Architecture Portfolio 2021 | J Aulia Putri

J. AULIA PUTRI

ARCHITECTURE PORTFOLIO //selected works//

2021

Jannatin Aulia Putri Studying architecture in Gadjah Mada University, I am possessing communication and visual skills design. I define myself as an architecture student engaged to Indonesian vernacular architecture, global technology, and sustainable environment. A provocative thinker, I wish to make a positive contribution to an architectural practice with impactful and innovative ideas. Capable in both working with a team and individually, has a great leadership, high eagerness to learn, designing unique solutions that go in depth with values and analysis.

I procure to include inhabitants and human behavior while designing, as well as the cultural heritage factor. I support biophilic design, also value of material innovation and plastic exploration. For me, architecture is not just blend with nature, but architecture is part of nature.

Birth:

Sidoarjo,

January 9th, 2001 Address:

Tenggulunan Mega Asri B-39, Candi, Sidoarjo East Java. 61271 c

jauliaputri +62 81233670520 jannatinauliap@gmail.com

LINKEDIN

https://www.linkedin.com /in/jauliaputri

EDUCATION

ORGANIZATION AND COMMITTEE 2021- Event Director present International Architectural Competition, Symposium,

2019 - Gadjah Mada University present Undergraduate Student of Architecture

and Exhibition of Wiswakharman Expo 2022

Current GPA: 3.78 out of 4.00

2016 - Senior High School 1 Sidoarjo 2019 The Most Outstanding Student 2017 | Secretary of

Class’s Deliberative Assembly 2016 - 2018 | Director of Gelar Seni Smanisda 2018 starring by Maliq & D’Essentials and Kunto Aji | Gold Medal in Competition and Silver Medal in Championship 6th Bali International Choir Festival Teenager Choir Category | Gold Medal and Silver Medal 10th LPS Sapta Gita Jaya | 1st Place Poster Design Jambore UKS East Java Province Level | 2nd Runner Up Art Textile Design Pekan Seni Pelajar Province Level.

Yogyakarta

2020- Public Relation Division present Keluarga Mahasiswa Teknik Arsitektur Wiswakharman, Gadjah Mada University

2021 Event Division Architecture Student Excursion with speakers Ova Dewi, Yori Antar, Alec Holser Opsis Architecture based on Portland, USA

2021 Architectural Competition Event Division

EXPERIENCE

Wiswakharman Expo 2021

2021- Project Assistant present Ir. Medy Krisnany S, M.Arch. for Embung Julantro Sewon, Bantul Planning Area with Ecotourism Concept

2021- Assistant Lecturer present Harry Kurniawan, ST., M.Sc., Ph.D. and Labdo Pranowo, S.T., MSc. for Representative of Architecture subject

2021 Jury of Panting Competition Sports Competition and Festival Faculty of Math and Science, Indonesian Islamic University

2021 Jury of Applicative Paper Energy, Infrastructure, and Manufacture PPSMB Kesatria Faculty of Engineering, Gadjah Mada University

2021 Assistant Lecturer

Dr. Ing. Ir. Eugenius Pradipto and Nabila Afif, S.T., M.Arch. for Building Materials subject 2020

2020 Moderator Yogyakarta Architecture Creative Project with speakers Iwan Prijanto (Chairperson of Green Building Council Indonesia), Vidya Spaey (Urban-Rural Designer), Yanuar Pratama (Principal Aaksen Responsible Architecture)

2020 Observer 5th Biennale of International Conference "Complexity: Design, Planning, and Innovation"

2021- Advisory Board present Regional Student Organization RESICO Sidoarjo-

2020

2020 Assistant Lecturer

2021 Co-Fasilitator PPSMB Kesatria, Faculty of Engineering, Universitas Gadjah Mada

2020 Crew of Event Division

Gama Career Plan X UGM Alumni Human Capital

2020 Head of Event Division Pesta Ganendra Inauguration of KMTA members, Architecture Study Program UGM

2020 Crew of Event Division Sports and Arts Week, Universitas Gadjah Mada

2021 1st Place and 2nd Place Architectural Sketch Competition Exporivm 2021: Break The Limit

2021 1st Place and 2nd Place Architectural Sketch Competition ARCHIFEST 4 : The Urban's Artistic

2021 Best Work

Engineering,

New Comers' and Annual Concert PSM UGM : La Constancia

2020 Crew of Liaison Officer Division Jamming Session Department of Architecture and Planning UGM

2020 Crew of Event Division Try Out SIMULTAN Sidoarjo - Yogyakarta

2019 Crew of Liaison Officer Division National Choir Competition of Gadjah Mada University

2019 Project Officer Instalation Art Exhibition of Architecture UGM: Arsi Artsy "A Gate to Dreams and Hope"

SOFTWARE

AWARD AND ACHIEVEMENT Architectural Sketch Competition Architecture Grand Festival 2021: Togetherness in Disasteral Moment

of

2020 Crew of Public Relation Division

Labdo Pranowo, S.T., MSc. for Fine Arts subject

2021 1st Runner Up

Faculty

Proficient AutoCAD, Sketchup, Adobe Photoshop, DIALux Evo, Lumion, Enscape, Ms. Word, Ms. Excel, Ms. PowerPoint

Intermediate 3ds Max, Adobe Illustrator, InDesign, Vray, CorelDraw, Grasshopper

Architectural Infographic Poster of Technology Category Architecture Student Excursion reviewed by Yori Antar

2021 1st Place

SKILLS

Architectural Sketch Competition Sepekan Arsitektur: Before After Pandemic

2021 1st Place Architectural Sketch Fair 2020: Reviving History Through Nature

2021 3rd Runner Up Architectural Sketch Cotegory of Architectural Events and Annual Exhibition ArchiVolks 2021

2020 1st Place

Sketching

Technical Drawing

3D modeling

Rendering

Creative Writing

Color and Composition

Architectural Sketch Adikara Competition 2020

2020 1st Runner Up

Poster Design Category of International Multimedia Engineering Technology Competition Telkom University School of Applied Science

2020 Top 20 Architecture Design Competition “ArchProject” Sepuluh Nopember Institute of Technology

Site Analysis Conceptual Design and Planning

2019 2nd Runner Up Mural Competition TEKNISIADE Faculty of Engineering, Universitas Gadjah Mada

2019 2nd Runner Up The Best Works of Studio Semester 2019 UGM Architecture Study Program

Project Presentation

Digital Illustration

Layouting

EDUCATION

ORGANIZATION AND COMMITTEE 2021- Event Director present International Architectural Competition, Symposium,

2019 - Gadjah Mada University present Undergraduate Student of Architecture

and Exhibition of Wiswakharman Expo 2022

Current GPA: 3.78 out of 4.00

2016 - Senior High School 1 Sidoarjo 2019 The Most Outstanding Student 2017 | Secretary of

Class’s Deliberative Assembly 2016 - 2018 | Director of Gelar Seni Smanisda 2018 starring by Maliq & D’Essentials and Kunto Aji | Gold Medal in Competition and Silver Medal in Championship 6th Bali International Choir Festival Teenager Choir Category | Gold Medal and Silver Medal 10th LPS Sapta Gita Jaya | 1st Place Poster Design Jambore UKS East Java Province Level | 2nd Runner Up Art Textile Design Pekan Seni Pelajar Province Level.

Yogyakarta

2020- Public Relation Division present Keluarga Mahasiswa Teknik Arsitektur Wiswakharman, Gadjah Mada University

2021 Event Division Architecture Student Excursion with speakers Ova Dewi, Yori Antar, Alec Holser Opsis Architecture based on Portland, USA

2021 Architectural Competition Event Division

EXPERIENCE

Wiswakharman Expo 2021

2021- Project Assistant present Ir. Medy Krisnany S, M.Arch. for Embung Julantro Sewon, Bantul Planning Area with Ecotourism Concept

2021- Assistant Lecturer present Harry Kurniawan, ST., M.Sc., Ph.D. and Labdo Pranowo, S.T., MSc. for Representative of Architecture subject

2021 Jury of Panting Competition Sports Competition and Festival Faculty of Math and Science, Indonesian Islamic University

2021 Jury of Applicative Paper Energy, Infrastructure, and Manufacture PPSMB Kesatria Faculty of Engineering, Gadjah Mada University

2021 Assistant Lecturer

Dr. Ing. Ir. Eugenius Pradipto and Nabila Afif, S.T., M.Arch. for Building Materials subject 2020

2020 Moderator Yogyakarta Architecture Creative Project with speakers Iwan Prijanto (Chairperson of Green Building Council Indonesia), Vidya Spaey (Urban-Rural Designer), Yanuar Pratama (Principal Aaksen Responsible Architecture)

2020 Observer 5th Biennale of International Conference "Complexity: Design, Planning, and Innovation"

2021- Advisory Board present Regional Student Organization RESICO Sidoarjo-

2020

2020 Assistant Lecturer

2021 Co-Fasilitator PPSMB Kesatria, Faculty of Engineering, Universitas Gadjah Mada

2020 Crew of Event Division

Gama Career Plan X UGM Alumni Human Capital

2020 Head of Event Division Pesta Ganendra Inauguration of KMTA members, Architecture Study Program UGM

2020 Crew of Event Division Sports and Arts Week, Universitas Gadjah Mada

2021 1st Place and 2nd Place Architectural Sketch Competition Exporivm 2021: Break The Limit

2021 1st Place and 2nd Place Architectural Sketch Competition ARCHIFEST 4 : The Urban's Artistic

2021 Best Work

Engineering,

New Comers' and Annual Concert PSM UGM : La Constancia

2020 Crew of Liaison Officer Division Jamming Session Department of Architecture and Planning UGM

2020 Crew of Event Division Try Out SIMULTAN Sidoarjo - Yogyakarta

2019 Crew of Liaison Officer Division National Choir Competition of Gadjah Mada University

2019 Project Officer Instalation Art Exhibition of Architecture UGM: Arsi Artsy "A Gate to Dreams and Hope"

SOFTWARE

AWARD AND ACHIEVEMENT Architectural Sketch Competition Architecture Grand Festival 2021: Togetherness in Disasteral Moment

of

2020 Crew of Public Relation Division

Labdo Pranowo, S.T., MSc. for Fine Arts subject

2021 1st Runner Up

Faculty

Proficient AutoCAD, Sketchup, Adobe Photoshop, DIALux Evo, Lumion, Enscape, Ms. Word, Ms. Excel, Ms. PowerPoint

Intermediate 3ds Max, Adobe Illustrator, InDesign, Vray, CorelDraw, Grasshopper

Architectural Infographic Poster of Technology Category Architecture Student Excursion reviewed by Yori Antar

2021 1st Place

SKILLS

Architectural Sketch Competition Sepekan Arsitektur: Before After Pandemic

2021 1st Place Architectural Sketch Fair 2020: Reviving History Through Nature

2021 3rd Runner Up Architectural Sketch Cotegory of Architectural Events and Annual Exhibition ArchiVolks 2021

2020 1st Place

Sketching

Technical Drawing

3D modeling

Rendering

Creative Writing

Color and Composition

Architectural Sketch Adikara Competition 2020

2020 1st Runner Up

Poster Design Category of International Multimedia Engineering Technology Competition Telkom University School of Applied Science

2020 Top 20 Architecture Design Competition “ArchProject” Sepuluh Nopember Institute of Technology

Site Analysis Conceptual Design and Planning

2019 2nd Runner Up Mural Competition TEKNISIADE Faculty of Engineering, Universitas Gadjah Mada

2019 2nd Runner Up The Best Works of Studio Semester 2019 UGM Architecture Study Program

Project Presentation

Digital Illustration

Layouting

CONTENTS

01

02

03

04

05

06

07

NAME

PROJECT

LOCATION

YEAR

TEAM

FLOETS STEPS

Human Settlement Engineering

Cengkareng, West Java, Indonesia

2021

Aldista D, Aminah N, M Iqbal S, Yunita A

BACKLOG ISSUE

SITE

7,64 juta unit Source: Data from the Ministry of Public Works and Public Housing of the Republic of Indonesia

Jakarta becomes the bity with the 2nd Highest Backlog Rank in Indonesia Reaching 1.276 million, the fulfillment of public housing is still hampered by a number of basic problems, especially house prices which continue to increase due to increasingly limited land. In fact, Akarta has 10.56 million inhabitants.

The high urbanization in Jakarta is also a factor

Dinas 0.2 % Bebas sewa 16.1%

Milik Sendiri 47.6%

70.504

2015

68.763

2016

70.752

2017

JAKARTA URBANIZATION DATA Source: Susenas March 2018

HIGH

69.479

2018

Kontrak/ Sewa 36%

HOME OWNERSHIP DATA IN WEST JAKARTA Source: Susenas March 2018

FLOOD ISSUE Floods and groundwater level decline are two of the problems in Kedaung Kaliangke Village, West Jakarta. Floods can last up to 2 weeks and the flood depth is recorded to reach 10-90 cm. The factors are the overflow of the Apuran River, high rainfall, shipping floods, and poor waterways. Excessive use of groundwater also has an effect on land subsidence and this area is recorded at 5-32 cm per year (Kompas, 2016). In fact, sustainable settlements must basically be safe from natural disasters.

Kedaung Kaliangke, Cengkareng, West Jakarta Village Area Total Population Number of KK Population Density

281,351 Ha (10 RW) 41,033 souls 13,390 families 14,604.98 people/km2

LOW MAP OF POTENTIALLY FLOODED AREAS

Source: Cengkareng District in Figures 2021 by Badan Pusat Statistik of West Jakarta

Source: jakartasatu.jakarta.go.id

MODULE CONCEPT

The room is made with 3x3 modules to suit the finances of the millennial generation. The masses are divided into the main circulation area in the center and residences on the right & left wings. Growth will occur in both with the main circulation is always the same on 1 vertical axis. while the stage is made 100 cm to avoid the building from flooding.

3m

3m

Housing Circulation 2nd FLOOR

Housing

1st FLOOR PODIUM

SECT

TION

NAME

PROJECT

LOCATION

YEAR

TEAM

FLOETS STEPS

Human Settlement Engineering

Cengkareng, West Java, Indonesia

2021

Aldista D, Aminah N, M Iqbal S, Yunita A

POTENCY OF SITE

3 of 10

The residents of Kedaung Kaliangke belong to the Millennial Generation

Population born in 1980-1999 who is currently 25-40 years old (Millennial Generation) has a percentage of 33.86%.

Millennials are now a productive group with an effective and efficient lifestyle

The Kedaung Kaliangke area is close to industrial and office areas. This will also attract millennials to urbanization in search of a livelihood

Located in industrial and office areas

CONTECT ANALYSIS

The site is close to the train line and 200 m to the west is Kembangan Station.

Potential for transitoriented development

The site is close to the Daan Mogot highway with a high level of mobility

Close to existing settlements, minimal green open space around the site

Close to the Mookervart river. the site has the potential to flood when it rains heavily

CONSTRUCTION

PHASE

PHASE

1

3

ea y t 2 s r i f

rs

ea y 10 t x ne

rs

PHASE

2 5 y t x ne

s ear

Urbanization is likely to continue to increase. Flats are projected to accommodate urbanists in line with their arrival in the coming years.

NAME

PROJECT

LOCATION

YEAR

TEAM

FLOETS STEPS

Human Settlement Engineering

Cengkareng, West Java, Indonesia

2021

Aldista D, Aminah N, M Iqbal S, Yunita A

COMMUNITY MARKET

The provision of a market in order to meet the material needs of the community there, as well as a means of developing the community's economy.

FLOOD-RESILIENT DESIGN

green open areas are provided with vegetated basins with soil that is easily infiltrated by water as a means of refilling groundwater (bioretention), the stage system ensures activities continue if flooding cannot be avoided

NAME

PROJECT

LOCATION

YEAR

TEAM

FLOETS STEPS

Human Settlement Engineering

Cengkareng, West Java, Indonesia

2021

Aldista D, Aminah N, M Iqbal S, Yunita A

HEALTHY ENVIRONMENT

Public facilities are available, one of which is a sports area to strengthen community unity, so that they are physically and mentally healthy

NATURAL DAYLIGHTING & VENTILATION

The development of the site and towers follows the sun's axis with openings in the north & south to get natural light & air and the atmosphere of a river or train passing

SECURITY SYSTEM

There are several security posts at each entrance to the housing. This is to support safety and reduce the risk of crime in the settlement

36 THE JOU

60

RNEY OF

O

NAME

PROJECT

LOCATION

YEAR

TEAM

The Journey o of 360

Site Planning and Design

Embung Tambakboyo, DIY, Indonesia

2021

-

SITE

LOCAL WISDOM The Tambakboyo Embung is the meeting place between the Tambak Bayan and Buntung rivers. Embung comes from the Javanese language which can be interpreted as a reservoir.

Meanwhile, Tambakboyo when interpreted literally, tambak means pond, and boyo means crocodile. Initially, this dam or reservoir was built as a water reservoir for the residents of Sleman.

SOCIAL

PHYSICAL Monday Thursday

Saturday Sunday

Wednesday Tuesday Friday

Personal

Couple

14.00

08.00 05.00

20.00

Fishing

03.00

17.00

11.00

Jogging

Chilling

Group

00.00

Enjoying the sunset view

Picnic

06.00

Chitchat

CLIMATE 100%

30

30 days

40

75% 20 days

20

30

50% 20

10 days

10

25%

Jan

Feb

Mar

Mei

Jun

Jul

Aug

Sep

Oct

Nov

Dec

0%

0 days Ju l Au g Se p O ct N ov De s

Precipitation (mm)

Ja n Fe b M ar Ap r M ay Ju n

0

0

20 12 20 13 20 14 20 15 20 16 20 17 20 18 20 19 20 20 20 21

10

The site is endowed with challenging physical conditions, it is very steep contours. With an elevation of 6 - 9 m and a slope of 37.5% - 48%, the soil is volcanic type with low stability. Then the roots of vegetation become the main role as the carrying capacity of maintaining strength. Beautiful views also surround the site and deserve to be enjoyed.

NAME

PROJECT

LOCATION

YEAR

TEAM

The Journey o of 360

Site Planning and Design

Embung Tambakboyo, DIY, Indonesia

2021

-

CONCEPT

CURIOSITY SITE VALUE

SUSTAINABLE BIO-HABITAT

The exploration of the ever-changing variety of views creates a spatial experience through the use of winding contours.

Beautiful scenery is served along the circulation with sparkling lights to guide the journey. The stopover area is shady and comfortable to give visitors the opportunity to enjoy all corners of the site.

Adapting to the existing site means respecting the actual conditions. Do not intervene contours to allow plants to live.

This authenticity will create new habitats or new ecosystems between animals, plants, and humans to harmonize and coexist together.

DESIGN RESPON Inlet

Inlet

Inlet

Inlet

Provides precise access on steep conditions and extends the jogging track to the site, thus creating a unique dynamic shape

The spread of folly is placed so that every point can get fresh wind that comes from the south

There is little intervention on the building floor to keep the soil in charge of infiltrating rainwater and not reducing the green area of ​the growing trees

Adding vegetation capable of producing a fragrant smell on the railing to neutralize fishy odors in the site area such as jasmine and tuberose

NAME

PROJECT

LOCATION

YEAR

TEAM

The Journey o of 360

Site Planning and Design

Embung Tambakboyo, DIY, Indonesia

2021

-

DETAIL

The folly mass is circular so that it can provide a 360° view around the site. Folly has an opening in the form of a nonfixed wall consisting of several partition elements made of bamboo material that can be rotated up to 60°, so that it can be adjusted according to the user's wishes.

INFINITY VIEW 360°

INFINITY VIEW 360°

Conditions when the user wants privacy to talk or do activities, dispel heat, avoid conditional noise

The condition when the user wants to be more public and let the sun and wind passing through

view outside folly

view into folly

NAME

PROJECT

LOCATION

YEAR

TEAM

The Journey o of 360

Site Planning and Design

Embung Tambakboyo, DIY, Indonesia

2021

-

XEVERIA-2050

NAME

PROJECT

LOCATION

YEAR

TEAM

XEVERIA-2050

International Competition

Jakarta, Indonesia

2021

Azriel Kevin M Arfiana Naura F

ISSUE

200

50 Styrofoam Bowl

Plastic (in million of tones)

The analysis of the increase in temperature is more and more apprehensive so that it affects the disappearance of the Arctic ice age. A mass of ice turning to water threatens to submerge several islands. It means this is very worrying for the pulse of settlement for humans. The shrinking of land on the earth's surface is due to the increase in sea level due to climate change caused by human anthropogenic activities. Moreover, population growth that soars will always be followed by the interpolation of plastic waste.

600

150

300 Aluminium Can

Fishing Line

100

YEARS 50

450 Diapers

0

2015

2025

450 Plastic Bottle

PLASTIC DEBRIS IN THE OCEAN

HOW LONG IT'S GONE?

Source: The Red and Black (2021)

Source: BBC Indonesia News (2018)

1ST PET BOTTLES 2ND PLASTIC BAGS 3RD FOOD WRAPPERS/CONTAINERS 4TH CUPS, PLATES, FORKS, SPOONS 5TH GLASS BOTTLES 6TH STRAWS GREENLAND MELT EXTENT 2019

TOP 6 PLASTIC ITEMS FOUND IN THE OCEAN

Source: NSIDC/Tomas Mote, University of Georgia

Source: Ocean Concervacy

SITE

1997

2017

Suource: The Red and Black (2021)

THE DOWNSTREAM OF CILIWUNG RIVER NORTH JAKARTA, INDONESIA

2025

2050

Jakarta, which located on the equator, is the most alert. This area will be the worst affected zone because the entire volume of water will flow here. It is relevant to tropical temperatures that will be the highest temperatures on earth. Moreover, this city is taken into account to be in danger of drowning in 2050 with 10,000 people living in North Jakarta living on the verge of fear of a dwindling land.

NAME

PROJECT

LOCATION

YEAR

TEAM

XEVERIA-2050

International Competition

Jakarta, Indonesia

2021

Azriel Kevin M Arfiana Naura F

The abundance of water will be optimized to fulfill human activities and life. Designed with the enhancements to the water balance, water resources, aquifers, and infrastructure, allows it to can mitigate and prepare for severe weather and climate changes. Water reservoir receives and stores water available to be used for natural vegetation, agriculture, and the community. The system of water balance is part of the natural and sustainable patterns of water resources.

DESIGN STRATEGY

Bring forth a construction capable of solving the problem of land depletion by giving birth to a new floating land

Presenting high technology prototype also smart architecture which sustains with the environment

Treating and managing potential issues of natural conditions - especially water optimally, thus helping to stimulate building operations through renewable energy

Creating an adaptive, educational, and researchbased architecture to solve the climate change problem.

The interconnectedness of natural and social problems has intersecting impacts to form cycles. Therefore, this phenomenon will be changed into an innovative system through architecture. The building mechanism will solve the problem of reducing residential land by utilizing plastic waste.

CONCEPT

PLASTIC WASTE RECYCLE The unworthy waste has the characteristics of being recyclable, difficult biodegradable, and durable is an advantage that can be taken as a material for solving problems, namely floating land engineering.

WATER AND ENERGY RESOURCE The abundance of water will be optimized to fulfill building activities and as renewable energy that may be processed without leaving waste, by purification. This energy is in the form of tidal waves and desalination.

FLOATING ARCHITECTURE Floating architecture with a hybrid system will answer common problems with its ability to live independently, eco- friendly, and sustainably.

SECTION

AA' SECTION

BB' SECTION

1ST FLOOR PLAN

2ND FLOOR PLAN

NAME

PROJECT

LOCATION

YEAR

TEAM

XEVERIA-2050

International Competition

Jakarta, Indonesia

2021

Azriel Kevin M Arfiana Naura F

ELEVATION

LEFT ELEVATION

FRONT ELEVATION

RIGHT ELEVATION

BACK ELEVATION

WATER AND ENERGY RESOURCE

Rain harvesting

Solar panel

Water process distribution

Waves tidal energy

Desalination

Energy supply core Tidal machine

FLOATING SUPPORT

MATERIAL

GYRO STABILIZER

Fiberglass (Glass Reinforced Plastic) with a lightweight, waterproof, good thermal insulation character

This tool is used as a the counterweight of the building, according to static requirements mass concentration for optimal static balance

PONTOON EFFECT

Besides supporting the diaphragm structure, the thickening of the floor plate also adopts the principle where inside there is a frame and space for air so that the building can float

NAME

PROJECT

LOCATION

YEAR

TEAM

XEVERIA-2050

International Competition

Jakarta, Indonesia

2021

Azriel Kevin M Arfiana Naura F

4.

The ready-to-use plastic pallets is distributed through the conveyor

PLASTIC WASTE RECYCLE SCHEME

4 The waste will be pulled into 1. the vortex and then filtered

5

5.

The pellets are melted and automatically produces the floating land engineering panels by 3d printer

Clean

Air Quality

3.

3

Plastic waste will be sorted and chopped into pellets

2

Light Intensity

Dark

Light

Pyrocystis fusiformis produces a flash of bluegreenish light when disturbed during dark night

2.

Purification of seawater to be cleaner and richer in oxygen by bioluminescent microalgae

3D PRINTING PANELS The 3d printed panels are made from plastic waste fibers in the sea. Each panel will be configured to be flexible land engineering with interlocking joints. The panel production will go hand in hand with the diminishing of population in areas and the increase in plastic waste.

2,6 m

Dirty

1

3m

PT. TAMAN WISATA CANDI BHIVA INDONESIA TOURISM MANAGEMENT OFFICE

NAME

PROJECT

LOCATION

YEAR

TEAM

PT. TWC BHIVA Indonesia

Architecture Design Studio 04

Sleman, DI Yogyakarta, Indonesia

2021

Individual

PURPOSE Designing a representative tourism management office for Yogyakarta

Brings an active atmosphere and energizes office employees

SITE

INDONESIA

YOGYAKARTA Jl. RingRoad Utara, Nayan, Nayan, Maguwoharjo, Depok, Sleman, DIY

20 minutes to Prambanan & Ratu Boko Temple Tourism Park

1 hour to Borobudur Temple Tourism Park

1,5 hours to NYIA

30 minutes to Tugu Station

5 minutes to Adisucipto International Airport

north side opening view of Mount Merapi

J l.

gg M an

green roof for rainwater infiltration

a3

barrier on the east side

GFA

3000 3500 m2

Gross Floor Area

GSB

29 m Building Borders

in J l. R

gR

U oad

ta r

facade treatment

a

KDB

70% Building Base Coefficient

J l.

gg M an

a3

in J l. R

greenery as heating reduction

29 m Maximum Height of Building

gR

U oad

ta r

a J l.

gg M an

a3

AC hybrid

greenery as water infiltration

i J l. R

ng

R

U oad

ta r

a

K3 Trade and service area

Temperature 25 - 32 C

Wind speed 3mph from southeast

Air humidity 70%

Annual rainfall 2992.3 mm

NAME

PROJECT

LOCATION

YEAR

TEAM

PT. TWC BHIVA Indonesia

Architecture Design Studio 04

Sleman, DI Yogyakarta, Indonesia

2021

Individual

CONCEPT

THE OASIS OF YOGYAKARTA CITY'S IDENTITY

Spatial Philosophy

Material Locality

Building Typology

Interpreting local history and culture in spatial or interior spaces

Adapting and transforming the elements and spirit of local traditional architecture

Presenting and integrating natural nuances as a dialogue with the function of the building, namely tourism

S T R A T E G Y D E S I G N

M A I N I D E A

Advances in technology and industrial capitalism will often create identity rifts or social rifts in society.

Modernism is increasingly shifting into a threat so that it can eliminate the pride or sense of belonging of Yogyakarta local wisdom.

I S S U E

Yogyakarta and the Cliche Nature

I S S U E

Sustainable Energy Source

Cross Ventilation & Natural Lighting

Applying rain harvesting and green roof systems

Harness the potential of climate and context with fresh air and continuous lighting

S T R A T E G Y D E S I G N

SMART BUILDING, EARTH FRIENDLY, & CLIMATE SUPPORT

Indonesia has made a commitment to reduce carbon emissions, which in 2013 through the Intended Nationally Determined Contributions (INDCs) reduced emissions by 29% in 2030.

I S S U E

HEALTH STIMULATION

M A I N I D E A

Sustainable Buildings

Air Distribution Serving a communal space with direct and fast air exchange

Cleaning Procedure

New Normal Behaviour

Accommodating adaptive architectural elements to fulfill health protocol requirements

Creating an atmosphere and habits that prioritize cleanliness

S T R A T E G Y D E S I G N

Temples in Yogyakarta store millions of amazing carvings and reliefs. The architectural beauty of the temple is represented by the exterior with the complexity of ornamentation and repetition of elements.

This architectural work has a sculptural character, so the spatial aspect in it is very difficult to feel.

The complexity of the ornaments and the repetition of elements as the sculptural character of the temple will be poured out as the interior concept and space program of the building.

This means twisting the principle of the exterior of the temple by elaborating it into the spatial structure of the building.

The number of COVID-19 cases in Indonesia has reached 1.38 million which has an impact on people's work behavior. Office conditions have implemented a fixed working hours system that allows a maximum of 50% of employees at certain hours to conduct WFO.

M A I N I D E A

COVID-19 pandemic

NAME

PROJECT

LOCATION

YEAR

TEAM

PT. TWC BHIVA Indonesia

Architecture Design Studio 04

Sleman, DI Yogyakarta, Indonesia

2021

Individual

SECTION

GROUND FLOOR

BASEMENT 1

FLOOR PLAN

LANDSCAPE

1ST FLOOR

Rain Garden Harvesting

Stephanuts sp.

(Stepanut)

Utilizing the green area as a rainwater catchment, the rain garden also slows the run off

Plumeria rubra (Kamboja)

2ND FLOOR

MATERIAL Gardenia august (Kacapiring)

Panasap Glass

3RD FLOOR

Murraya paniculata (Kemuning) Kayu Bengkirai

4TH FLOOR

Formwork Wall Concrete

Kayu Sonokeling

ROOF TOP

Batu alam

Terminalia mantaly (Ketapang Kencana)

Saribus rotundifolius (Palem sadeng)

Chlorophytu m comosum (Lili Paris)

Helvetica herba (Rumput Swiss)

Water Responsive Site Zero run off where no rainwater is wasted off the site. In the green area the response and flow into the ground tank for rainwater management

NAME

PROJECT

LOCATION

YEAR

TEAM

PT. TWC BHIVA Indonesia

Architecture Design Studio 04

Sleman, DI Yogyakarta, Indonesia

2021

Individual

ELEVATION

STRUCTURE Composite Column-Beam

Core

Floordeck Floor Plate

EAST ELEVATION

WEST ELEVATION

SOUTH ELEVATION

Pile Foundation

Super Cantilever

Shear Wall

NORTH ELEVATION

UTILITY

Vertical Transportation

Rainwater

Clean water

Electricity

Dirty water

Air Conditioning

Sound System

Data Installation

Telephone

Sprinkler and Hydrant

Waste Distribution

Lightning rod

NAME

PROJECT

LOCATION

YEAR

TEAM

HEX-TRI-HEX Skatepark

Comprehensive Construction Technology

-

2021

Individual

Skatepark is playing and practicing to develop skateboarding skills on obstacles or what is often referred to as obstacles in the skatepark.

Skateparks are also often used for organizing skateboarding competitions or competitions, in addition to that the skateboard community gathering in the skatepark area can trigger and start other communities to join to just sit, chat, enjoy the atmosphere and communicate with other communities in the area. Skateparks need ample space to maximize the play area. The desired atmosphere is dynamic to create a feeling of movement so that the skateboarder will be more expressive in every movement. So that a curve-like shape was chosen with a long-span space frame construction with a hex-tri-hex structure.

Hex-Net and Tri-Hex-Net The curve structural network in a skatepark consists of two grids with a defined radius difference or structural depth between them. Here, the external network and the internal network are interconnected by a set of lines called diagonals, giving rise to the three-dimensional behavior of a double-layered spherical network. The external grid is a hexagonal network, here referred to as "Hex-Net", while the internal grid consists of triangles and hexagons and consequently is called "Tri-Hex-Net".

The internal tri-hex-net network is obtained from elements of the characteristic triangle (tetrahedron) as the main form of the space frame. Here, the vertices of the internal grid are derived from the midpoints of the external lines projected concentrically onto the hex-net carrying the internal grid. The tri-hex-net is then generated by connecting the dots according to the adjacent lines of the hexagonal grid (hex-net). The interlayer diagonals are obtained, in turn, by connecting each internal point with the corresponding endpoint of the external source path.

Top Chord, Bottom Chord, dan Truss

The cable network above the elements and their curvature is a beam element, the bottom and diagonal cables are modeled using truss elements. To use the same connection to the nodes, all the top chord pipes are the same diameter.

Since all the geometric angles needed to form the dome are placed at the vertices, the ends of the top chord beams are cut to a rectangle which allows fast and efficient manufacturing. At each end, an end plate is welded and at the top of the beam a hook hole is cut. High strength prestredded bolts are used for beam-to-ball joints. Additional bolts are used to fix the beam in its proper position and to transfer torsional moments. Above the top chord welded aluminum frame for bearing cladding. Hex-net (top chord) and tri-hex-net (bottom chord) are connected by triangular truss, so that this framework forms a space truss system.

NAME

PROJECT

LOCATION

YEAR

TEAM

HEX-TRI-HEX Skatepark

Comprehensive Construction Technology

-

2021

Individual

Structural Plan

Material The resulting spatial network strongly resembles the molecular organization of certain minerals such as silicates (SiO 4 ).

This creates optimal energy with minimal material consumption. In order to create a hexagon as planar as possible, the EFTE cladding was selected to facilitate construction and assembly of the supporting edge frames and to prevent unplanned folds and wrinkles.

Bowl Joint

Ball joints are selected as hinged joints for the three diagonal members.

Minimum tolerance and no side welding.

Support The length of the span has a width of 30 m and 40 m so that a continuous foundation is needed to support the strength at each point. The base plate is fixed to the foundation by bolts and the horizontal force is transferred by the shear beam.

NAME

PROJECT

LOCATION

YEAR

TEAM

HEX-TRI-HEX Skatepark

Comprehensive Construction Technology

-

2021

Individual

Load Path Diagram

Axial Loading

Lateral Loading

Shear Force Diagram

Bending Momen Diagram

NAME

PROJECT

LOCATION

YEAR

TEAM

HEX-TRI-HEX Skatepark

Comprehensive Construction Technology

-

2021

Individual

Penginyongan Aman

NAME

PROJECT

LOCATION

YEAR

TEAM

Penginyongan Aman

Architecture for Disaster

Banyumas, East Java, Indonesia

2021

Individual

CONTROLLING FACTOR Slope Steepness (geomorphology)

Slopes with more than 20° (or about 40%) tilt, have the potential to move or slide

Hydrology and structural geology

The typology of slopes that are prone to movement are composed of heaps of residual soil, sloping rock layers, and rock blocks

Dissimilar forests are not sensitive, plantations are quite sensitive, rice fields are sensitive, dry fields/open land are very sensitive to erosion Trees combined with ground cover crops, such as grasses, shrubs or shrubs and shrubs

Land use INTERNAL

Covered vegetation EXTERNAL

Rocks geology and sloping soil Earthquake frequency

Precipitation (climate)

The trigger type of rain is heavy rain that reaches 70 mm - 100 mm per day continuously for several hours - days

DISASTER CONTEXT

Landslide is one of the natural disasters due to the movement of the slopes of the land which generally occurs in mountainous areas or hilly areas, especially during the rainy season and can result in property loss and loss of life.

MORPHOLOGIES OF MASS MOVEMENT

ROCK FALL

DEBRIS FALL

EARTH FALL

SLOPE MORPHOLOGIES

SINGLE ROTATIONAL SLIDE

LANDSLIDE EVENT MORPHOLOGIES

VULNERABILITY

60%

Penduduk RI tinggal di kawasan rawan risiko tanah longsor

Source: Dr. Wahyu Wilopo, S.T., M.Eng., Lecturer of Geological Engineering, Faculty of Engineering UGM (2014)

SETTLEMENT AT BASE OF UNSTABLE SLOPE

Social

Physical

Economic

Environment

MILLION SOULS

TRILLION RUPIAH

TRILLION RUPIAH

HECTARES

14,1 78,3 75,8 41,3 ROCK TOPPLE

DEBRIS TOPPLE

EARTH TOPPLE

MULTI ROTATIONAL SLIDE

DWELLINGS ALONG ENDANGERED COASTAL EDGE

Sumatera Jawa, Bali, Nusa Tenggara ROCK SLIDE

DEBRIS SLIDE

EARTH SLIDE

SUCCESSIVE ROTATIONAL SLIDE

Kalimantan

MULTIPLE SETTLEMENTS WEAKENING FRAGILE SLOPE

Sulawesi Papua Source: Badan Nasional Penanggulangan Bencana (2016) MUD FLOW

DEBRIS FLOW

EARTH SPREAD

PERIGLACIAL DEBRIS SLIDE

LOADS FROM NEW FILL AND HOUSING ON STEEP SLOPE REACTIVATES AN ANCIENT LANDSLIDE FEATURE

SITE Masjid Nurul Hidayah

Telaga Kumpe

Puncak Pasir Angin

Pemukiman Agak Tinggi

Sawah

Alun-alun Purwokerto

MTs Pakis

Pemukiman Tinggi

Wisata Bukit Gondang

Kantor Pemerintah Desa Gununglurah

POTENTIAL OF SITE

Kantor Bupati Banyumas

POTENTIAL OF SITE Sumber: Joko Purwoko Suranto (2008). Universitas Diponegoro.

SLOPE MORPHOLOGY

Gununglurah, Kecamatan Cilongok, Banyumas, Jawa Tengah, Indonesia 10 kilometers northwest of the capital city of Banyumas Regency, Purwokerto

The morphology of the area is undulating hills with moderate to rough relief, a slope of 0% - 45%, an altitude of 400 - 1,400 meters above sea level

GEOMORPHOLOGY

Medium relief hills are 11.67% with an area of 232,969 Ha, and rough relief hills are 88.33% with an area of 1,763.531 Ha

GROUND MOVEMENT POTENTIAL

LAND USE

High potential for ground The spread of settlement motion with an area of utilization is 92.90 Ha 1462.524 Ha (73.24%), medium (4.65%), rice fields 118.98 Ha ground motion with an area (5.96%), gardens 252.89 Ha of 460.730 Ha (23.07%), low (12.66%), forest 1,334.32 Ha ground motion with an area (66.80%) , shrubs 188.255 Ha of 73,714 Ha (3.69%) (9.43%)

EARTH MOVEMENT

2 1 Dec 2006, 25 Oct 2007, 28 Oct 2007, 2 Nov 2007, 3 Nov 2007 (1 house collapsed, 1 house cracked, 1 house threatened), 2 Apr 2008 (1 mosque cracked)

CONSERVATION AREA

Regional Regulation of Banyumas Regency No. 18 of 2005 concerning Regional Spatial Planning there is a division of space utilization functions adjusted to the carrying capacity of the land

GROUND MOVEMENT RISK

Slopes large, weathering is quite intensive, sensitive to erosion, low sedimentation, high rainfall has high potential with high risk.

NAME

PROJECT

LOCATION

YEAR

TEAM

Penginyongan Aman

Architecture for Disaster

Banyumas, East Java, Indonesia

2021

Individual

CONCEPT

SITEPLAN

SAFETY SAFETY

Playing Area

Halfway house Meeting Point

Microlibrary

Shelter

Evacuation Hall

HEALING

Communal Space

The shelter becomes a fun communal space that supports education and recreation with a natural nuance. When a disaster occurs, the hall is a strong and fast rescue shelter because it is spread over many points to reduce evacuation time. The stage system is expected to make it easier for the soil to infiltrate water, as well as expand open space by accelerating circulation so that it becomes an area for joint activities. The shelter was built near high-rise housing, several tourist attractions, and a mosque. This will facilitate the evacuation route and reduce the evacuation time.

FLOOR PLAN B

1ST FLOOR PLAN

Dapur

Gudang

7m

A

Ruang tamu

Ruang makan

A'

B' 7m

2ND FLOOR PLAN

B

Area bermain/ kamar evakuasi 7m A

A'

B' 7m

3RD FLOOR PLAN

B

7m A

A'

Area edukasi

SECTION A-A' B'

7m

SECTION B-B'

SECTION

NAME

PROJECT

LOCATION

YEAR

TEAM

Penginyongan Aman

Architecture for Disaster

Banyumas, East Java, Indonesia

2021

Individual

Skylight

1 Shelters are designed using stilts as reinforcement on dynamic slopes. The tread foundation provides support as well as a regular water flow system to maintain the flow of water so as not to erode the soil.

Cellular metal floor

Light material is used so that it does not become a burden on the foundation and soil

2 On the second floor, the room is multifunctional so it can be used as a relaxing area and can be converted into a shared bedroom.

This flexible architecture makes the building able to accommodate a variety of activities.

3

Light stairs

Primary beam

The education area is on the third floor in order to minimize noise that will interfere with the level of focus. This floor has skylights to enter natural light with comfortable work facilities.

Steel bracing

Open window & wood frame

Thermal insulation

Steel coloumn Truss reinforcement Attenuation component Drain

Rigid body movement

Shear strength reduction technique

20 cm diameter drill pile foundation

Polycarbonate

Bengkirai Wood

Steel beam

Glulam Wood

4 The first floor, which is a public space, requires good circulation of the room.

The knock down dining table is designed to save space. Mountain view framed with wide elongated windows.

5 The solid form of the building will stimulate a sense of comfort for the displaced community.

6 The mattress that is arranged is taken from the warehouse on the first floor, so this cot does not need to be used.

Oak Wood

Reinforced concrete

Shingle

NAME

PROJECT

LOCATION

YEAR

TEAM

Special Lighting Project

Building Physics 02

-

2021

Individual

I N T E R IO R

01

Downlights are used as general lighting which functions as neutral lighting by giving a warm impression to the room

Columns are very eye-catching by users in the room, so they are used as focal points, namely by using up lighting and the texture of the wood becomes visible

Communal spaces that are directly integrated with open spaces want to be made warmer by choosing wood materials on the walls.

The boundaries between rooms are blurred so that this becomes a transparent space.

Luxurious accents are created from the reflection of marble material on the furniture and floors.

Columns are very eye-catching by users in the room, so they are used as focal points, namely by using up lighting and the texture of the wood becomes visible

DOWNLIGHT Fixed Round Recessed Luminaire Neutral 4000K

STRIP LIGHT LED Strip

Warm White 3000K

UP LIGHTING Uplight LED Warm White 3000K

NAME

PROJECT

LOCATION

YEAR

TEAM

Special Lighting Project

Building Physics 02

-

2021

Individual

E X T E R I O R

02

Natural slate stone material is exposed using up lighting

In addition to the safety aspect on the ramp, the strip light is expected to be able to circulate circulation while showing the wood texture

To respect the architect's decision not to include trees in his design, fiber optic games were used to accent the room

In addition to creating a dramatic atmosphere, the floor washer serves as a safety aspect for users

Open space as a landscape in a building has a relief area. The lighting attraction is done so that the user does not feel bored quickly.

Wood material as a binding element with the interior, added slate stone material and vegetation as an accent in the open space.

The pot is expected to create a floating perception by showing the texture of the wood

STRIP LIGHT LED Strip

Warm White 3000K

UP LIGHTING FIBER OPTIC

Uplight LED Warm White 3000K

Fiber Optic Warm White 2700K

FLOOR WASHER Light Up Balisage Warm White 4000K

others

PROJECT Maquette Modeling

PROJECT Architecture Sketch

PROJECT Architecture Sketch

PROJECT Architecture Sketch

Finally! The End. And still, the journey continues.

Thank you for reading this portfolio. I also welcome any critique and advice for improvement.

Hope you have a nice day!

J. AULIA PUTRI jannatinauliap@gmail.com

2021