Architecture Portfolio
Indra Prasasto
Extended Selection of Projects 01 Third Space & Collective Memories 02 Healing with Nature 03 Primal Folies 04 Trellised Surf Ranch 05 Subduing Land Subsidence 06 Bertaguran, a Dialogue 07 Bangkok Royal Seedbank 08 Implied Territories 09 Adara Residence 10 Green Office Terraces 11 Speculative Maps 12 Detailing 13 HVAC 14 Structural Analysis
Third Space & Collective Memories A social space where citizens can gather in an open but sheltered place. Its importance also calls for an icon that signifies the spirit of the city. We approached this by gathering the collective spatial memories and identities that citizens will relate.
Competition West Java Art and Cultural Center Design Competition April 2017 Team Andika Japa Wibisana, Lucky Fachrurrozi, Jerry Yasa Position Typological Transfer Concept, Conceptual Massing, Landscape, Plan, 3D in Team Model, Diagrams Program Cultural Center Location Bandung, Indonesia Area 12.400 m2 (133.475 ft2)
The site is located along an urban axis between an important road intersection and the Mausoleum of Revolutionary Heroes.
Massing Transformation 01
02
continuing the existing urban corridor
public accesibility becomes the main driver of design
03
raising the main building
connecting the public realm and future expansion in between the main functions of the cultural center
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carving an urban corridor for future development
the urban corridor is designed to be an experience of both urban and rural spatial qualities
tiered landcape and roof provide various spaces and places
vehicular access is limited and kept as a hidden backbone
flowing waterfall
interwoving pineforest
vertical water feature
vertical collumns
01. prominent scenes
02. formal abstraction
03. essentialization
sacred megalithic ruins
terraced tea plantations
Scenes, places and spaces that are attributed as Bandung’s and West Java’s identifying features. tiered formal hardscapes
terraced softscapes
These scenes were then simplified into their formal elements. In doing so we asked questions such as: what is its use? What affects does it produce? How do people interact with/around it?
The underlying patterns are used as spatial experiences to create identifiable places from the collective memory.
The elements are then used as architectural objects that are composed by examining the principles needed such as entry, circulation, gathering to create various third spaces for the public. sheltering roof
playful collumns
sense evoking waterscape
diffable accesible entry
gathering spaces
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(+5.00) 1. main theater 2. waiting area 3. main stage 4. public gallery 5. amphitheater 6. public corridor 7. hallway 8. gallery 9. workshop 10. classroom 11. lift lobby 12. public terrace 13. landscape plaza 14. restroom 15. reflecting pool
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Healing with Nature The project aims to create a better healing space by consolidating the functional constraints of a hospital with the possibility of open spaces and corridor on the site.
Type Undergraduate - Final Integrated Studio Instructor Yuswadi Saliya Program General Hospital Location Pangalengan, West Java, Indonesia Area 9.600 m2 (103.300 ft2)
Roof Garden 14.90
Roof Garden+14.40
Kamar Rawat Inap Kelas 3
Kepala Rehab Medik
11.30
Kamar Rawat Inap Kelas 3
R. Pemeriksaan +10.80
Laboratorium Patologi Klinik +7.20
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Linen Bayi
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Primal Folies In creating a recreational - disaster relief center, we explore notions of ambiguous play and water performance. In our exploration, playful folies emerge that start to shapeshift from landscape elements to structural cores and vertical circulations that carry the main building.
Type Team Instructors Program Location Area
Graduate Integrated Studio Yiwen Dai Julie Larsen & Matthew Celmer Recreation Center - Disaster Relief Center East Boston, Massachusetts 35.000 ft2
Spatial Studies, from Landscape to Space
Flood After-Image
Flooding Scenario
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Flood
Initial Site and Water Barrier Exploration
Landscape Studies Model
Spatial Studies Model
Corner Detail Iteration
Structural System Iteration
Final Massing Model
First Floor Plan
N
Ground Floor Plan
Third Floor Plan
N
Second Floor Plan
Corner Axonometric and Details
Structure Design Diagram
Trellised Surf Ranch Through the exploration of one-point perspective images as design medium, we deconstructed the perspective into a spatial grid that both limited and opened new possibilities for designing an indoor surf ranch in downtown Los Angeles.
Type Visiting Critic Studio
Instructors David Freeland & Brennan Buck Program Indoor Surf Ranch Location Downtown Los Angeles, California Area 110,000 ft2
Image Projection deconstructed
Final Design and relation to perspectival cone
Turntable Rotation...
3/5/201
a.
b. d
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...of the Surf Ranch
d.
1
VIP
Concessions
2
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Concessions
Main Hall
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First Floor Plan Ground Floor Plan 1/16” = 1’-0”
GSPublisherVersion 0.1.100.100
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1/16” = 1’-0”
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Second Floor Plan First Tier Seating Plan 1/16” = 1’-0”
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1/16” = 1’-0”
Subduing Land Subsidence Analyzing multiple geopgraphical maps, it is evident that Jakarta is sinking rapidly due to the ‘over-pumping’ of groundwater aquifers. Reviving the crowded rivers is paramount, and opens up a question between human and nature. The project imagines a gradual revival of Jakarta’s rivers through migration and accompanied by movable units of architecture, allowing a new landscape and waterscapes that will aid groundwater absorption
Type Visiting Critic Studio Team Haoyang Zhang Instructors Kristian Koreman & Negar Bensi Location Jakarta, Indonesia
Composite Map of Jakarta’s Subsidence
Jakarta Waterways, ...
Hybrid Section of Jakarta’s Subsidence
... a dialogue between infrastructure and nature.
KRUKUT RIVER
View Overlooking Revived River
left: Gradual River Revival
Bertaguran Dialog
Bertaguran, a Dialogue
The competition calls for a university complex masterplan that Competition Tanjungpura University New Masterplan Competition stems from the original existing buildings and infrastructures. Team Roni Sugiarto, Jati Adhi Saksana, M. Arief Fikri Tanjungpura University’s plan to build various buildings Fauzan, Fransnino Dachi come from a generous donation from an international Islamic organization, which calls for a symbiosis between Islamic Position Masterplan Concept & Design,Urban Furniture architecture and local architecture. The design incorporates the in Team Designs, Laboratorium Building Design and Drawings geometric ornamentation of Islamic architecture in a form of brise-soleil that permits natural airflow and sunlight filtering Program Education to answer tropical climatic conditions. The complex consists Location Pontianak, West Kalimantan of permeable buildings that promote pedestrian interactions.
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Main Library Building
Classroom Building
credit Jati Adhi Saksana
credit Fransnino Dachi
credit M. Arif Fikri Fauzan
Pedestrian Lamp
Bench
Info Board
Drinking Fountain
Street Signage
Bench with Planter
Main Lamp
Bike Rack
Motorcycle Shelter
Bollard
Design of Urban Furnitures
Waste Basket
Laboratorium Building
Laboratorium Building
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Section A-A 1. 2. 3. 4. 5.
Computer lab Discussions Room Drafting Lab Temporary Gallery Cooperative Shop
6. Greenhouse 7. Elevator Machine Room and Roof Access
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Section B-B Outdoor Hall Bridged Hall Student Center Chemistry Lab Physics Lab
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Second Floor Plan
Semi-Basement Plan
1. Drop Off 2. Language Lab 3. Drafting Lab 4. Physics Lab 5. Chemistry Lab 6. Discussion Room 7. Computer Lab 8. Biology Lab 9. Greenhouse 10. Faculty Lounge 11. Meeting Room
12. Temporary Gallery 13. Cooperative Shop 14. Student Center 15. Toilet 16. Botany Garden 17. Electrical and Generator Room 18. Wastewater Treatment 19. Storage 20. Water Utilities
Third Floor Plan
Bangkok Royal Seedbank In a dystopic future where the world went through climate catastrophes, Bangkok rose as a power center with its treasury of seeds. This project imagines the Royal Seedbank as imagined in the novel ‘The Windup Girl’, where rare seeds become coveted treasures that is hidden away in underground vaults that is guarded by sacred monks as the project navigates between the pragmatic and the sacred.
Type Elective Final Project Team Cynthia George, Phang Lim, Kae Schwalber, Tirta Teguh Position Design of Giant Dam and Royal Seedbank Instructors Lawrence Chua Location Bangkok, Thailand (Dystopic 23rd Century)
PALACE
RED LIGHT DISTRICT
23 CENTURY BANGKOK, RD
THAILAND
MARKET TEMPLES MONASTERIES
AGRICULTURE
INDUSTRIAL
COMMERCIAL
GOVERNMENT
LOW DENSITY LIVING
MEDIUM DENSITY LIVING
HIGH DENSITY LIVING
CULTURAL
When the world has gone through climate catastrophe, old notions of wealth will change. Precious stones, metals and resources are only valuable for its scarcity and perceived need. In a future where agricultural blight has taken over, seeds have become precious resources, coveted for its gene and caloric potentials. Scientific advances have brought biological warfare in forms of plagues that attack humans and blights that ruin crops. The Thai Royal Seedbank navigates between the new sacred meaning imbedded from its newfound substance, and its pragmatics of preservation and fortification from outside powers.
The Royal Seedbank ultimately forces a dialogue between the pragmatics of infrastructures and the symbolic meanings and metaphors of sacred temples. The project brings up the question of metaphorical symbols and identity in the built environment. Perhaps, the pragmatic can only ever offer ‘a model of a truer world’ when introduced by symbolic and metaphorical meanings. This of course raises the question of which symbols and metaphorical values are apt. After all, even aesthetic choices are inherently political and imposes itself.
Implied Territories This competition seeks to provide alternative living Competition Propan Nusantara Guesthouse Competition options for locals of tourist destinations while Team Indira Pambudy, Ito Nurarief maintaining social coherence and local identities. Position Concept, Spatial Design, Structural Design and in Team Details, Drawings, Model Program Guesthouse Location Labuan Bajo, Indonesia Area 54m2 / 580ft2 (each unit)
traditional form
carved space
private room
guestroom kitchen and dining
locals’ private area
terrace
CARVING SPACES Traditional form is taken to maintain cultural identity. The spaces are carved to create various levels of privacy and interaction possibilities.
The tall roof space can be utilised for various functions. Some families can choose to use it as storage, and some families will use it as extra room.
structure
tourist accessable area
Open spaces provide highliy communal areas for the locals. Interiors provide private spaces. Interstitial spaces provide sheltered open spaces that allow the locals to engage with each other and with nature.
private space
interstitial space
public space
public space
interstitial space
private space
01.
Looking back at the spaces in traditional architecture, interstitial space shows to be a spatial concept that creates social cohesive spaces in a tropical climate.
Adara Residence A small housing project on the outskirts of Jakarta, Indonesia. The project aims to minimize the solar heat from western and eastern sun with northsouth facing windows and openings toward the inner courtyards of each unit.
Status Under Construction Program Housing Complex Location Bekasi, West Java, Indonesia Area Complex: 2.300m2 (24.750ft2); Unit: 120m2 (1.290ft2)
R. JEMUR -0.10 TERAS - 0.05
R. CUCI -0.05
DAPUR -0.05
RUANG KELUARGA ±0.00
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KT. PRT -0.56
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-0.41 -0.59
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CARPORT -0.77
Tjipta Ruang Desain Arsitektur
T J I P T A
R U A N G
Jl. Batu Ampar I, Jakarta 13035, Indonesia Ph. +628128238898/+628814562813 Email. Tjiptaruang@gmail.com www.tjiptaruang.com
PT. RAJA INDONESIA PRATAMA MAS (PT.RIPM)
ADARA CLUSTER
SITEPLAN RUMAH
1:100
ATAP +9.80
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DINDING +5.10
KORIDOR LT.2 +3.60
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Tjipta Ruang Desain Arsitektur Jl. Batu Ampar I, Jakarta 13035, Indonesia R. MAKANPh. +628128238898/+628814562813
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T J I P T A
R U A N G
Email. Tjiptaruang@gmail.com www.tjiptaruang.com
DAPUR -0.05
KT. PRT -0.56
PT. RAJA INDONESIA PRATAMA MAS (PT.RIPM)
ADARA CLUSTER
POTONGAN 1-1
1:100
Green Office Terraces A large-scale monumental green project that seeks Competition International Tropical Architecture Design Competition 2015, Singapore to be a pilot project for green office buildings in Team Arza W., Fauzan M., Klaus N. D., Lucky F., Indonesia. Combining social, economical and Nicky R. P., Prawidhana R. environmental sustainability by developing a mixCoordinating Concepts between Parts, Main Position use tower of offices, co-working spaces, and in Team Layout and Final Presentation commercial developments. The project aims to shift paradigms of modern day tropical workplace, Program Office, Co-Working Space, and Retail where environmentally friendly comfort leads to work productivity and innovative thinking. Location Jakarta, Indonesia
Vegetation
Urban Farming
Renewable Energy
Radiant Cooling
Passive Ventilation
Rain Harvesting
Water
Zoning
SITE ACCESIBILITY AND URBAN PERMEABILITY
Open Plaza
Co-Working Space Bike Parking
Commercial Area
Co-Working Space
Bike Parking
Commercial Area
NATURAL DAYLIGHTING MODELLING
Lux
Ground Floor
First Floor
ENERGY CONSERVATION
Second Floor
Third Floor
Tower
CO-WORKING SPACE SECTIONAL DETAIL
Informal Meeting Spaces
Staircase Void
Various Vegetation
OFFICE SECTIONAL DETAIL AND OFFICE GARDEN DETAIL Radiant Cooling Panel
Pixelated Glass Skin
Modular Vertical Wall
Brise-soleil
Speculative Maps An exploration of tools to explain factual datas with speculative modes of representation. This particular exploration seek to explore ways of communicating the adjacencies of Los Angeles public transportation by using formal, spatial and material representation.
Course Media II Instructor Amber Bartosh Softwares ArcGIS, Rhino, Grasshopper, VRay, Illustrator.
Building Mass
Zoning
: Residential
: Commercial
: Public Facilities
Public Transportation and Parking Lots : Bus Routes
: Metro - Blue Line
: Manufacturing
: Metro - Red Purple Line
: Open Space
: Metro - Expo Line
Road System & Noise Polution : Highway
: Road
: Noise Polution
Topography
34.045089, -118.268980
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12 AXO-2
6”
SPR
6
Detailing Partil detail for a university residence hall in upstate New York. Course Instructor Team Softwares
Building Systems I Lawrence Liberatore Brittany Leung, Zhixiao Yu Sketchup, Illustrator
KEY SECTION
AXONOMETRIC SECTION
6” CFMF CONT. RUNNER L12x6x3/4 STEEL BEAM SPRAY POLYURETHANE FOAM 6” CFMF STUD O.C. AT 16”
6” CFMF CONT. RUNNER L12x6x3/4 STEEL BEAM SPRAY POLYURETHANE FOAM
MORTAR MESH THERMAX XARMOR (CI) ACM SYSTEM AND EXTRUSION CLIP FLASHING SPRAY POLYURETHANE FOAM 5/8” GYP. SHEATHING THERMAX XARMOR (CI)
6” CFMF STUD O.C. AT 16” ALUMINUM COMPOSITE PANEL
CFMF CLIP ANGLE
ACM RAINSCREEN SYSTEM AND EXTRUSION CLIP ACM REVEAL
H8X4 STEEL BEAM
H12X2 STEEL BEAM
AXO-3
FLASHING
L2X2 CEILING RUNNER 1/2” PLASTER CEILING CONCRETE FLOOR DECK METAL DECK L3-1/2X2-1/2 ANGLE
WEEP AND BAFFLE ACM RAINSCREEN SYSTEM AND EXTRUSION CLIP
CFMF CLIP ANGLE H8X4 STEEL BEAM
AXO-4
AXO-3
AXONOMETRIC 3
AXO-4
AXONOMETRIC 4
AXO-5
AXONOMETRIC 5
1” DOUBLE GLAZING GLASS CURTAIN WALL
AXO- 4
H12X2 STEEL BEAM CONCRETE FLOOR DECK METAL DECK
AXO-3
H12X2 STEEL BEAM L2X2 CEILING RUNNER 1/2” PLASTER CEILING CONCRETE FLOOR DECK METAL DECK L3-1/2X2-1/2 ANGLE
AXO-4
ALUMINUM COMPOSITE PANEL ACM SYSTEM AND EXTRUSION CLIP
AXO-5
1” INSULATED METAL PANEL
CURTAIN WALL 5/8” GYP. SHEATHING THERMAX XARMOR (CI) ACM SYSTEM AND EXTRUSION CLIP FLASHING SPRAY POLYURETHANE FOAM ALUMINUM COMPOSITE PANEL
2” RIGID INSULATION CONCRETE SLAB VAPOR BARRIER GRADE BEAM COMPACTED GRANULAR FILL
KEY SECTION
AXO-4 METAL CAP THERMAX XARMOR (CI) 5/8” GYP. SHEATHING THERMAX XARMOR (CI) CANT STRIP AXO-1
1-1/2” CFMF FURRING O.C. AT 16” FLAT SEAM METAL PANELS 5/8” GYP SHEATHING
CAP SHEET 3-1/2” STYROFOAM DECKMATE 5/8” COVER BOARD
AXO- 4
1-1/2” METAL DECKING 6” CFMF CONT. RUNNER CFMF WEB STIFFENER 12” CFMF JOIST O.C. 16”
ACM SYSTEM AND EXTRUSION CLIP
H12X2 STEEL BEAM CONCRETE FLOOR DECK METAL DECK
6” CFMF CONT. RUNNER 6” CFMF JOIST O.C. AT 16”
AXO-2
AXO-1
AXONOMETRIC 1
6” CFMF JOIST O.C. AT 16”
FLAT SEAM METAL PANELS 6” CFMF CONT. RUNNER 6” CFMF JOIST O.C. AT 16”
SPRAY POLYURETHANE FOAM
AXO-4
THERMAX XARMOR (CI) 5/8” GYP. SHEATHING
ALUMINUM COMPOSITE PANEL ACM SYSTEM AND EXTRUSION CLIP
W18x35 STEEL BEAM 6” CFMF CONT. RUNNER
2” RIGID INSULATION CONCRETE SLAB VAPOR BARRIER GRADE BEAM
AXO-5
COMPACTED GRANULAR FILL KEY SECTION AXO-2
KEY SECTION
AXONOMETRIC SECTION
AXONOMETRIC 2
HEAD TRIM FLASHING FLASHING STONE SILL COPING STONE PANEL THERMAX XARMOR (CI) 5/8” GYP. SHEATHING SPRAY POLYURETHANE FOAM
BRICK MASONRY
Environmental Conditioning
Mechanical Penthouse
5 4
3
21
54
3
21
Supply Air
Supply Air
1. 2. 3. 4. 5.
Supply Air
HVAC Diagram
Intake Louvers, Screen, and Air Damper Filter Fan Double Distribution Heating Coil Mixing Dampers
Radiant Floor
DN
NE Perimeter Zone
NW Perimeter Zone
NE Perimeter Zone
SW Perimeter Zone
SE Perimeter Zone
DN
East Perimeter Zone
West Perimeter Zone
NW Perimeter Zone
DN
Exhaus Air
SW Perimeter Zone
1
Exhaus Air
1
SE Perimeter Zone
Mechanical Penthouse
2
1
2
1
1. 2.
Return Air Exhaust Discharge w/ Screen & Louvers
Return Air
Course Analysis of building systems of built projects. This particular part Instructor Team investigates the HVAC system of Mies van der Rohe’s Crown Hall. Softwares
Adv. Building Systems Nina Sharifi Dana Kelly, Danielle Stelle , Gabriel Zhagui Rhino, Adobe Illustrato
Structure Analysis Analysis of an existing built project to understand the design of its structural system and members by using SAP2000 and Matlab applications. Our group analyzed the Adidas World of Sports Arena in Herzogenaurach, Germany for its floating gridded box that is held up by diagonal stilts.
Course Structures II Instructor Junho Chun Team Darelle Jr. Butler, Rebecca Hsu Softwares Rhino, Illustrator, SAP2000
Project Name Architect Gross area Volume
Adidas World of Sports Arena Behnisch Architekten, Stuttgart 52,000 m² / 560.000 sq.ft. 259,000 m³ / 9.146.500 cu.ft. 1
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ADIDAS WORLD OF SPORTS ARENA
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HERZOGENAURACH, GERMANY, 2014-2019
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Client adidas AG Architect Behnisch Architekten, Stuttgart Planning and construction 2014-2019 Gross 52,000 m² / 560.000 sq.ft. Volume 259,000 m³ / 9.146.500 cu.ft. Address Adi-Dassler-Straße 1 91074 Herzogenaurach
well as responsiveness to future developments. The result is a striking landmark formed by an abstract volume housing three workspace floors that hovers above a modeled landscape. This sculpted hill accommodates the building’s entrance area, part of which is publicly accessible, leading to a vast bright atrium suitable for a variety of events.
The adidas ARENA forms a distinctive landmark on the adidas World of Sports campus in Herzogenaurach. The new office and reception building marks the campus’s main entrance, welcoming visitors to the adidas group’s World of Sports headquarters and lending it a strong visual identity. The ARENA’s architecture is both functional and expressive, its sculptural shape emphasizing the passion for sports that adidas represents. A floor area of 52,000 square meters provides nearly 2,000 employees with modern and sustainable workspace organized on flexible, organic principles.
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Germany
Second Floor Plan
The heart of the ARENA is the dramatic floating staircase in the atrium. Rising through the bright and spacious light well, it takes employees up to the three-story workspace section and offers exciting views into the atrium, across the open-air level out over the campus, and up to the office floors. A central “main street” links these three levels both vertically and horizontally to create a space akin to a lively marketplace suspended in mid-air. On each R
The architectural idea behind the ARENAPlan builStructural ding is predicated on a finely balanced interplay between transparency, landscape, and a modern concept of work based on communication and interaction across professional fields as 1
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26'-6 87"
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Structural Section
Joint Reaction Diagram
COMBO 1 JOINT REACTION
Deformation Diagram
COMBO 2 DEFORMATION
Axial Forces Diagram
COMBO 3 AXIAL FORCES
Column 300mm - Axial Forces and Deformation
Column 600mm - Axial Forces and Deformation
Circular Column - Axial Forces and Deformation
Beam 1550mm - Axial Forces and Deformation
The Adidas Sports Arena employs a structural system where a floating box of fixed members are held up mostly by diagonal columns underneath. The structural considerations include: • Pin joints for the diagonal columns isolate the moments that happen internally to the members in the floating box massing. • Structural members of the floating box (beams and columns) have to account for the big moment and shear that happens internally. In addition, to minimize the structural dead load, the beams are designed to maximize its moment diagram (biggest on the fixed connections.) • Since the diagonal columns take much of the axial load, the choice of using composite columns make sense as the concrete would provide for much needed axial support.
Overall Structural Diagram