perbatasan desa (integrasi antar desa) dan isu kurangnya penyediaan air.

Stack

Bentuk terasering (stack) memungkinkan tanaman mendapatkan cahaya secara merata. Di masa depan, ruang di dalamnya dapat dikembangkan untuk urban farming. Tujuannya untuk meningkatkan hasil tani dan mengefektifkan penggunaan lahan.

Research

View merupakan elemen yang kuat pada tapak (sunset dan sunrise). Gardu pandang dapat digunakan sebagai ruang berelaksasi, sekadar mengenal rasa ruang yang berbeda dari ruang yang biasa kita jumpai sehari-hari di perkotaan.

Merupakan rumah yang berfungsi seperti lumbung desa. Rumah olah tani menyediakan ruang bagi para petani untuk menyimpan hasil padinya maupun untuk memproses padi yang telah dipanen di tempat.

Lodge modular, tata letak satu blok yang saling terintegrasi dalam 1 petak sawah. Lodge “terbuka� untuk memaksimalkan view & interaksi antar pengguna lodge. Untuk menambah kesan natural & hijau , ditambahkan tanaman hidroponik di kedua sisi bangunan.

Rumah kompos disediakan untuk mengelola sampah organik. Kompos berpotensi untuk dikembangkan, disamping isu semakin tingginya jumlah sampah organik dan menyebabkan terjadinya polusi gas metana ke udara.

Area difasilitasi oleh sebuah pusat informasi dan pengetahuan mengenai ilmu agraria (Rumah Pusat Pembibitan dan Research) yang juga berfungsi sebagai area berkumpul atau ruang komunal.

KARAKALINDA DERMAGA PENYEBRANGAN DI BALI | 2018 Status: Sayembara

PAVILION

PUBLIC SHOWER

KIOS

DERMAGA

D E T A I L

BEHAVE STUDY CENTER STUDY CENTER| 2018 Status: Competition

BEHAVE

Z GENERATION BASED STUDENT CENTER

EXPECTED USER CONDITION NON PHYSICAL CONDITION

Dalam beberapa tahun ke depan, Indonesia akan mengalami pergeseran dominasi generasi muda (generasi Z). Kota Yogyakarta sebagai kota yang menaruh kepedulian besar terhadap nilai edukasi hendaknya memiliki kepedulian juga terhadap fasilitas yang dapat mengakomodasi kenutuhan generasi muda, khususnya pelajar/ mahasiswa.

GENERATION X 1965-1980 Karakteristik: - toleran, menyukai perbedaan - mengutamakan keseimbangan - bersifat konservatif - menghargai waktu - bergantung pada diri sendiri

MILLENIALS 1980-2000 Karakteristik: - menghargai individualitas - memiliki etos kerja multitasking - memiliki sifat toleransi tinggi - terpengaruh pada media digital - memiliki sifat ‘street smart’

GENERATION Z 1995-2010 Karakteristik: - menyukai interaksi sosial - menghargai keragaman - menyukai efektivitas - menyukai pembelajaran melalui forum/kegiatan

YOGYAKARTA, STUDENT CITY

DENSE URBAN AREA Urban Area: ‘’a human settlement with high population density and infrastructure of built environment. Urban areas are created through urbanization and area categorized by urban morphology.’’

Salah satu faktor yang menentukan keberlangsungan suatu negara adalah jumlah populasinya. Berdasarkan data CIA World Factbook 2004, Indonesia menduduki peringkat ke-4 untuk jumlah penduduk tertinggi di dunia (2017). Pada tahun 2013, Bappenas memproyeksikan jumlah penduduk Indonesia pada 2018 menjadi 265 juta jiwa. Jumlah tersebut terdiri dari kategori usia produktif (67,6%) dan kategori usia non-produktif sebesar 32,4%.

Dengan demikian, hal tersebut menandakan bahwa angka ketergantungan cenderung menurun. Di samping itu, ini merupakan sebuah momentum bonus demografi bagi Indonesia karena jumlah usia produktif lebih banyak daripada usia nonproduktif. Angka tersebut diperkirakan akan bertahan berdasarkan proyeksi jumlah penduduk Indonesia pada tahun 2045 di mana terdiri dari 209,5 juta penduduk usia produktif (65%) dan kelompok usia nonproduktif 129,6 (35%). Ditambah dengan perkiraan perpindahan populasi pekerja, diperkirakan tingkat urbanisasi penduduk di tahun 2045 akan menjadi 67,1%. Dengan demikian jumlah penduduk di kota akan sangat besar dibanding dengan penduduk di daerah rural.

ISU Yogyakarta, Student City

Yogyakarta telah lama dikenal sebagai kota pelajar dengan berbagai karakteristiknya. Di Yogyakarta, kita hidup berdampingan dengan kawasan pendidikan dan fasilitas pendukung yang menunjang kebutuhan masyarakat, khususnya dalam bidang pendidikan, tetapi apakah semua itu sudah sesuai dengan kebutuhan masyarakat di masa mendatang?

Future Generation

Zaman ini merupakan zaman serba ada, zaman di mana banyak hal dapat didapatkan dengan mudah. Hal ini mengakibatkan munculnya generasi baru setelah generasi Y, yaitu generasi Z.

Questioning Sustainability

Kata sustainable telah menjadi wacana agenda global, sustainable tidak hanya mengacu pada lingkungan hidup, tetapi juga keberlangsungan kegiatan yang berjalan di dalamnya. Seiring berjalannya pembangunan yang ada hingga sekarang, sadarkah kita bahwa pembangunan sudah berjalan sesuai dengan kebutuhan saat ini dan masa mendatang?

Yogyakarta telah lama dikenal sebagai kota pelajar dengan berbagai karakteristiknya. Di Yogyakarta, kita hidup berdampingan dengan kawasan pendidikan dan fasilitas pendukung yang menunjang kebutuhan masyarakat, khususnya dalam bidang pendidikan, tetapi apakah semua itu sudah sesuai dengan kebutuhan masyarakat, terutama pemuda di masa mendatang?

Site to collage/ university [0.3 - more km] Site to public fasility [0.5 - more km] Site to student housing [1.0 - 1.33 km]

Batas wilayah kampus UGM

USER AND ACTIVITY MAPPING

Jalan Persatuan No.3A, Kec. Depok, Kab. Sleman, Daerah Istimewa Yogyakarta 55281 Luas tapak: 22x70 m

Proyeksi Penduduk

Bonus Demografi

AVERAGE USER ANALYSIS

CONTEXTUAL ANALYSIS

VEHICULAR DENSITY

Tapak berada di dalam kawasan yang sering dilalui masyarakat umum dengan mayoritas mahasiswa kampus.

Tapak berada di sisi Jalan Persatuan, jalan yang menyatukan 2 klaster berbeda (saintek dan humaniora UGM). Tapak berpotensi menghubungkan kedua klaster.

Tapak berada di pinggir jalan dengan kepadatan lalu lintas yang cukup besar. Hal ini berpengaruh terhadapa jumlah CO2 atau pilusi yang terakumulasi tiap harinya.

ISU YOGYAKARTA AS STUDENT CITY

TRANSFORMASI DESAIN

health social

Kata sustainable telah menjadi wacana agenda global. Sustainable tidak hanya mengacu pada lingkungan hidup, tetapi juga keberlangsungan kegiatan di dalamnya. Seiring berjalannya pembangunan sekarang, sudah sadarkah kita bahwa pembangunan berjalan sesuai dengan kebutuhan saat ini dan masa mendatang?

DENSE URBAN AREA

learn

FUNGSIONAL

TEKNOLOGI KONSTRUKSI Kemudian massa dibagi menjadi 3 zona; health, social, dan learning.

Desain dirancang dengan menggunakan struktur baja proďŹ l l berukuran 30x30 dan juga beton precast yang mulai digalakkan penggunaannya di Indonesia.

VEGETASI

Memberikan space untuk sirkulasi vertikal dan horizontal.

Dampak kepadatan area berpengaruh kepada berbagai aspek kehidupan.

Penduduk terus bertambah setiap tahunnya. Hal ini dapat menjadi tantangan tetapi juga keuntungan di masa depan.

SITE AND CONTEXT TEMPERATURE

Menaikturunkan

massa

parsial

untuk

Tapak dikelilingi gedung sehingga sirkulasi udara dan akses ruang terbuka. suhu sekitarnya cukup tinggi.

CO2

Tapak berada di pinggir jalan, sehingga akumulasi CO2 cukup tinggi.

WIND

Angin yang melalui area tapak tidak cukup besar maupun kencang.

Pembagian program ruang menjadi 3 yaitu, health, living, dan study learning yang disesuaikan dengan aspek kebutuhan gaya hidup dari mahasiswa.

Desain dirancang dengan sederhana dan fungsional sesuai dengan karakteristik dan kebutuhan dari mahasiswa saat ini.

Generasi sekarang sedikit banyak menentukan karakteristik generasi mendatang.

QUESTIONING SUSTAINABILITY

SITEPLAN

ZONASI

Di Yogyakarta, kita hidup berdampingan dengan kawasan pendidikan dan fasilitas pendukung yang menunjang health kebutuhan masyarakat, khususnya dalam bidang pendidikan, tetapi apakah semua itu sudah sesuai dengan kebutuhan masyarakat, terutama pemuda di masa men- Diawali dengan bentuk massa sederhana. datang?

FUTURE GENERATION

KONSEP

Bentuk massa akhir setelah penyesuaian dengan kebutuhan ruang dan sirkulasi.

Sistem vertical garden menjawab tantangan dari tapak yang berada di area dengan kepadatan lalu lintas cukup tinggi dan juga dikelilingi oleh bangunan tinggi yang menyebabkan tingginya akumulasi CO2.

POTONGAN

FEATURE

PALU CHURCH CHURCH FOR PALU & DONGGALA| 2018 Status: Social Project

KONSEP

transformasi desain RUMAH TAMBI

RUMAH SAURAJA

Unsur Visual Rumah Adat Tambi tampak depan didominasi oleh kombinasi bentuk dasar segitiga dan persegi panjang.

Tampak samping didominasi oleh kombinasi bentukan dasar trapesium dan persegi panjang.

Bentuk dasar segitiga mempunyai makna adanya dua relasi pokok dunia (manusia) dan supernatural.

Sauraja atau rumah adat Sulawesi Tengah khas akan salah satu ruangnya, yaitu ruang serambi depan atau biasa disebut dengan gandaria.

Serambi ini khas akan kehadiran 2 tangga yang berhadapan satu sama lain. Kedua tangga tersebut merupakan akses utama (dapat digunakan semua pemakai ruangan) untuk menuju ke dalam ruangan.

Keterkaitan antara dua relasi, yaitu relasi vertikal dan relasi horizontal digambarkan dalam hubungan ruang segitiga sebagai berikut:

Unsur visual ini sejalan dengan makna esensial salib Kristus yaitu menandakan terjalinnya relasi atau hubungan antara manusia dengan Tuhan (atas ke bawah) dan manusia dengan manusia (kiri ke kanan).

Relasi vertikal yaitu hubungan antara manusia dan supernatural atau Sang Pencipta Kehidupan.

HORIZONTAL

VERTIKAL

Pembagian massa secara horizontal untuk menentukan kebutuhan ruang secara fungsional, yang utamanya terdiri dari area duduk umat, altar, area organ, dan koor, ruang sakristi, serta ruang pengakuan dosa.

Pembagian ruang secara verti- Penyesuaian ruang dengan Massa makin ke belakang kal, merupakan bentuk penye- memperhatikan zonasi horizon- (mendekati altar), semakin besar. suaian dengan adat dan budaya tal dan vertikal.

Menunjukkan kebesaran ruang yang dipercayai masyarakat bagi Sang Pencipta dan hubunlokal. Memperlihatkan hubungan antara manusia dan Sang gan ruang bagi manusia dan Pencipta yang sangat luas.

Sang Pencipta.

program ruang

HORIZONTAL-VERTIKAL

SKALA

material Penutup atap : menggunakan kayu dan sirap untuk menonjolkan aspek lokalitas Palu sehingga dapat terasa seimbang dan menyatu dengan lingkungan sekitar.

Relasi horizontal yaitu hubungan antara manusia dan sesamanya.

Rangka : baja ringan, material ini efektif untuk system knock-down karena dalam perakitan lebih mudah.

Dinding : dibuat dengan curtain wall kaca untuk memaksimalkan cahaya alami dan penghawaan alami pada gereja.

Dinding terluar dibuat setinggi balustrade dengan ornamen tradisional Palu untuk menonjolkan lokalitas.

zonasi PRIVAT terbatas hanya untuk pengurus gereja SEMI-PRIVAT diakses oleh yang petugas ibadah atau umat yang memiliki kepentingan tertentu PUBLIK tempat umum bagi jemaat untuk beribadah

VISUALIZATION PROJECT PASCA KKA EXHIBITION YOGYAKARTA| 2019

URBAN TOURISM | REDESIGN ALUN-ALUN MERDEKA MALANG

A CONNECTOR TO UPLIFT THE VALUE OF ALUN-ALUN AS AN URBAN TOURISM

URBAN TOURISM | MUBENG-MUBENG MALANG

CONNECTING TOURISM THROUGH CONNECTING CITY

SHOPPING TOURISM | SURABAYA WAVE

SHOPPING PEDESTRIAN DISTRICT TO REDEFINE THE HISTORIC VALUE OF TUNJUNGAN

CULTURE TOURISM | HUTA TOMOK CULTURAL SPACE

A CULTURAL HARMONY BETWEEN SPACE AND PEOPLE IN THE HEART OF SAMOSIR

CULTURE TOURISM | POLDER TAWANG REVITALIZATION

RHAPSODY OF THE LIVING HISTORY: OUDESTAD