Graduated Architecture Portfolio

Education

2019 - 2023

Institute of Technology, Bandung

MA Architecture | GPA 3.54

Working Experience

Agustus, 2022 - May, 2023

Teaching Assistant Architecture Department, Institute of Technnology, Bandung

Subject :

• Urban Conservation.

• Architectural Conservation.

• Architectural Design Basic.

January - May, 2020

Teaching Assistant - Mentor Architecture Department, Institute of Technology, Bandung

Subject :

• Communiaction and Presentation Technic.

June - Agustus, 2019

Internship Architect

PT. PPRO BIJB Aerocity Development

The first airport area development company in Indonesia, participated in the first apartment project of the Aerocity cluster.

July 2018

1st Place Winner STUCO Competition in “Spatial Design Category : Student Centre.”

Reliya Annisa Putri

A master of architecture who is interested in expanding professional experience as an architect. Pursue to create architecture with ‘people’ at its core value and how their interaction with the ‘place’. Interested also in architectural conservation. Highly motivated individual who pursue a high quality results. I’m a displined and responsible worker who make a good team player.

reliya.rap@gmail.com

+6282282277762

Bandung, Indonesia

2015 - 2019

Institute of Technology, Bandung

BA Architecture | GPA 3.58

Worked with the lecturers to prepare class materials. Responsible for the execution of online and offline classes. Managed academic account of each subject as a media to communicate and to keep archive of classes materials and activites for one semester.

Managed the progress of students’ assigments and made posters of important classes.

Worked with the lecturers to prepare class and assignment materials.

Mentored 20 students for 8 assignment modules and performed group assistance twice a week.

Worked with the lecturers to evaluate students’ assignments.

Analyzed Detail Engineering Drawings according to building regulations and standards in Indonesia. Calculated materials volume for Bill of Quantities calculation. Updated Post-productions Drawings based on the design changes. The drawings include ground plan and exterior perspective render.

Team competition with M. Raushan F. and Shafira A. F. Contributed in developing design idea and concept, producing schematic drawings, design posters, and final presentation.

Organizational Experience

2018 Secretary

Gaung Bandung 2018. (67 th Dies Natalis of ITB Arcitecture Student Association [IMA-G ITB] event).

2017 Chief Executive

CAITT 2017. (Civitas Academica ITB Tennis Tournament held annually by Unit Tenis ITB).

2017/2018 Secreatry

MUSI ITB. (South Sumatera Students of ITB Association).

Skill

AutoCad Sketchup Revit Enscape Bahasa

Adobe Photoshop

Adobe InDesign

Adobe Illustrator

2017 Head of Artistic Division

Kampung Musi 2017. (Cultural performances event held by MUSI-ITB).

2016 Head of Tournament Division

CAITT 2016. (Civitas Academica ITB Tennis Tournament held annually by Unit Tenis ITB).

Interest

Adaptive Reuse Architecture

Placemaking

Graphic Design

Compact Living Music

Student’s Kampong

Student Centre located in a student boarding concentrated area, Cisitu, Bandung. The facility encourage student activity in order to nurture their role in society by giving condusive environment for studying and interacting. Sustainable design allowed by recycling rain water, maximize utilization of natural light and air, material choice also vertical space for farming media. Opennes and Flexibility is the main character of the spaces formed.

STUCO Competition 2018. “Spatial Design Category : Student Centre”

EXPLODED AXONOMETRY

Roof

3rd floor

2nd floor

Ground floor

Basemen

CONCEPT

ACTIVITY AROUND SITE

The Ground Floor serve as a public area where facility with free access allocated. Plays of floor elevation define space for each area without vertical barrier allows rooms extensively merged visually and physically.

A series of stairs lead the user to a series of room. In the second floor where rented room and class room located, the access limited by a member card. While in the third floor where students facility located the access is limited to students.

PLACE AXONOMETRY ILLUSTRATION

Wall is percieved as a barrier, shield and farming media. Some walls formed by a series of sliding door to maximize space flexibility. Some walls have visual permeability as a shield but allowiing interaction to the outside. Some walls enhance the privacy of the space. Some walls function as a media for urban farming.

PERSPECTIVES

URBAN FARMING SPACE

MEETING ROOM

COMMUNAL STUDY ROOM

STUDENT STUDY ROOM

THE COLONY

As human behaviour effects the natural environment, there has been disruption which cause the city vulnarable to disasters. To achieve resilience city, The colony is a pilot project which concept can be copied and developed in other area of Philippines. The colony include housing, agriculture and energy development to ensure “House, Water, Energy and Food Resilience” of an area.

Architectural Design Studio V (2020). “DRIA Competition”

SITE ANALYSIS

OLD NAGA

in the past Naga City depend and value a lot their agriculture, water ways and bayanihan culture in providing their basic needs.

PRESENT NAGA

Nowadays, Modernized Naga City shift its way of living, to depend on commercial jobs and artificial water system. A lot of residential area prone to natural disaster since there are a lot of informal housing around the city

CONSEQUENCES

As a city that is prone to typhoon, Naga City has working on improving their agriculture productivity, flood in the city and housing structure so the city will be resilience towards natural disaster and future needs..

As City and Natural environment diffused, community behavior in the city effects natural environment which they utilized the resources. This creates a loop between natural and the city. The worse the behavior then the worse natural environment which cause disaster. Architecture can interfere this loop, by shaping a good behaviour in a built environment.

RESILIENCE CONCEPT

Natural system are interconnected and lumpy. Lumping connects systems to each other in ways that allow to respond to change, and recover more quickly from disturbance. Our towns and cities, for instance, are lumps of density and diversity. Once human settlements were close to clusters of natural systems that offered food, water, energy, and materials, the situation today is diffused. Diffusion and the disconnection it creates, impair our ability to see and correct behaviour, espessially if the impact of our actions is felt far away, and affects stakeholders that we do not know.

-Kishnani, Nirmal. (2019). Ecopuncture.

HOUSING CELL

The housing cell, each has community farm where community can familiarize themselves with agriculture from the smallest action while socializing. Modular and incremental supported with well-thought Power and water system make the housing cell more resilience from disasters.

AGRI-ECONOMY SYSTEM NETWORK ON SITE

Site has interconnected agri-economy system network, which allow the site to be more resilience to provide their own needs and bring good impact to the area around the site.

Waste, Energy and water system designed to make cycles and mutual relations between natural environment and neighborhood, in a larger scale.

Mixed Farm is the strategy to increase Naga’s agricultural productivity. Total area of mixed farm required for a housing cell approximately 1.8 Ha.

GREEN HOUSE FLOOR PLAN

COMMUNITY FARM

Trough this farm outside housing cell. community can participate to produce or learn about agriculture, thus improve agriculture productivity and food resilience not only within site but also around the site.

Shellter

Temporary structure serve as a multi-event supporting facility in a park. Using tectonical design approach, Shellter utilize elastic and tensile strenght of a hollow steel and membrane as the main structure. Curvilinear form and choice of material made this pavilion blend well with the park enhancing interaction between the user inside and outside the pavilion. The pavilion is a visitor ‘shelter’ in a ‘shell’ shape.

Architectural Design Studio I (2016). “Forms and Tectonics”

Membrane Steel Sling

EXPLODED AXONOMETRY

Hollow Steel

Laminated Wood Floor

Concrete Pedestal

Cosy Homes Cipulir Apartment

Cosy Homes is a mixed-use development located in Cipulir, Jakarta Barat with the existing issue on the site, the apartment has a role to facilitate resident’s needs such as school and retail shops, rater than providing commercial area for the neigborhood. The vision of cosy homes is to provide comfort living to its residents.

Architectural Design Studio V (2019). “Mixed-Use Apartment Design”

Site Analysis

Terminal Light Rail Transit (LRT)

Issues on the Site

Cosy Homes provide comfort able way of living by mixed use concept. Cosy Homes is a place to live and supply their needs within the building. The facilities that residents can find is school, commercial area, park, and fitness center.

1ST FLOOR

BASEMENT

2ND FLOOR

3RD FLOOR

RESIDENT LIVELIHOOD ILLUSTRATION

LIVING ROOM

OVERLOOKING KITCHEN AREA

Interior design to maximalize the resident’s livelihood and productivity. Where sunlights can penetrate all area of the apartment.

BED ROOM

FOYER

Typical Floor are floors from 5th to 16th and 18th to 31st. There are total of 26 floors, 182 of studio units, 78 of 1 Bedroom units. 52 of 2 Bedroom units, and 78 of 3 Bedroom units. There 2 wings of the tower, that facilitate the comfort between all of the dwellers.

Cosy homes apartment targeted for growing young family. Therefore the design has diverse room choices to acoomodate the growing size of the family.

2 BR A, 2 BR B