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Melissa Krisanti Tanuharja Architecture Portfolio 2010-2013


MELISSA KRISANTI TANUHARJA November 25, 1988

Gender Nationality Phone Number

Female Indonesian +6221-781-7660 +6281-2966-7880

Email Language

melissa_tanuharja@yahoo.com Bahasa Indonesia / Mothertounge English / Fluently in oral and written

Computer Skill

2D AutoCAD 3D AutoCAD Adobe Photoshop Adobe Illustrator Adobe In Design SketchUp Artlantis Corel Draw Mac / Windows Platform

Personal Profile


Secretary of Student Representative Congress Labschool Jakarta Senior High School Jakarta, Indonesia

Softball & Baseball Team Institut Teknologi Bandung Bandung, Indonesia

Secretary of Student Internal Organization Labschool Jakarta Junior High School Jakarta, Indonesia

Born Jakarta, Indonesia

1988

1994

IKIP Elementary School Jakarta, Indonesia

1997

2000

Chief License Division Ulik Publik Festival and Workshop Institut Teknologi Bandung Bandung, Indonesia

English First (EF) International Language School Perth, Australia

2001

Adik Irma Elementary School Jakarta, Indonesia

2003

2005

Manager-Softball Team Institut Teknologi Bandung at Bina Nusantara Cup Jakarta, Indonesia

2006

2007

2008

Staff CURSOR Computer Graphic Community of IMA-G (Architecture Student Organization) Institut Teknologi Bandung Jakarta, Indonesia Labschool Jakarta Senior High School Jakarta, Indonesia

2009

Architect Pandega Desain Weharima Jakarta, Indonesia

MERC Medical Faculty University of Indonesia Competition Jakarta, Indonesia

2010

Working as Intern Pandega Desain Weharima Jakarta, Indonesia

Institut Teknologi Bandung Architecture-Bachelor Program Bandung, Indonesia Labschool Jakarta Junior High School Jakarta, Indonesia

2nd Prize Institut Teknologi Bandung JICA Architecture Competition Bandung, Indonesia

Staff Architecture Study Tour Bali, Indonesia

Staff External Division IMA-Gunadharma Institut Teknologi Bandung Jakarta, Indonesia

2011

Smart Growth Workshop Artepolis 4 International Conference and Workshop Bandung, Indonesia

2012

2013

House Design Competition by Housing Estate Jakarta, Indonesia

Collaborative Joint Studio Undergraduate Program ITB (Bandung), ITS (Surabaya), FHE (Erfurt, Germany) Surabaya, Indonesia

Hopefully Your University

Chief Production Voice of IMA-Gunadharma Free Architecture Magazine Bandung, Indonesia

Curriculum Vitae


4 TARAKAN

1 JAKARTA 2 BANDUNG 3 LOMBOK

2 COMPETITION 3 ACADEMIC FINAL PROJECT 1 PROFESSIONAL PROJECT 4 INDIVIDUAL PROJECT 1 PROFESSIONAL PROJECT

Institut Teknologi Bandung Architecture Design Competition - Bandung, West Java Passenger Terminal Lombok International Airport - Lombok, West Nusa Tenggara Senopati Suites II & III Apartment - Senopati, Jakarta Palma Park Residence - Tarakan, North Kalimantan Bank Danamon New Headquarter - H.R. Rasuna Said, Jakarta

Contents


Institut Teknologi Bandung Architecture Design Competition

Location Type Individual/Group Role Status Project Level Year Partners

Bandung, West Java, Indonesia Architectural Competition Group Junior Architect 2nd Winner Semester 7 2010 Donald Aditya Bayu Prayudhi Supervisor Contact Baskoro Tedjo, Ir., MSEB, Ph.D. / baskorotedjo@ar.itb.ac.id / Introduction

3d modeling by Melissa, Bayu, Donald & 3d visualisation by Lintang

Institut Teknologi Bandung Architecture Design Competition - Bandung, West Java, Indonesia


DESCRIPTION Institut Teknologi Bandung, as one of the best academic institution in Indonesia, has a great number of achievements and is considered by world of industry. Based on that reputation, Institut Teknologi Bandung intend to provide various international standard facilities. Therefore, in 2010, Institut Teknologi Bandung planned to establish three new buildings in the northern of the complex. The aim of this architecture design competition was to obtain the best architectural schematic design that would be furtherdeveloped in technical drawing for construction purpose. The team consists of my lecture as well as my supervisor in Architectural Design Studio IV in Institut Teknologi Bandung, me and two partners as a student of Bachelor in Architecture in Institut Teknologi Bandung. As a Junior Architect, I was responsible in developing the idea and concept of the building itself as well as the surrounding. In addition, three of us as a Junior Architect, had to incorporate Baskoro Tedjo’s ideas as the leader of the team, with our own ideas. I contributed in developing the main concept into conceptual design document such as plans, sections, elevation and 3D modelling through sketch and several computer programs such as 2D CAD, SketchUp, and Adobe Photoshop 3d modeling by Melissa, Bayu, Donald & 3d visualisation by Lintang

Description

Institut Teknologi Bandung Architecture Design Competition - Bandung, West Java, Indonesia


Centre for Research and Community Services (CRCS)

Centre for Advanced Studies (CAS)

Centre for Arts, Design, and Language (CADL)

Consist of offices, meeting rooms, and fucntion rooms which would be used for Research and Public Community Services

Consist of several advanced science laboratories which would be used for Department of Mathematics and Department of Astronomy

Consist of arts, design, and language facilites which would be used for Department Arts and Design as well as Language Centre of ITB

Functional

Poetic

3d modeling by Melissa, Bayu, Donald & 3d visualisation by Lintang

Communal

Concept

gather people socialization campus promotion

laboratories purposes modular flexible

creative expressive aesthetic

ellipse form to be the icon on the north face of Institut Teknologi Bandung

rectangular form and terracing pattern as a reflection of the Central Library of Institut Teknologi Bandung

horizontal lining from the neighbour building reapplied on the new building to retain the harmony in both

Institut Teknologi Bandung Architecture Design Competition - Bandung, West Java, Indonesia


Centre for Research and Community Services

People Community Gathered

West Elevation Scale 1:400

North Elevation

Scale 1:400

Section A Scale 1:400

Section B

Scale 1:400

West Elevation Scale 1:400

North Elevation

Scale 1:400

Section A Scale 1:400

Section B

Scale 1:400

Scale 1:400

North Elevation

Scale 1:400

Section A Scale 1:400

Section B

Scale 1:400

Communal 3d modeling by Donald & 3d visualisation by Lintang

Centre for Advanced Studies

by Donald

Science Laboratories Modular

Functional 3d modeling by Melissa & 3d visualisation by Lintang

Centre for Arts, Design, and Language

by Melissa

Creative Aesthetic Out of the Box

West Elevation

Poetic 3d modeling by Bayu & 3d visualisation by Lintang

Contents

by Bayu

Institut Teknologi Bandung Architecture Design Competition - Bandung, West Java, Indonesia


1. Utilize solar energy for building internal operation

2. Utilize natural lighting for daylight lighting

3. Apply passive cooling system with natural ventilation

4. Create microclimate by increasing the green open space which is also function for social space


Passenger Terminal Lombok International Airport

Location Lombok, West Nusa Tenggara, Indonesia Type Final Project Individual/Group Individual Role Student in Bachelor of Architecture Status Grade A Project Level Semester 8 Year 2010 Supervisor Contact Basauli Umar Lubis, Ir., MSA, Ph.D. / basauli@ar.itb.ac.id / 3d Modeling and Visualisation by Melissa

Introduction

Passenger Terminal Lombok International Airport - Lombok, West Nusa Tenggara, Indonesia


DESCRIPTION West Nusa Tenggara is one of the province in Indonesia that is developing in various sector for the past 10 years. Tourism was one of the sector that has grown dramatically since 2007. Moreover, there are three main modes of transportation to reach Lombok as the capital of its province. Air transport is the most favourite mode of transportation for tourists to reach Lombok. The aim of this project was to design a new passenger terminal of Lombok International Airport, since the previous passenger terminal could no longer accommodate the number of local and international passenger. The main issue was to create passenger terminal which had a high level of efficiency as well as effectiveness and applied distinctive local elements of Lombok As my final project, I was fully responsible in developing the ideas and concept of the building as well as the surrounding, collecting data of the previous passenger terminal, making further studies on the project, preparing the presentation documents, and completing final report. I contributed in developing the main concept into schematic design presentation document includes sketches, plans, sections, elevations, details, 3D modeling, and models through several computer program such as 2D CAD, SketchUp, Artlantis, 3Ds Max, and Adobe Photoshop 3d Modeling and Visualisation by Melissa

Description

Passenger Terminal Lombok International Airport - Lombok, West Nusa Tenggara, Indonesia


“Open”

“Locality”

“Green”

clear orientation

songket pattern

rumah lumbung

This passenger terminal has a very clear orientation which is especially intended for both domestic passenger and international passenger. Therefore, they may not lose direction and have an effective travel time inside the passenger terminal building

Songket is a traditional fabric from Lombok, West Nusa Tenggara which has variety of patterns. Diamond is one of the most famous pattern from songket, that is applied on this passenger terminal building in order to make local people as well as tourist appreciate local culture.

“Rumah lumbung” is a traditional house in Lombok, West Nusa Tenggara which is used to store rice. The form of this house is applied as a landmark of Lombok that located at the center if the passenger terminal building.

domestic international public operational neutral vertical transportation

Facade and Structural Concept

Zoning Area

energy efficiency Energy efficiency is the main concern for this passenger terminal building. The first concept is to maximize the use of indirect sunlight during the daytime to decrease the energy consumption on artificial lights. Secondly, this building mixed with trees and vegetation inside and outside which will bring more values in design as well as to generate more oxygen through the building.

domestic international public transfer/transit

departure arrival departure arrival

User Circulation

Concepts and Visualisations by Melissa

Passenger Terminal Lombok International Airport - Lombok, West Nusa Tenggara, Indonesia


Elevation From Landside

Section Ground Floor Plan

Elevation From Airside

Upper Ground Floor Plan

Second Floor Plan

Perspective Section

Zoning Area

air conditioning system

Contents

plumbing system

rain water system

Public Area Domestic Arrival International Arrival Departure Area Domestic Departure International Departure Detail

5.000 2.000 2.000 2.300 4.200 4.200

sqm sqm sqm sqm sqm sqm

Drawings and Visualisations by Melissa

Passenger Terminal Lombok International Airport - Lombok, West Nusa Tenggara, Indonesia


3d Modeling and Visualisation by Melissa


Senopati Suites II & III Apartment

Location Type Individual/Group Role Status Year Supervisor Contact Owner Design Architect Project Architect Main Contractor Strucutral Consultant M&E Consultant Contruction Management Quantity Surveyor

Senopati, Jakarta, Indonesia Professional Project Group Project Architect Construction Documents 2010 - present Mohammad Archica Danisworo, Ir. / chico@pdw-architects.com / PT. Asiana Lintas Development RT+Q Architects Pte Ltd PT. Pandega Desain Weharima PT. Nusa Konstruksi Engineering Wiratman & Associates PT. Malmass Mitra Teknik PT. Ciria Jasa PT. Reynolds & Partnership 3d Modeling and Visualisation by RT+Q, Reviewed by PDW

Introduction

Senopati Suites II & III Apartment - Senopati, Jakarta, Indonesia


DESCRIPTION Total Planning Area : 7.390 sqm (including existing) Building Purposes : Residential & Facilities Building Description : 2 storeys lobby & facilites 30 storeys residential 3 storeys basement parking Building Coverage Area : 2.131 sqm Gross Floor Area : 45.278 sqm Total Units : 135 units Situated along the historic Jalan Senopati which only minutes away from the Sudirman Central Business District in South Jakarta and built on prime residential surrounding area, Senopati Suites II and III offer comfort and luxury. The aim of this project is to create elegant, private, and personal suite which integrated with consideration sense of place and relentless attention to detail. During this project, I have been working in collaboration with RT+Q Architects as a design architect. As a project architect, I am responsible in generate design, make studies on the project, coordinate with clients and other local consultants, prepare presentation drawing for local authorities, and involved in technical support in Design Development phase, Tender phase, and Construction phase. During this process I am able to work with sketch and several computer programs such as AutoCAD, SketchUp, Adobe Photoshop 3d Modeling and Visualisation by RT+Q, Reviewed by PDW (Setyo, Melissa, Hale)

Description

Senopati Suites II & III Apartment - Senopati, Jakarta, Indonesia 3d Modelling & Visualisation by RT+Q


private & personal

luxury

iconic

environmental friendly

less watt/sqm

accessibility for disable

SENOPATI SUITES II

pedestrian friendly

SENOPATI SUITES III

sky pocket gardens

hanging gardens allow for view and ventilation

vertical soaring form large fin walls and aluminum for sunshading and privacy

porous facade

sky vertical gardens

using screening system

- overhang balconies - pivoting planter screen

Concept by RT+Q

Plans by PDW (Setyo, Melissa) & Visualisation by RT+Q

siteplan Concept

masterplan

pedestrian circulation

vehicular circulation Senopati Suites II & III Apartment - Senopati, Jakarta, Indonesia


wall type 1 wall type 2 wall type 3 wall type 4 wall type 5

OTTV Wall OTTV Glass OTTV Solar

3.81 W/m2 2.05 W/m2 28.42 W/m2

glass type 1

OTTV Total

34.28 W/m2

3d Modelling & Visualisation by RT+Q

Overall Thermal Transer Value

Senopati Suites II

heat heat conduction conduction through + through + glass walls (windows)

solar heat gain through glass (window)

< 45 W/m2

(based on SNI 03-6389-2000 Building Envelope OTTV)

Senopati Suites III Concept

3d Modelling & Visualisation by RT+Q

wall type 1 wall type 2 wall type 3 wall type 4

OTTV Wall OTTV Glass OTTV Solar

7.24 W/m2 4.26 W/m2 27.80 W/m2

glass type 1

OTTV Total

39.55 W/m2

OTTV Calculation & Elevation by PDW (Melissa)

Senopati Suites II & III Apartment - Senopati, Jakarta, Indonesia


3d Modeling & Visualisation by RT+Q

3d Modeling & Visualisation by RT+Q

Senopati Suites II-3 Bedroom/2 Bedroom Unit

Plans, Section, Elevations & Details by PDW (Setyo, Melissa, Hale) - Tender Drawing Documents

Second Floor Plan

3d Modeling & Visualisation by RT+Q

Contents

Residential Floor Plan

3d Modeling & Visualisation by RT+Q

Section A

Senopati Suites III-3 Bedroom Unit

Senopati Suites II & III Apartment - Senopati, Jakarta, Indonesia


3d Modeling & Visualisation by RT+Q


Palma Park Residence

Location Tarakan, East Kalimantan, Indonesia Type Professional Project Individual/Group Group Role Architect Status Schematic Design Year v2011 - present Partner Umaya Puri Khiranti Indra / aya.indra@gmail.com / 3d Modeling by Melissa & Aya, Rendered by Bayu

Introduction

Palma Park Residence - Tarakan, North Kalimantan, Indonesia


DESCRIPTION Total Units : Kavling 36 sqm Kavling 45 sqm Kavling 60 sqm

(19 units) (28 units) (26 units)

Tarakan is one of big cities in North Kalimantan along with Samarinda, Balikpapan, and Bontang. The economy in Tarakan is now dominated by fisheries,forest product, and oil. Due to that, Tarakan needs further development in residential to accommodate the huge number of workers in oil company and forest product company. Situated on Jalan Kusuma Bangsa which only approximately 5 minutes from the Juwata International Airport, Tarakan, North Kalimantan and built on residential surrounding area, Palma Park Residence offers serene residential. During this project, I was fully responsible in developing the ownerâ&#x20AC;&#x2122;s requirements into ideas and concept of the houses. Together with my partner, we developed the plan concept, structural details, facade concept, and material specifications into schematic designs and marketing brochures. During this process I am able to work with some sketches and several computer program such as 2D AutoCAD, SketchUp, Adobe Photoshop and 3Ds Max. The project now is still on progress to further construction development.

Cassia - Type 36 sqm/80 sqm Intoduction

Palma Park Residence - Tarakan, North Kalimantan, Indonesia


3d Modeling by Melissa & Aya, Rendered by Bayu

Cassia - Type 36 sqm/80 sqm

Ground Floor Plan

19 units

3d Modeling by Melissa & Aya, Rendered by Bayu

Breynia - Type 45 sqm/98 sqm

Ground Floor Plan

28 units

Second Floor Plan

3d Modeling by Melissa & Aya, Rendered by Bayu

Albizia - Type 60 sqm/120 sqm

Ground Floor Plan

Second Floor Plan

26 units

Concepts, Plans, Sections, Elevations, & Details by Melissa & Aya

Contents

Palma Park Residence - Tarakan, North Kalimantan, Indonesia


3d Modeling by Melissa & Aya, Rendered by Bayu

Breynia - Type 45 sqm/98 sqm

3d Modeling by Melissa & Aya, Rendered by Bayu

Albizia - Type 60 sqm/120 sqm


Bank Danamon New Headquarter

Location Type Individual/Group Role Status Year Supervisor Contact

H.R. Rasuna Said, Jakarta, Indonesia Professional Project Group Project Architect Tender Documents 2012 - present Mohammad Archica Danisworo, Ir. / chico@pdw-architects.com /

Owner Design Architect Project Architect Strucutral Consultant M&E Consultant Facade Consultant Project Manager Quantity Surveyor

PT. Bank Danamon Indonesia Tbk. Tange Associates PT. Pandega Desain Weharima Wiratman & Associates PT. Sigmatech Tatakarsa Paul Adam Facades PT. Cushman & Wakefield Indonesia PT. Langdon & Seah Indonesia 3d Modeling & Visualisation by Tange Associates

Introduction

Bank Danamon New Headquarter - H.R. Rasuna Said, Jakarta, Indonesia


DESCRIPTION Total Planning Area : 4.141 sqm Building Purposes : Office & Facilities Building Height : 21 storeys 3 storeys lobby, banking hall, facilities 18 storeys office 5 storeys basement parking Building Coverage Area : 1.389 sqm Gross Floor Area : 24.013 sqm Located along Jalan H.R. Rasuna Said, Kuningan, Jakarta, one of the important business streets and surrounded by new and soon to be completed future developments. The aim of this project is to present the image of a bank as strong and solid, at the same time maintain the sleek, modern, and transparent look that present Bank Danamon as a friendly and open to the public to become a customer centric organization. I have been working in collaboration with Tange Associates as a design architect. As a project architect, I am responsible in generate design, make studies on the project, coordinate with clients and other local consultants, gives recommendations and reviews to comply with local regulations, prepare presentation drawing for local authorities, and involved in technical support in Design Development phase, and Tender phase. I am able to work with sketch and computer programs such as AutoCAD, SketchUp, and Adobe Photoshop 3d Modeling & Visualisation by Tange Associates

Description

Bank Danamon New Headquarter - H.R. Rasuna Said, Jakarta, Indonesia


Site Regulation

Site Regulation & Restriction Studied by PDW (Setyo & Melissa)

Back Facade Concept

Front Facade Concept

Concepts by Tange Associates

Overall Thermal Transer Value heat heat conduction conduction through + through + glass walls (windows)

solar heat gain through glass (window)

< 45 W/m2

(based on SNI 03-6389-2000 Building Envelope OTTV)

OTTV Wall OTTV Glass OTTV Solar

0.04 W/m2 12.24 W/m2 29.08 W/m2

OTTV Total

41.36 W/m2

OTTV Calculation & Elevation by PDW (Melissa & Hale)

Concept

Bank Danamon New Headquarter - H.R. Rasuna Said, Jakarta, Indonesia


traffic flow Local Authorities Permit Submission by PDW (Setyo & Melissa)

basement floor plan

ground floor plan (lobby & banking hall)

south elevation

Contents

project descripton

west elevation

pedestrian walkway accessibility vertical circulation and zoning

Plans, Section, Elevations & Details by PDW (Setyo, Melissa, Hale) - Design Development Drawing Documents

second floor plan (privilege banking)

third floor plan (public facilities)

north elevation

east elevation

typical floor plan (low zone)

typical ceiling plan

sky garden floor plan

typical floor plan (high zone)

typical ceiling plan

Bank Danamon New Headquarter - H.R. Rasuna Said, Jakarta, Indonesia


3d Modeling & Visualisation by Tange Associates


Architecture Portfolio (2010-2013)  
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