Architecture Portfolio GLENIZZA IRUKA | 2023 intended for Architecture and Historic Urban Enviroments MA application Bartlett School of Architecture University College London
Glenizza Iruka
Date of Birth : Clayton, 18th January 1999
Phone : +6285156554720
Email : glenizza.iruka01@gmail.com
Address : South Jakarta, Indonesia
LinkedIn : Glenizza Iruka
Website : https://issuu.com/glenizza.iruka01/
Nationality : Indonesian
EDUCATION
2016 - 2020 Bachelor of Architecture
Bandung Institute of Technology, Indonesia
Final project : Beach Resort in Wae Rana, Labuan Bajo, Indonesia
GPA 3.36/4.00
2013 - 2016 MH. Thamrin Senior High School, Indonesia
PROFESSIONAL EXPERIENCE
March 2021 - Project Architect
December 2022 Arkana Architects, Indonesia
https://arkanaarchitects.com
November 2020 - Urban Designer Intern
February 2021 PT Pandega Desain Weharima, Indonesia
https://www.pdw.co.id/
May 2019 - Architect Intern
August 2019 Agung Sedayu Group, Indonesia
https://www.agungsedayu.com/
Curriculum Vitae
ORGANISATION & LEADERSHIP EXPERIENCES
2019 - 2020 Minister of Student Association
‘Baracita’ Cabinet KM ITB
Bandung Institute of Technology
Coordinating and maintaining information, activity, and relation among 44 proffessional student associations.
2018 - 2019 Senator in Charge
IMA-G, Architecture Student Association
Bandung Institute of Technology
Advocating architecture students necessity from departmental student association to Bandung Institute of Technology Campus Scale Association.
2018 - 2019 Research Discussion Division (Staff)
IMA-G, Architecture Student Association
Bandung Institute of Technology
2017 - 2018 Design & Creative Division (Staff) Community Project & Field Study
IMA-G, Architecture Student Association
Bandung Institute of Technology
2017 - 2018 Head of Appreciation, Student Association Ministry
‘Senurani’ Cabinet KM ITB Bandung Institute of Technology
SEMINAR & WORKSHOP
2020 Architecture & Scarcity Series ARCHINESIA “Harmonizing Elements of Nature as Architecture Conspirators” (participant)
2019 Architectural Design Seminar for Transit Oriented Design Bandung Institute of Technology, Indonesia (speaker)
2018 Challenges and Opportunities of Disaster Evacuation Shelter in dealing with Indonesian Disaster Situation
Parahyangan University, Indonesia
PAPER AND PUBLICATION
2020 “Beach Resort in Wae Rana Beach, Labuan Bajo”
Architecture Final Project
Supervised by Dr.Eng. Hanson Endra Kusuma, S.T., M.Eng. https://digilib.itb.ac.id/gdl/view/49672/glenizzairuka?rows=1&per_page=2
2019 “The Correlation of Density, Commercialization, and Comfort in North Bandung Station” Seminar subject, awarded as best paper.
Supervised by Dr. Agus Suharjono Ekomadyo, S.T, M.T
2018 “Spare cavity in the design of Ario Andito” with Edly Tsara Nabilah, Gioranike Geraldin, and Almajid Habibullah
Supervised by Dr. Agus Suharjono Ekomadyo, S.T, M.T https://www.researchgate.net/publication/344835634
AWARDS
2018 Best Student Work Architecture Design Studio III Cikapundung Gallery and Urban Workshop
2018 Best Student Work Landscape Architecture Design Studio
ITB Architecture Department representative for Korean Architectural Accrediting
2019 Best Student Work Architecture Design Studio IV Resilient School Design Project Apartment Design Project
2019 Best Paper Seminar Subject Topic : Transit Oriented Design
The Correlation of Density, Commercialization, and Comfort in North Bandung Station
2022 LPDP Scholarship / Recepient
Awarded by LPDP (Indonesia Endowment Fund for Education)
Fully funded scholarship from the Government of Indonesia to finance my prospective master’s degree.
OTHER SKILLS
Mother tongue Indonesian
Other languange English
IELTS Academic score 8 out of 9
Software SketchUp, AutoCAD, Lumion, Twin Motion, Adobe Photoshop, Adobe Illustrator, Adobe InDesign
Other Model making, sketching
intended for Architecture and Historic Urban Environments MA Bartlett School of Architecture University College London
4 Contents Competition Professional Academic Other Works 5 Jangkar Tikolo, 2020 11 RB Retirement Villa, 2022 17 ER House, 2021 21 KL Villa, 2021 25 Svarna Astamaya Beach Resort, 2020 29 Rucca Mixed Use Building, 2019 33
JANGKAR TIKOLO
5
Competition entry, 2020 | Teamed up with Steven Widyatmadja, Raushan Fikri, Guntur M. Damanik, Aries F. Prayoga | Tourism Hub in 3.5 Ha land | Role : conceptualizing, designing 3D & layout of the monument, touching up 3D renderings, designing & illustrating siteplan.
Design Background
Landmark location
Horizontally, the mass of the monument is elevated to represent a linkage between humans and their creator (Mori Kraeng). Due to the location is the highest point, visitors who arrive there will be greeted with beautiful landscape. The mass of supporting buildings are placed to yield to the formation of natural contours and united with circular circulation that captures the beauty of nature in full extent.
Landmark as the focal point is located on the highest terrain. The entrance of the landmark building refers to sun’s axis.
The building masses are integrated with land’s elevation to reduce intervention towards land’s limestone characteristics.
Viewing deck designed to enable 360o view.
6
Main circulation connects all the functions, inspired from local architecture identity. ocean view cafetaria
Walls at the intersection between building masses with circulation lane to add more character. stage office welcoming plaza
museum & multifunction room cultural center town view town view mountain view
Jangkar Tikolo is a tourism hub, located in the strategic, yet full of nature’s potential area to bring about the desired tourism attraction. Indonesia has been embarking on the tourism development and Labuan Bajo has been one of the priorities, given it’s demographic and socio-cultural condition that need improvement. Therefore, contextualized design in tourism development is urgently needed to ignite local contribution and sense-of-belonging both to local inhabitants and visitors.
The Tikolo Anchor Building (Landmark) which is referred to the direction of sunrise metaphorically means to encourage Bajo residents to move forward together towards a brighter future. While geometrically, the building adopts the shape of the Musalaki traditional house, which means the house of the chairman who will lead the residents to embark challenges.
Landmark connectivity
The materials are inspired by buildings that have survived for hundreds of years, such as stone, wood, and thatch in order to create a distinctive floristry atmosphere. This combination also aims to preserve the values of Flores which have developed for a long time that can encourage local workers to participate in the construction. These materials are then combined with more contemporary materials such as concrete and steel.
Connectivity & Programming
Connectivity
Curvature as one of the features that Eastern Nusa Tenggara houses have was made as connection among the integrated areas. Not only it has philosophical value that is maintaining less obstructive natural flow, it also creates an experience that brings uniqueness to the tourism hub.
7 OFFICE & VISITORCENTE R CULTU R AL STAGE EIV W I N G DECK DI SPLAYAREA PERFORMAN C E EGATS VIEWINGDECK EXIT DISPLAY ARE A C AFETARIA DISPLAY C O R RODIR landmark entrance exit office cultural exhibition performance stage viewing point outdoor public area impression memory phase 1 phase 2 phase 3 phase 4
Traditional houses complex with each building carries it’s fuction.
Mbaru Niang traditional hpuse in Wae Rebo uses thatch as it’s roof covering.
Natural stone wall that is used for wall partition of spaces.
High stone wall to define the hierarchy of space through different level or visual block.
Materiality Mood Reference
Another shape of East Nusa Tenggara traditional house.
General roof concept consists of 3 layers; thatch as cover in combination with glass skylight, insulation to respond the climatic tropical heat, and timber structure.
The siteplan represents combination between round elements with rectangular elements. Rounded shape is used in designing public spaces, such as reception plaza, viewing deck, stage and circulation. Meanwhile the rectangular shape is used in covered area, such as museum, cultural center, office, and display area.
8 access to monument cultural center display corridor multifunction room access performance stage NORTH
Elevation 1 : Cultural Center
Elevation 2 : Museum & Multifunction Room
Section
9 6 12 20m+3.30 -8.70 -4.50 -4.50 -4.50 -7,00 10m 30m 20m U0 10m 30m 20m U 1
2
3 Museum & Multifunction Room - Ground Floor Museum & Multifunction Room - 1st Floor
Axonometry 1 : Museum & Multifunction Room
Axonometry 2 : Cultural Center
10 Kuwu Lewa / Pondasi Maga / Lantai Wisu / Atas Lantai Atap section slice 4 Monument thatched roof & glass skyligtht timber roof structure steel structure 1st floor ground floor thatched roof & glass skyligtht timber roof structure steel structure wall partition 1st floor ground floor
RB RETIREMENT VILLA
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Professional Work, 2021 | Arkana Architects, Bali | Retirement Villa in 800 m2 land | Role : Project Architect | Status : Design Development
LONG & CROSS SECTION
SKALA VERTIKAL & HORIZONTAL 1 : 500(A3)
RB Villa is a retirement house located in Dalung, Bali. To serve its function as a house aiming to provide tranquility for it’s user, the land is located in a quieter area in central Bali with a local Balinese neighborhood. However, the location does not have any potential external view. Therefore, creating internal view that can be a visual focal point becomes the design’s objective.
LONG & CROSS SECTION
LONG & CROSS SECTION
LONG & CROSS SECTION
SKALA VERTIKAL & HORIZONTAL 1 : 500(A3)
SKALA VERTIKAL & HORIZONTAL 1 : 500(A3)
SKALA VERTIKAL & HORIZONTAL 1 : 500(A3)
Surrounded by local houses gives another challenge on how the building’s facade responds to its surrounding. Humbling down the front facade overlooking the main road access is one of the solution to avoid creating a massive and obstructive building when placed in an organic Balinese neighborhood. The design also aims to create a sense of different impression and unique experience through a defined circulation connecting each of the area.
Long & Cross Site Section
CROSS SECTION
HORIZONTAL 1 : 500(A3)
Datum Elevation : 55.0 - Section 1
Datum Elevation : 55.0 - Section 3
Given the natural terrain, the land has a mild slope starting from the front to the back of the land’s boundary. The rectangular shape of the land with lengthwise towards the back can be tricky when placing the building mass. Studying further of functional rooms grouping is required to decide how many masses should be placed on ground and how many levels should the building provide.
Datum Elevation : 55.0 - Section 5
Datum Elevation : 55.0 - Section 2
Datum Elevation : 55.0 - Section 4
12 Site Map Bird Eye View Topography
neighbor land
From the front side, the design aims to give a ‘humble’ look to appreciate local houses surrounding it. Therefore, creating a hint of stacking boxes by varying building’s height instead of placing 2 storeys building on the front side is considered.
Integration of buildings differing from each of it’s function is connected through a defined circulation path, offering different experience throughout each of the spaces. Considering the space hierarchy (from public to private), the buildings are placed from public to private areas from the front to the back.
Creation of centralized view inside the land is optimized due to lack of visual accessibility outwards. Therefore, each of the buildings is assured to have openness overlooking the garden.
Initial Massing Study
1 2 3 4 5 6 7 8 9 10 11 12 13
Design Reference Axonometry
1. Garage
2. Main Entrance
3. Service Quarter
4. Gym 5. Spa
6. Kitchen & Dining 7. Sunken Living 8. Office
9. Master Bedroom 10. Master Bathroom 11. Stairs to 1st Floor 12. Swimming Pool
Living Area Office Bedroom Service Quarter Gym & Spa
1. Stairs to GF
2. Guest Bdr. 1
3. Guest Bdr. 2
4. Guest Bdr. 3
5. Rooftop Pantry & Toilet
1 2 3 4 5 6 Ground Floor Plan 1st Floor Plan
6. Rooftop
2
Stacking Box 1 Integrate - Disintegrate
Internal View 3
horizontalism fish pond lush vegetation screen facade natural stone timber pivot door floating pathway water feature
Pond
Rooftop Canopy
Guest Bdr. & Bth.
Alderon Roof Cover
Concrete Slab
Pantry & Powder Room
14 entrance area garden spa & gym bedroom garden circulation open living area Room Requirements Storage MEP room Pantry Maid Garage & Main Pathway Kitchen & Dining Sunken Living Area Office Outdoor Lounge Spa & Gym Master Bedroom Guest Bathroom Rooftop area Powder Rooms Batthrooms Public Area Area Area Semi - Public Private Public Semi - Public Private 10 m2 5 m2 10 m2 8 m2 43 m2 50 m2 40 m2 25 m2 30 m2 45 m2 40 m2 30 m2 50 m2 20 m2 50 m2 Percentage of Spaces 16 % 42 % 42 %
Material Selection
The interior maximizes the use of natural material, such as teak
with
To create warmth for the user, selections of fabric with neutral colours complementing with the architectural materials are also carefully picked.
Overall, the interior aims to bring outside elements inwards, creating a sense of continuity and unity between the exterior and interior.
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synthetic rattan dark granite stone light granite stone
teak wood copper cladding river stone cladding andesite stone loose pebbles textured cement polished concrete green sukabumi stone black alumunium frame
wood and natural stone,
the dominant tone of polished concrete as floorings.
Vegetation Concept
Vegetation plays an important role in creating thermal and visual comfort. Not only it creates visual aesthetics with natural color scheme, but also it helps maintain a healthy balance in the surroundings including air quality, ecology, and natural resources.
Selection of plants considers the distinct species in Bali that reflects tropical ambience both to strengthen the tropical house character and accesibilty to provision.
With several water feature in a form of fish pond, the landscape combines water element with Pulmeria Alba as it’s focal point. To complemet the lengthwise pool, the side garden is incorporated with a set of vegetative combination; Ravenala Madagascariensis, Lycoris Radiata, and Strelitzia.
Purposes
natural cooling
water retention
natural shading
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alanevaR dam a sag c a r i e ns is Plumeria a ba M o n s t e r a sirocyL ataidar Adonidia merrillii Strelitzia aigeRaenotsyoR strelitzia monstera p u l m e r i a a l b a l ycorisradiata st r el i t zi a sisneiracsagadamalanevar
visual aesthetics
adonidiamerilli adonidia merilli aigeraenotsyor aiztilerts
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ER HOUSE Professional Work, 2021 | Arkana Architects, Bali | Retreat Villa in 600 m2 land | Role : Project Architect | Status : Construction Finished
Design Reference
ER House is a retreat villa located in Bumbak, Bali. With the land size of 600 m2, the design aims to give a spacious garden as its pivotal view aspect from the inside. Along with the elongated land shape, it comes with a large ricefield terrace across the land, giving it a potential view aspect if elevated. Overall, the concept is contemporary tropical house with a touch of Balinese accents.
The land is surrounded with sprawling newly built villas as the location is quite strategic for tourists. Therefore, in order to keep the private area secluded, it is placed at the back of the land, with service area placed at the front side.
Design direction comprises of the above combination, creating comfort with Balinese local materials in combination with contemporary horizontal geometry as it’s integral.
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Site Map Bird Eye View
Construction Photo
wood natural stone pathway
vegetation open living area alumunium sliding door
horizontal geometry lush garden & pool touch of marble
Axonometry
Rooftop Plan
Integration of Functions
Space that is created above the ground floor structure can be maximized as being utilized for more private areas, such as bedrooms. 1st floor also requires view to be oriented towards the main garden and pool
Internal view consisting of spacious garden and swimming pool should be visually accessible from the open living area. Therefore, full openings are need
Wall separating service area and private area
Service building located at the front to act as a ‘buffer’ separating access road and private area of the building at the back. Moreover, placing the main building at the very back gives more spaces for the garden and pool
19 1 2 3 4 5 7 8 9 10 11 12
Garage
Storage 3. Service
Maid
5. Drying
6.
& Garden
Terrace 9.
Living 10.
11. Storage 12.
1 2 3 4 5 6 7
1.
2.
Pantry 4.
Room
Area
Main Pathway 7. Pool
8.
Open
Powder Room
Stairs to 1st Floor
1. Corridor
2. Master Bdr.
3. Master Bth.
4. Guest Bdr. 1
5. Guest Bth. 1
6. Guest Bdr. 2
7. Guest Bth. 2
3. Outdoor
4.
8. Stairs to Rooftop 1. Corridor 2. Powder Room
Area
MEP Room
Ground Floor Plan
Garden as the integral part of the building’s focal point plays a prominent role in creating sense of place in the integrated areas
1 2 3 4 Terrace entrance Open Living Bedrooms Bathrooms Rooftop Garage Service Quarter Main Pathway Swimming Pool Garden public area private area Legend : Access View 1st Floor Plan
wooden ceiling duco paint light granite stone
teak wood statuario marble paras kerobokan natural stone
andesite stone loose pebbles rough andesite textured cement green sukabumi stone ceramic tile
20
Material Selection
Long Section
Cross Section
KL VILLA
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Professional Work, 2020 | Arkana Architects, Bali | Villa in 220 m2 land | Role : Project Architect | Status : Under Construction
Site Map Bird Eye View Land Slope
The land has medium slope, approximately 2 meters depth from the highest to the lowest point at the back.
KL Villa is a 2+1 storeys villa located in Pererenan, Bali. The 220 m2 land is located at the end of a shared access road with several neighboring villas. Given the position, the land has the most privacy, since there is no building on the back side of the land.
Concept Development
The challenge is to elevate the building with filling the existing soil level to achieve view accessibility from the rooftop area.
on the back
22 space for balcony to main road view building mass seted backwards to create balcony on the front side and canopy on the back side for the ground oor vehicle parking area building mass offsetted forward to create canopy for the ground floor service access to the back of the building entrance pathway vertical circulation N
land creating
vertical circula-
buildings balcony creating space on the front river neighbor shared road parking & entrance service access potential entrance Analyzing surrounding context 1 Filling existing soil level to reach access road 2 Ground floor development based on land shape 3 1st floor development & vertical circulation 4
sun direction to
openings 5
space
tion in between 2
Analyzing
design
23 private - office semi privatekitchen semi private sunken living area outdoor rooftop area with jacuzzi fresh air enters through full opening air circulation maximizes with double volume master bedroom master bathroom garage guest bedroom full openings to allow optimized air circulation Ground Floor Plan Section 2 1st Floor Plan Rooftop Plan 1 2 3 4 5 6 7 8 9 10 11 1. Garage 2. Main Entrance 3. Foyer 4. Powder Room 5. Kitchen 6. Dining 7. Living Area 8. Guest Bedroom 9. Stairs to 1st floor 10. Back garden 11. MEP room 1. Stairs to rooftop 2. Circulation 3. Master Bedroom 4. Walk in Closet 5. Master Bathroom 6. Office 7. Blacony 8. Void 9. Balcony 1. Stairs to 1st floor 2. Circulation 3. Outdoor seating 4. Jacuzzi 5. Powder Room 1 2 3 1 2 3 4 5 4 5 6 7 8 9 outdoor seating with jacuzzi private office kitchen & dining area lowered level for sunken living air circulated into living area master bedroom guest bedroom master bathroom garage & entrance Section 1
Axonometry
Skylight
Masterial Selection
1st Floor
Skylight Detail
Ground Floor
24
Metal Hollow Facade Screen
Metal Hollow Facade Screen
Rooftop C D
Roof C D
C D GAT 1. FOR INFORMATION
KL VILLA KAREN LIAO
1
teak wood granite tiles
black alumunium frame
basalt stone stone cladding concrete paving textured wall
SVARNA ASTAMAYA BEACH RESORT
25
Final Project Architecture Design Studio, 2020 | Bandung Institute of Technology, Indonesia | Beach Resort in 3.8 Ha land | Individual
|
M. Eng.
Project
Supervisor : Dr. Eng. Hanson Endra Kusuma S.T.,
International Connectivity
Wae Rana Beach is one of undeveloped tourism potential areas in Labuan Bajo, East Nusa Tenggara.The beach is located on the west coast of Labuan Bajo Citywith an area of3.8 hectares and has a strategic access to local/environmentalroads.Therefore, leisure function is a suitable function to be developed because of its private location, tranquility, and natural potential.
Local Tourism Attraction
natural stone pathway pathway
Variety of Traditional Houses as Design Reference
One of the design ap- proaches used is Attention Restoration Theory. Based on Kaplan’s Atten- tion Restoration Theory, to provide a restorative effect, the natural envi ronment must have an extent (the scope that immerses the user in the pleasures of nature), being away (providing an escape from habitualac- tivities), soft fascination (environmental aspects that capture attention) , and compatibility (openness and appreciation for the natural environment). These aspects are then implemented in the form of a beach resort design thatfocused on the natural beauty of the coast and landscape of the is- lands in Wae Rana Beach
26
Plan
Aerial View
Site Analysis Site
Site
a. Cinta Hill
b. Wae Rana Hill
c. Wae Cicu Beach
d. Wae Rana Beach
The site mainly is interconnected to 3 main access road; to We Cicu Beach, to Airport & Cinta Hill, and to Pede Beach and Labuan Bajo Port
Potential View Orientation 1 Accesibility 2 Land Regulation 3 Topography 4
The above line shows the topography slope within 4 meters. Overall, the site has medium-high slope.
wood
Accessibility to the design emphasizes user extent and spatial experience. Interconnecting ramps are used to enable a universal design for all guests. An area of 3.8 hectares is built with facilities grouped according to its function and privacy.The circulation path also incorporates naturalel elements such as rocks, ponds and vegetations.Additionally, sloping land also gives advantage on the view visibility for each building.
27
Masterplan Section
Main Building - Ground Floor Plan
Main Building - Long Section
Main Building - Cross Section 1
Main Building - Cross Section 2
Main Building - 1st Floor Plan
28 Beach Club -
Club - Long
Section
Club
Rendering TYPE A - 40 m2 - 2 guests capacity, bedroom with private pool TYPE B - 60 m2 - 2 guests capacity, bedroom with private pool and open living area TYPE C - 90 m2 - 4 guests capacity, bedroom with private pool and open living area
Floor Plan Beach
and Cross
Beach
- Perspective
29 RUCCA Architecture Design Studio V, 2019 | Bandung Institute of Technology | Mixed-Use Building in 25.000 m2 land | Individual Project | Supervisor : Ir. Indra Budiman Syamwil, M.Sc.,Ph.D.
Conceptual Development
30 Site Analysis busy area 6 am - 6 pm busy area 6 pm - 6 am center of trade and services linear trade and services cemetery green open space settlement retail public/social facility restaurant/cafe radius & fire protection possible fire point pavement area fire engineer operational area fire truck lane Area : 7.822 m2 KLB : 19.555 m2 KDB : 70% : 5.475 m2 KDH : 20% : 1.564 m2 KTB : 80% : 6.258 m2 Podium ( 2 storeys ) : 10.950 m2 Tower : 8.605 m2 Buildable floors : 6-8 (1.434 - 2.151 m2/ storey) GSB Cibadak St. : 0 m2 GSB side : 4 m2 Ground Floor Plan Maximizing mass extrusion 1 Green open space surrounding 4 Creating
5 Substracting the mass to achieve permeability 2 Vertical mass development 3
roof garden to utilize space
31 Typical Floor Plan
Facade Detail Studio
16
One
32
Two
Axonometry
Unit -
m2
Bedroom Unit -
m2
Bedroom Unit - 45 m2
The back ofthe building functions as rented co-working and meeting rooms as well as office area.These rooms need to be noise-free,supporting the acivity that held in it.Therefore,denser building enclosure isused to phsycologically prevent people whom have no inquiries to enter the area.
The building has 2 levels, which consist of rented room on both floors.The higher the floor,the quieter the rooms are. Co-working rooms are located on the lower floor, facing the central void decorated with plants and outdoor seatings. While the upper floor consists of meeting rooms that require more privacy in order to gain more productivity.These rooms also face the void with open corridor as the circulation path.
Transitioning from main building to co-working and office area, a human scale open public space decorated in wooden slats results in shadow forming into the concrete surface. The wooden material combines naturally with the water, creating a fresh, walkable riverside. Revitalization of the riverside also creates natural view accessible from the building as well as land boundary with outside of the designated area.
32 Section
OTHER WORKS
The Void Location : Jakarta, Indonesia
Category : Professional Work
Year : 2020
Typology : Residential
Area : 550 m2 Status : Design Development
JL Villa Location : Bali, Indonesia
Category : Professional Work
Year : 2021
Typology : Residential Area : 246 m2 Status : Under Construction
V Sensi - Bistro Location : Singapore
Category : Professional Work
Year : 2021
Typology : Restaurant
Area : 120 m2 Status : Design Development
TM&A CAFE
Location : Kalimantan, Indonesia
Category : Professional Work
Year : 2022
Typology : Restaurant
Area : 1400 m2
Status : Under Construction
33
Facade Detail
Landscape Architecture Design Studio, Bandung Institute of Technology
Category : Academic Work
Year : 2018
Type : Individual Project
Supervisor : Dr. Allis Nurdini, S.T, M.T.
34
Hand Sketches
thank you GLENIZZA IRUKA | 2023 intended for Architecture and Historic Urban Environments MA application Bartlett School of Architecture University College London glenizza.iruka01@gmail.com +6285156554720
