Selected Undergraduate Works
Institut Teknologi Bandung
2021-2024
I am a fresh graduate architecture student who is passionate about architecture, design, and photography. I am eager to learn and grow in the studies of my interests and contribute through my hard work, critical thinking, and problem solving skills.
PERSONAL INFORMATION
Full Name
Date of Birth
Nationality
Email
Contact
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: Fatimah Nur Azizah
: December 10th, 2002
: Indonesia
Languages Indonesian (Native), English (Advanced), Japanese (Beginner)
ACHIEVEMENT
Mar 2023
Top 10 Highest GPA in 2020 Class
Architecture of Institut Teknologi Bandung
Table of Contents
05
Children’s Learning Center
Education & Social Facility Final Project 2024
Kosambi Urban Renewal
Mixed Used Building Academic Work 2023
25
For U Hotel
Budget Hotel Academic Work 2023
33
Paksya Pavilion
Vector Active System Academic Work 2022
Children’s Learning Center for Wastukencana
Densely Populated Settlement
3956 m2 | Final Project | Bandung | Education & Social Facility | 2024
Supervisor: Mohammad Jehansyah Siregar S.T., M. T., Ph. D.
Tools: AutoCAD, Revit, Enscape, Figma
In densely populated residential areas, public open spaces are scarce, leaving children without adequate play facilities. This situation does not align with the guarantee of children's rights to have the opportunity to play. In West Java, children make up 33% of the total population, with 42% of them residing in crowded and slum areas. This issue demands special attention, as play is essential to children's lives, and the lack of play areas contradicts legal standards.
This project seeks to establish a public space for children in the densely populated Tamansari sub-district, providing them with opportunities to engage in positive extracurricular activities that enhance their cognitive and psychological development. The initiative aligns with the site's context and aims to optimize social facilities for the benefit of the densely populated communities.
SITE MICROANALYSIS
vehicle lane
The site is traversed by a one-way vehicle lane and must be designed to prevent Traffic jams.
river has to optimize the adjacent Cikapundung River as a riverfront area.
vegetation
The existing site conditions are quite barren, so additional vegetation is needed
sun path the building has to be oriented southeastnorthwest
wind
The wind flows from southeast to northwest, so ventilation is optimized on the sides of the building perpendicular to the wind direction
noise
Buffer area is needed to mitigate noise
INNER COURTYARDS
CONTINUOUS RAMP
Integrating Landscape Element
The existing site condition currently lacks sufficient vegetation, yet natural elements are crucial for children's development. Therefore, resulting in a building integrated with natural elements through an inner courtyard on the second floor.
Waterfront Design
Responding to the site context adjacent to the Cikapundung River by creating facilities that can revitalize the front area of the Cikapundung River.
Space Programming
education area
classroom (2-4 years old)
classroom (5-8 years old)
classroom (9-12 years old)
mini library
outdoor study corner
quran room
recreation area
large motor play
imaginative play
constructive play
innercourt
rest area
indoor playground
collaboration area music room
art room
green roof
multipurpose room
public area flower shop
flower workshop area
amphitheatre
riverfront area
co-working space
cafe
minimarket
service area guard post
prayer room
lactation room
lobby
lounge
toilet
fire escape stairs
fire command center
sewage treatment plan
generator room
temporary waste storage
management area management office
facade responds to sunlight from the east and west directions
children’s entrance
the children's entrance is adapted to the densely populated residential location
natural light voids and skylights for natural light penetration
passive cooling creating openings in the building to allow for ventilation
riverfront area leveraging the potential of the river on the site
Design Strategies
permeable flow
permeable pathways within the building make it easier for visitors to navigate
multiple penetration provide three entrances for visitors: one for motor vehicles, one for pedestrians, and one for children
passive climate strategy
provision of green rooftop and green terrace for urban heat mitigation
building orientation the building extends southeast-northwest to avoid direct sunlight from the east-west direction.
pilotis an entrance combined with a drop-off area to accommodate limited space
children’s entrance
the main entrance for children is a ramp that leads directly to the second floor
NORTH-EAST
SOUTH-WEST
SOUTH-WEST
ELEVATION
BUILDING MATERIALS
Class Design
2-4 years old
5-8 years old
children with a high level of curiosity who are beginning to communicate with their peers
children who still have egocentric thinking, with easily fatigued bodies who need supervision
9 12 years old
children in the cognitive development stage who have reciprocal relationships in social interactions
Kosambi Urban Renewal
7.941 m2 | fourth-year architectural design studio | Mixed Use Building | 2023
Supervisor: Dr. Eng. Bambang Setia Budi, S.T., M.T.
Tools: Revit, AutoCAD, Enscape, Figma
Design Concepts
visitor orientation point and to allow natural sunlight to enter the building.
Sustainable Concepts Green Roof
Rainwater that has been purified and filtered will be channelled within the building and utilized for daily needs such as clean water, plant irrigation, and toilet use.
Rainwater, amounting to 70% of the building's clean water requirement, which totals 94,500 liters, will be stored in 11 tanks, each with a capacity of 9,000 liters.
The building mass is designed resembling a terraced levels to function as rainwater retention areas.
In response to the east and wooden partitions are used to block sunlight in the morning and afternoon. These green balconies also serve as catchment surfaces for the rainwater harvesting system.
wastewater in developing countries is typically 70% greywater and 30% blackwater. Therefore, the total volume of greywater to be treated is 107,887.5 liters.
Rainwater is also collected through balconies in each apartment unit.
Rainwater from the roof is directed through pipes to the rainwater tank.
Green Balcony
Design Features
ROOF TANK
RAW WATER
POTABLE WATER
TRANSPARENT CANOPY
PUBLIC SWIMMING POOL
ARCADE
ABSORPTION POND
GREEN ROOF
COMMUNAL SPACE
RAINWATER HARVESTING
bird eye perspective
SUN SHADING
RAINWATER HARVESTING
CENTRAL ATRIUM
PERMEABILITY
COMMUNAL SPACE
WATER TANKS
GREEN BALCONY
SOUTH ELEVATION
EAST ELEVATION
LONGITUDINAL SECTION
PODIUM PLAN 2
Room Plan
For U Hotel
2000 m2 | Academic Work | Bandung | Budget Hotel | 2023
Supervisor: Ir. Robby Dwiko Juliardi, M.T.
Tools: AutoCAD, Revit, Enscape, Figma
This project was completed within half a semester. In this project, the main focus is building integration system. We were given instructions to integrate the three architecture principle of vitruvius; firmitas, utilitas, and venustas in the form of a budget hotel. We have to design an economic midrise hotel by integrating utility system, structure, circulation, and facade while adhering to local regulations
space as well as a gathering point for visitor. To make a more friendly feeling, a mini landscape park is designed in the front of the hotel. Using terracotta brick as the main facade, it also functions as a means of natural ventilation.
East-West Facade
the basement park is located in the right of the building near the drop-off area. If visitors don’t want to park in the building, they can leave the site following the trail of the road.
Mixed Used
Naturally, a budget hotel’s source of income is its’ guest room. However, hotels usually have a peak season. In anticipating an off-season, commercial area such as retails and meeting rooms are essential to keep the hotel alive. This is why For U Hotel’s second floor is dedicated to accommodate meeting rooms.
This hotel’s green space is located in the forefront space. There will be two mini parks where visitors can relax. An electric charger is accommodated between the two park to charge electric vehicle.
Green Space
Space Programming
Utility Facilities
Rooftop mainly accommodates utility facilities, such as elevator machine room, water roof tank, and water heater tank.
Hotel Rooms
There are three types of rooms in this budget hotel, which is Queen Bed Type, Twin Bed Type, and Queen + Bunk Bed Type. The zig-zag form of the mass building is used to protect visitor’s privacy, especially those rooms that are located across each other.
bird eye perspective
Commercial Rooms
The second floor is filled with meeting rooms that can be rented according to their needs. This meeting rooms are used to support the hotel’s income. The surrounding environment of the site has many larges trees that can protect the building from the sunlight. That is why the first and second floors can use glass as their facade.
Reception Rooms
The first floor consists of lobby, reception area, restaurant, and retail rooms. While the back of house area occupies the back area of the hotel. It consists of luggage room, loading and unloading, back office, and electric rooms.
FRONT ELEVATION LEFT ELEVATION
LONGITUDINAL AND TRANSVERSE SECTION
BACK ELEVATION RIGHT ELEVATION
Paksya Pavilion
a collaboration project of 3 person | third-year form and structure studio 2023
Supervisor: Prof. Dr. Ir. Surjamanto Wonorahardjo, M.T.
Tools: AutoCAD, Rhino, Grasshopper, Enscape, Figma
This project was completed within four weeks. In this project, my team elaborated the vector active system. Vector active system works through composition of compression and tension members or structure systems in coactive tension and compression. In this opportunity, along with my two teammates, we used space truss and flat truss system.
PAKSYA PAVILION
Design Modification
INITIAL DESIGN
The initial design resembles an eye lens that is repeated three times.
Using knowledge of moment diagram, the form changed into resembling a cup. The form follows the highest and lowest value of the moment diagram.
For further exploration, the truss is made to look like a bird’s wings. The column is shifted to bear the middle load better.
LOAD DISTRIBUTION FORCE ANALYSIS
DEFORMATION DIAGRAM
MOMENT DIAGRAM
The two inner columns is moved to be closer to the middle truss or the space truss to lessen the load for the inner columns. Even so, the load of the inner columns are still bigger than the outer ones. Therefore, the cantilever span is made longer. The plane truss form is made tapered off at the end to lessen the vertical load of the outer columns. The joint connection between the plane truss and space truss is located at a point that has zero moment.
FRONT ELEVATION
TRANSVERSE SECTION
JOINT DETAILS
MUR BAUT
PLAT BAJA
FRAME PLANE
TRUSS BAJA
PIPA 17 CM
PIPA 15 CM
FRAME SPACE
TRUSS BAJA
SAMBUNGAN BAJA
(KOLOM - TRUSS) MUR BAUT
KAKI SAMBUNGAN
PLAT BAJA
60 CM
OTHER WORKS
These are a compilation of my other architectural works, from 2021 to 2023 such as architectural designs, maquettes, and hand sketches.
Framed Gallery
Second-year form and space design studio | Gallery | 2022
Supervisor: Tubagus Muhammad Aziz Soelaiman, ST., MA.
Model Making
Framed Gallery is an art museum that carries the concept of frames. It is inspired by works of art that are usually protected by frames. This art museum consists of 6 building masses with 1 mass acting as a landmark. The cone is reversed so that visitors can see footage of the landmark from inside the frame and on top of the building, creating a mysterious impression.
Framing
The mass is created by subtraction technique resulting in a height difference. All mass is subtracted to frame the landmarks.
This museum has circulation in a linear direction. Visitors are directed through smaller openings of the
