ARCHITECTURE PORTFOLIO
Dzakira Qaula Fashla
Selected Works 2022-2024
Dzakira Qaula Fashla
I am a fresh graduate with a Bachelor's degree in Architecture from Institut Teknologi Bandung. I am interested in architecture, especially in sustainable building design and parametric design. I am also passionate about photography and graphic design. I aim to learn and grow in my field of interest and contribute through hard work, critical thinking, and problem-solving skills.
Email Website
Nationality
qdzakira@gmail.com www.linkedin.com/in/ dzakira-qaula-fashla www.instagram.com/ dqfashla
Indonesia
education
MAN Insan Cendekia Serpong
Institut Teknologi Bandung
Bachelor s Degree in Architecture with GPA: 3.72 out of 4
Awards:
2017-2020
2020-2024
Top 10 sketches in SCREEN 6.0 Sketch Competition by Gunadharma University Architecture Student Organization (2022)
work experience
Assistant for Computational and Algorithmic Architecture Studio
Institut Teknologi Bandung
Architecture Intern
SPOA Architecture — Tangerang Selatan, Indonesia
ORGANIZATIONA EXPERIENCE
Head of Student Welfare
IMA-G, Bandung Institute of Technology Architecture Student Organization
(January 2024 – June 2024)
(June 2023 – August 2023)
(March 2023 – March 2024)
Staff of Publication and Documentation Gaung Bandung (July 2023 – November 2023)
Staff of Academic
IMA-G, Bandung Institute of Technology Architecture Student Organization (April 2022 – February 2023)
Mentor for Sketch and Model Workshop
Architecture Orientation Program ITB (December 2022)
Staff of Media
IMA-G ITB July Graduation Celebration (June 2022 – August 2022)
Staff of Creative Media
ITBMUN
SKI S
AutoCAD, SketchUp, Rhinoceros, Grasshopper, Revi Enscape, Adobe Photoshop, Adobe Illustrator, Figm Microsoft Word, Microsoft Excel, dan Microsoft PowerPoin Indonesian (Native), English (Fluent)
(January 2021 – June 2021)
selected works
Undegraduate Final Project (2024)
Net-Zero House
Architectural Competition (2024)
Cibadak Future Living
Architectural Design Studio V (2023)
Architectural Competition (2023)
Architectural Design Studio III (2022)
Pelicano Pavilion
Structure and Form Studio (2023)
Kin-Living
7600 m2 | Final Year Project | Bandung | Co-Living Apartment | 2024
Tools: Revit, Enscape, Figma
Located on Jl. Cikutra, Bandung, Kin-Living aims to create affordable housing solutions for young workers around Bandung City. This project also functions as a space for social interaction with shared spaces to support the younger generation who lack community due to the perceived density phenomenon. Social interaction, space efficiency and sensory comfort are the main focuses in this project.
Design Strategies
sociopetal an outdoor plaza area at the entrance and a sports field on the back side as an interaction center on the ground floor. connectivity the mass of the building on the ground floor is divided into two to form an open space as a link between the two outer spaces.
climate response the mass of the building is tilted so that the side with the most openings does not face directly towards the sun.
space efficiency double-loaded linear circulation is used to maximize space efficiency in the residential zone. node circulation there are three communal areas as meeting points between linear circulation to each residential unit.
green space providing as much green area as possible in the outdoor space to provide comfort.
Section A-A
Section B-B
Site Plan
First Floor Plan U
Sections
6th Floor
Spatial Zoning Space Modularity
6th floor
4th Floor
2nd Floor
1st Floor
shared drying room
2-5th floor
residential units
co-working space
kitchen and dining room
lounge room
laundry room
ground floor
retail
cafe
lobby and pop-up store
sports field
multipurpose hall
Shared Spaces
Communal Dining Room
the shared kitchen and dining room are combined in one open space to facilitate cooking and eating together as resident interaction activities.
Lounge Room
Bright colors are used in the interiors such as the lounge room to make the space more interactive by enhancing the user's mood, energy and creativity.
Co-Working Space
The co-working space uses glass doors so that it can be seen from the outside but still maintains calm inside.
Private Spaces
Room Units
The use of partition walls in family type rooms creates an open space luminated by natural lighting.
Net-Zero Modern Living
120 m2 | Architectural Competition | Bandung | Net-Zero Building | 2024 Tools: Revit, Rhinoceros, Grasshopper, Enscape, Figma
This project aims to tackle the issues of energy consumption in residential buildings by reducing operational energy use to make energy efficient building design throughout its life cycle.
The site location is located in the urban area of Bandung to enable the realization of the Net-Zero Modern Living concept. The site address is Jl. Venus Bar. VII No.18, Manjahlega, Kec. Rancasari, Bandung City, West Java 40286.
User Analysis Energy Consumption Patterns
The user is a family consisting of a husband and wife and two children with the assumption that from morning to noon there is only the mother, during the day there is only the mother and child, and at night there is full occupancy.
k Material
Red brick material has a high level of insulation to withstand heat from outside the building
WWR Optimization
Window-to-Wall Ratio is made optimal based on Autodesk Insight simulation with the following values
WWR north wall 20%
WWR south wall 30%
West wall WWR 30%
East wall WWR 20%
Solar Photovoltaic
Using 32 solar panels to produce 9235 kWh for the building s energy needs of 9075 kWh per year.
Water Catchment Area
The roof of the building with 87 m2 functions to collect rainwater. Rainwater is also collected through the balcony of each room.
Energy Saving Lighting
The building uses high-efficiency CFLs, LED and OLED lights.
Urban Farming
Roof tile material was chosen as roofing material because it has a fairly low U Value compared to other materials, making it more effective in retaining heat.
116 m2 area for growing fruits and vegetables, enough for one family
Roof Tile Material
Calculation of energy produced by solar panels using climate studio software. Materials, energy usage patterns, WWR, and occupancy have been adjusted as described. By using 32 solar panels which have an efficiency of 20.4%, 9235 KWh/year of energy is produced. The total energy required by the building is 9075 KWh/year. So, there is excess energy of 160 KWh. It can be said that the number of 32 PV is the minimum solar panel specification in this case so that this house can be energy independent.
Channel System Water Reservoir Water Use
Stack Effect Strategy
Cibadak Future Living
7455 m2 | Architectural Design Studio V | Bandung | Mixed-Use | 2023
Tools: Forma, Revit, Enscape, Figma
Cibadak Future Living is a mixed-use building design project located on Jalan Cibadak, Bandung. Responding to the issue of population density in urban areas which causes neglected spaces and the lack of green open space, this building is designed as a sustainable residential solution combined with commercial areas to advance the local economy and public open spaces to increase user interaction.
Design Concepts
First
Section B-B
Section C-C
Section A-A
Bale Bage
135 m2 | Architectural Competition | Yogyakarta | Community Center | 2023
Tools: AutoCAD, SkechUp, Enscape, Figma
This project was focused on creating a communal public space for people with informal settlements in Kampung Jogoyudan, Yogyakarta. Along with my two teammates in this project, we designed a community center with its form taking inspiration from Yogyakarta cultural significance, Joglo house. The community center designed with bamboo, a sustainable material that is close to the locals of Jogoyudan and can be easily built and constructed together.
Design Approach
Poverty to this day continues to be an issue in urban population. Around 7% of urban population lives just barely above the poverty line, and often reside in overcrowded and insufficient housing such as slums and informal settlements. These settlements generally have uneven arrangements due to a lack of planning, and are also crammed with two functions as a place to live (the first place) and as a place to work (the second place). Third places, or proper communal spaces for social and recreational activities are usually lacking in these underdeveloped settlements.
The 135,83 m2 site is located at Kp. Jogoyudan Road No. 594E, RT.31/RW.07, Gowongan, Jetis District, Yogyakarta City, Special Region of Yogyakarta 55232 (-7.784690, 110.269616). Gowongan is near Yogyakarta’s downtown, and is crammed with informal settlements near Code River.
Design Concepts
Local Identity
The form is made by transforming the traditional form of the 'joglo' roof and the roof of the 'kampung' house that symbolizes local identity into a simpler form. The building takes the philosophy of the pendopo on the joglo, which is an open space that can be visited by anyone and establish friendly and family relationships with other visitors inside.
Flexibility
The community center is designed to be as flexible as possible with its functions and thus can be divided into two zones. The outer zone is the play zone which caters the recreational needs of people. The inner zone is social and learning zone which can be used for gatherings such as village meetings, youth organizations, children studies, religious studies, etc.
Sustainability
The sustainable and lightweight nature of bamboo makes it an ideal material for a community center. Following traditional Javanese Joglo-style architecture, the bamboo structure contributes to the durability and strength of the roof. The roof structure is then covered with roof tiles and completed with some traditional ornaments on the edges. The bamboo blinds as its facade control and maximize the natural light coming in while allowing air to circulate inside as natural ventilation.
Stone Garden
1200 m2 | third-year architectural design studio | Bandung | Visitor Center | 2022
Supervisor: Dr. Ing. Andry Widyowijatnoko, S.T., M.T. Tools: AutoCAD, Rhino, Grasshopper, Enscape
Focusing on creating a visitor center in The Stone Garden, Bandung, In this project I designed the building mass as if it is an extension of the ground, creating a landscraper in the land of the stone garden. Using aluminium composite panel as the main material, the building also becomes a tourist attraction in the stone garden, focusing on the garden of reflected stone exhibitions at the center of the three radial masses of the building.
of the site, the Stone Garden landscraper is in the form of continuous ribbon that move up the site and are connected between the masses
Situation Plan
Front Elevation
Back Elevation
Right Elevation
Left Elevation
Longitudinal Section
Pelicano Pavilion
Form and Strcuture Studio | Pavilion | 2023
Supervisor: Dewi Larasati, S.T., M.T, Ph.D.
Tools: Rhiconeros, Grasshopper, Figma
Along with my three teammates in this project, we took tectonic principles from the Hsinpu Tao Temple structure, then revitalized it into an open pavilion. The concept of the pavilion form is an asymmetrical shape with a main void in the middle. We wanted to take a more organic shape, therefore we felt an asymmetrical shape could represent the concept better.
COMPRESSIVE TENSILE
rod itself also experiences a tensile force caused by the pressure generated by the waffle meeting point. The waffle system as a whole works in balance, where all forces and loads are shared evenly.
Atap sirap
Ring kayu pengikat
Kaca
Selubung atap
Struktur kayu waffle
Amfiteater
Pedestal beton