JEREMY CHANG ARCHITECTURE PORTFOLIO SELECTED WORKS 2016 - 2019
CHANG CHEE KIN JEREMY Nationality Date of Birth Email Mobile
Singaporean 30 August 1994 jeremychangck@hotmail.com +65 96733681
EDUCATION Sep 2018 - Sep 2019
Singapore University of Technology and Design Architecture and Sustainable Design • Awarded Asian-Leadership Scholarship • Masters of Architecture (M.Arch) • CGPA: 4.29/5.0 • Nominated for Best in Computation Design (Masters Thesis)
May 2015 - Aug 2018
Singapore University of Technology and Design Architecture and Sustainable Design • Awarded Asian-Leadership Scholarship • Bachelor of Science (Architecture) • CGPA: 4.42/5.0 (Magna Cum Laude) • Awarded Humanitarian Student Achievement (Social Urban Research Groupe - Lê Xá Kindergarten) • Awarded Architectural History and Conservation Grant
2007 - 2012
Hwa Chong Institution (Integrated Programme) • GCE A-level : AABB (H2 subjects), A (General Paper) • Awarded Independent School Bursary (ISB)
CO-CURRICULAR ACTIVITIES 2015 - 2018
Rotaract @ SUTD (Executive-Commitee) • Served as director of community service • Liaised with various beneficiaries and NGOs such as All Saints Home and YEAH! Programme • Sourced for volunteering opportunities, and organised community events Vertex Cheerleading (Executive-Commitee) • Served as welfare and logistics head • Planned birthday celebrations, and team-bonding events • Participated in numerous performances representing SUTD
2011 - 2012
Outdoors Activities Club (Executive-Commitee) • Organised and led land expeditions • Planned events such as Bike Hike 2012
2007 - 2010
Patrol Leader (Hwa Chong Scouts) • Led a group of junior scouts • Organised events such as inter-school cohesion camp
WORK EXPERIENCE Aug - Dec 2018
DP Architects Architectural Intern • Worked on the design and development of PPVC condominiums and their showflat using BIM. Involved in presentations to clients • Involved in feasibility studies for condominium projects • Worked within a research team on future housing typologies, researching and presenting data on PPVC and co-living, as well as proposing new design paradigms
Jan - Jul 2018
CPG Consultants Industry Project • Worked within a research team comprising of senior management personnel from CPG consultants and Biopolus, a bio-engineering and technology firm • Feasibility studies and implementation of circular flows for blue-green infrastructure within a new housing district in Singapore • Planning and design of a mixed-use eco-park with implementation of bio-technology, to serve as a cultural hub as well as a water and waste purification node
May - Aug 2017
Pomeroy Studio Architectural Intern • Worked with a diverse group of professionals from different nationalities and expertise, from architects to interior designers to environmental consultants • Contributions include design ideation, 3D modelling, rendered perspectives and drawings • Worked on projects such as The Secretariat (Myanmar), United World College (Singapore), Bayshore Masterplan (Singapore)
TECHNICAL SKILLS CAD Rhinoceros Sketchup AutoCAD Fusion360 BIM Revit Navisworks Rendering V-ray Keyshot Lumion Video Production Premiere Pro
Analysis / Simulations DIVA (Thermal & Light) DesignBuilder (CFD) Ladybug & Honeybee ENVI-Met Karamba (Structures) Parametric Design Grasshopper Python C# Graphic Design Photoshop Illustrator Indesign Model Making
[ Thesis Project ] Co-living 2.0 | Masters Thesis
Generative design of co-living spaces based on human behaviour and psychometric data
6
[ Architecture Studio ] Lil’ Farrer Besar | Demographic Study
18
Chrysalis | Urban Housing
24
Quintuple | Museum of Modern Art
34
Investigation of human flows and interactions to propose new spatial formats of civic spaces
An integrated housing complex in a dense urban context
Uses glass columns to illuminate artworks, while transforming itself into an artpiece
[ Other Works ] Interlock | Bridge
40
Fibo | Pavilion
44
Kiddie Camp | Outdoor Adventure Camp
48
Structural optimization and wood construction using reciprocal joints
Parametrically designed using particle spring system
Synthesis of environmental simulations and building technology for carbon neutral design
[ Overseas Experience ] LĂŞ XĂĄ, Hanoi | Redesigning Kindergarten
52
Life With Bamboo | Product Design
58
Design and construction using a participatory design approach
Reinventing bamboo products, preserving bamboo culture
[ Work Experience ] DP Architects | Architectural Intern
64
Pomeroy Studio | Architectural Intern
68
4 months internship
3.5 months internship
[ Architecture Competitions ] Kokura Upload | Rethinking Kokura City Master-planning for a green and tech-savvy metropolis
74
Nominated for Best in Computation Design (Masters Thesis)
6
CO-LIVING 2.0 MACHINED SPACES, HUMAN RELATIONSHIPS COURSE MASTERS THESIS DURATION 6 MONTHS YEAR 2019 INSTRUCTOR SAM CONRAD JOYCE SITE ONE-NORTH, SINGAPORE
Ever since co-living emerged as a housing typology in the past decade, it continues to face teething issues worldwide. This thesis seeks to tackle these issues: Can co-living as a housing typology address the urgent housing need of the future? Can co-living remain accessible and relevant to its residents? Can co-living continue to foster tightlyknitted communities, even as more and more people from diverse backgrounds and personalities join the community? Can we leverage on computational algorithms to generate favourable living conditions solely based upon a resident’s personality and character? A parameter which is quantifiable, absolute and deterministic? The thesis design methodology begins with classifying various behavioural traits of residents, associating them with ideal spatial patterns, using algorithms to generate agglomeration of these spatial patterns and optimising it, before allocating residents to their rooms based on their living preference and social patterns.
7
[ MACHINED SPACES, HUMAN RELATIONSHIPS ]
DO YOU SEEK TO STAY WITH LIKE-MINDED PEOPLE? OR PERHAPS MIX WITH THE LOUD AND WILD? OR MAYBE FIND YOUR NEXT BUSINESS PARTNER OR FUTURE SWEETHEART, ALL WITHIN A LIVE-WORK-PLAY COLIVING ENVIRONMENT?
LET OUR A.I. MODERATOR DESIGN THE BEST SPATIAL CONFIGURATION FOR YOUR HABITATION NEEDS, AND ORCHESTRATE THE IDEAL SOCIAL INTERACTIONS THAT SUIT YOUR LIFESTYLE AND AMBITIONS...
EXCERPTS
“Today we live in our little echo chambers of information and are surrounded by so much likemindedness. It’s lovely that despite this bubble creation, when people are asked, they’d prefer to live with people who are different to them.” Irene Pereyra, founder of Anton & Irene, and “One Shared House 2030”
EXCERPTS
“I’ve lived in squats and communes before, so I immediately bought into the ethos of this place, but the reality is really different. I thought it would be young professionals, but they’re letting everyone in. It’s like creating a home for cats, but letting dogs and llamas move in. And have you seen the cameras? They don’t trust us here.” Willie, resident at The Collective (Old Oak)
8
EXCERPTS
“We are trying to match people where possible but the most important thing is to make it seem as though we’ve done nothing. People won’t really know but in fact we have internally spent alot of time trying to understand who they are and what their interests are and what they’re looking for out of the experience and then put people together based on that information.” Ed Thomas, community manager at The Collective (Old Oak) EXCERPTS
“It was an experiment that grew out of control... I was curating incredibly talented creatives and entrepreneurs committed to social impact as roommates... a mission that does seem a tad overwhelming.” Ryan Fix, founder of PureHouse, a co-living space that lasted only 3 years
9
03
DESCRIPTION 02
01
04
05
06
08
07
PERSON NO: 29
EMOTIONAL STABILITY
AGREEABLENESS
EXTRAVERSION
PREFER FAMILIAR ENVIRONMENTS AND PRESERVE STATUS QUO UNCOMFORTABLE IN UNFAMILIAR SITUATIONS SUSPICIOUS OF RADICAL IDEAS AND BELIEFS PREFERS TO INTERACT WITHIN A CLOSED GROUP OF FRIENDS SEEKS TO CUSTOMISE THEIR LIVING ENVIRONMENT SOMETIMES DEEMED AS CLOSE-MINDED ADAPTABLE BEHAVIOUR TENDS TO SUPPORT OTHERS WITHIN THE CLIQUE AMBIVERT
QUIET SPACE
CONSCIENTIOUSNESS
GLOBAL CHOICE (MODERATE)
would prefer couples, single women and single men in their community
BEDROOMS
OPENNESS
ADAPTABLE WHEN APPROACHING DIFFERENT PEOPLE GREAT SOCIAL FLEXIBILITY A GOOD COUNSELLOR ABLE TO CONNECT EASILY WITH A WIDE RANGE OF PEOPLE TRUSTING ONLY THOSE WHO ARE FAMILIAR NONCHALENT TOWARDS MOST PEOPLE REMAINS CALM IN STRESSFUL SITUATIONS MAY APPEAR UNINSPIRING AND UNCONCERNED
BEDROOMS
SLACK SPACE
are happier with access to multiple homes they could easily move between
ALTERNATE SPACE
prefer to live in the city think people with a design background would be the best at designing a co-living community don’t think it matters if the people who design their community have experienced co-living themselves
PERSON NO: 139
prefer members to share equal ownership of the house
EMOTIONAL STABILITY
AGREEABLENESS
EXTRAVERSION
ENGAGES IN BOTH PLANNED AND SPONTANEOUS BEHAVIOUR OPEN TO CHANGES PRAGMATIC AND LOGICAL ADAPTABLE BEHAVIOUR TENDS TO SUPPORT OTHERS WITHIN THE CLIQUE AMBIVERT ADAPTABLE WHEN APPROACHING DIFFERENT PEOPLE GREAT SOCIAL FLEXIBILITY A GOOD COUNSELLOR
ALTERNATE SPACE
ABLE TO CONNECT EASILY WITH A WIDE RANGE OF PEOPLE TRUSTING ONLY THOSE WHO ARE FAMILIAR NONCHALENT TOWARDS MOST PEOPLE EASILY FEARFUL AND OFTEN ANXIOUS OFTEN OVER-THINK PROBLEMS REACTIVE AND EXCITABLE PERSONALITY OFTEN EASILY FRUSTRATED WITH OTHERS MAY FEEL ANGRY WHEN THINGS DO NOT GO THEIR WAY
would pay extra for a service layer to manage all house related items only want the common areas to come furnished and furnish their own space themselves want house-members from different walks of life
BEDROOMS
GLOBAL CHOICE (MODERATE)
BEDROOMS
would rather have set private and communal spaces with clear boundaries of use think being neat and tidy, honesty and being considerate are the most important qualities in a house-member
CONSCIENTIOUSNESS
OPENNESS
PRODUCTIVE SPACE
are most comfortable sharing internet, self-sustainable garden and workspaces don’t need their own private kitchen and would use the communal kitchen so they can have more flexible private spaces want to make sure their private room is off-limits when they’re not home
PERSON NO: 463
EMOTIONAL STABILITY
AGREEABLENESS
EXTRAVERSION
EXCITED BY UNCONVENTIONAL IDEAS AND BELIEFS ENJOYS ARTISTIC AND CULTURAL EXPERIENCES LIKES TO MINGLE WITH PEOPLE FROM DIFFERENT BACKGROUNDS LOVES TO ENGAGE IN INTELLECTUAL DISCOURSE FULL OF IDEAS SETS AMBITIOUS GOALS AND ARE MOTIVATED TO ACHIEVE THEM FEELS A STRONG SENSE OF RESPONSIBILITY TOWARDS OTHERS PREFERS A TIDY AND WELL-ORGANISED ENVIRONMENT LIKES TO FOLLOW A SCHEDULE TENDS TO BE THE LEADER WITHIN THE CLIQUE ENJOYS MEETING NEW PEOPLE PROACTIVE
PRODUCTIVE SPACE
CONSCIENTIOUSNESS
10
OPENNESS
COMMUNAL SPACE
COMMON AREA
CREATIVE SPACE
ENJOYS BEING THE CENTER OF THE CLIQUE OFTEN IRRITATED WHEN THERE IS NO ACTIVITY NEAR THEM TRUSTING OF OTHERS AND ARE MORE ALTRUISTIC DISLIKE CONFRONTATIONS FRIENDLY AND COOPERATIVE SEEKS TO BE THE MEDIATOR WITHIN THE CLIQUE WORK WELL WITH OTHERS WELL-LIKED BY OTHERS SPONTANEOUS PERSONALITY THAT DEPENDS ON THE SITUATION OFTEN REASONABLE EASILY ASSOCIABLE SOCIABLE AND TALKATIVE
GLOBAL CHOICE (HIGH)
GLOBAL INTEGRATION (MODERATE)
would love any kind of pet in the house think 4-10 is the right amount of people for a community want new house-members to be selected by a consensus vote would settle conflicts by talking to that person privately worry most about the potential lack of privacy
VERTICAL CONNECTIONS
DECOMPOSITION OF CO-LIVING CASE STUDY - KOLLEKTIVHUS
TYPOLOGY OF WORKSPACE
TYPOLOGY OF VESTIBULE
TYPOLOGY OF KITCHEN
TYPOLOGY OF CENTRAL SPACES Ground floor of Prästgårdshagen, built in 1983 by the municipal housing company Familjebo-städer.
0
Legend: 2. Dining room, 3. Kitchen, 4. Laundry, 5. Ceramics workshop, 6. Photo lab, 7. Sauna, 8. Relax room, 9. Common spaces such as children’s play room, workshop, office (later TV room), 10. Daycare centre (run by the municipality), 11. Storage .
TYPOLOGY OF COMMON AREA
TYPOLOGY OF ADJACENCY
COMMUNAL SPACE
QUIET SPACE
A space that can accomodate groups of people, be it structured meetings or impromptu gatherings. These spaces promote inclusivity and encourage interactions.
A space that exudes calmness and facilitates solitude. Through the use of buffer zones and barriers, they provide a user the necessary privacy without distractions.
ALTERNATE SPACE
SLACK SPACE
A space that serves as a getaway from the other spaces, especially when they can no longer partake in the activity efficiently at the default spaces. With a more fluid layout and generic furniture, it allows the user to recalibrate and get things done while in there.
A space dedicated to leisure and activities of low intensity. With the necessary facilities, it is a space that promotes casual conversations, as well sufficient comfort and privacy for lazing around.
0
1
2
Facing Sub Corridor (Single)
INT ++ CHO ++
Facing Sub Corridor (Double)
INT + CHO +++
Combination (Double)
INT +++ CHO ++
Combination (Triple)
INT +++++ CHO +++++
3
0
INT +++
1
INT ++
2
INT +
* Integration Score (of the system) * Choice Score (of central spaces)
++++ INT ++++ CHO
COMMON AREA
COMMON AREA
INT ++++ CHO ++++
+++ INT +++ CHO
BEDROOMS
Facing Main Corridor (Double)
++ INT ++ CHO
BEDROOMS
BEDROOMS
COMMON AREA
3
INT + CHO +
+ INT + CHO
BEDROOMS
COMMON AREA
A space that offers a flexible spatial layout and movable furniture. It provides a person the convenience to appropriate the space to fit their current demands. It is a space with freedom, and is able to contain the user’s creative manifestations.
++++ INT
BEDROOMS
CREATIVE SPACE
A space where people head to in order to achieve a specific task. It is a destination-based space with a definitive list of equipment as well as spatial requirements in order to facilitate the completion of the task.
+++ INT
BEDROOMS
PRODUCTIVE SPACE
++ INT
BEDROOMS BEDROOMS
2
DENSITY & INTERCONNECTIVITY OF CORRIDORS
+ INT
TYPOLOGY OF ALCOVE
1
Facing Main Corridor (Single)
ADJACENCY RELATIONSHIP OF SPATIAL COMPONENTS
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TYPES OF WORKSPACE
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DEN SITY &
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Bedrooms
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Bedrooms
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Bedrooms
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11
RANDOMIZED CLUSTER INDEX: 79
AGREEABLENESS RANDOMIZED CLUSTER INDEX:OF 143 NUMBER PEOPLE: 120 NUMBER OF PEOPLE: ASSIGNED 120 FLOOR: L10 ASSIGNED FLOOR: L9
AGGREGATED PSYCHOMETRIC COMPOSITION
AGGREGATED EMOTIONAL STABILITY PSYCHOMETRIC COMPOSITION
RANDOMIZED CLUSTER INDEX: 185 OF PEOPLE: 120 ASSIGNED FLOOR: L8 CONSCIENTIOUSNESS
AGGREGATED PSYCHOMETRIC COMPOSITION
Productive Space
EXTRAVERSION
EMOTIONAL STABILITY
OPENNESS
COMPOSITION
Bedrooms
Bedrooms
EXTRAVERSION
AGREEABLENESS
Bedrooms
EXTRAVERSION RANDOMIZED CLUSTER INDEX: 354 CONSCIENTIOUSNESS NUMBER OF PEOPLE: 120 ASSIGNED FLOOR: L7 CONSCIENTIOUSNESS CONSCIENTIOUSNESS
OPENNESS EMOTIONAL STABILITY
OPENNESS
AGGREGATED PSYCHOMETRIC COMPOSITION
CONSCIENTIOUSNESS Creative Slack Space
Space
OPENNESS
Slack Space
Productive Space
RANDOMIZED CLUSTER INDEX: 143 NUMBER OF PEOPLE: AGREEABLENESS 120 ASSIGNED FLOOR: L9 CONSCIENTIOUSNESS
Alternate Space
Bedrooms
CONSCIENTIOUSNESS
Alternate Space
Bedrooms
Bedrooms
Productive Space
Creative Space Productive Space
Creative Space Productive Space
Quiet Space Alternate Space
Alternate Space
Alternate Space
Alternate Space
Productive
Alternate Space
Productive Space
Alternate Space
EXTRAVERSION Space
OPENNESS
Creative Space
Quiet Space
Bedrooms
Creative Space
OPENNESS
Creative Space
Bedrooms
Communal Space
Communal Space
Communal Space
Communal Space
Productive Space
CONSCIENTIOUSNESS
OPENNESS
Space
Productive
EXTRAVERSION
Communal Space
Alternate Productive Space
Alternate Space
EMOTIONAL STABILITY
AGGREGATED PSYCHOMETRIC COMPOSITION
Creative Space
OPENNESS Bedrooms
Creative Space
Productive Space
Alternate Space
RANDOMIZED CLUSTER INDEX: 185 NUMBER OF PEOPLE: 120 ASSIGNED FLOOR: L8
AGREEABLENESS
Bedrooms
EXTRAVERSION
EXTRAVERSION OPENNESS
EMOTIONAL STABILITY
Bedrooms
Creative Space
AGREEABLENESS
AGGREGATED PSYCHOMETRIC COMPOSITION
Bedrooms
Bedrooms
CONSCIENTIOUSNESS
AGREEABLENESS
CONSCIENTIOUSNESS
Bedrooms
Creative Space
BedroomsBedrooms
Creative RANDOMIZED CLUSTER INDEX: 143 Space NUMBER OF PEOPLE: 120 Creative RANDOMIZED CLUSTER INDEX: 143 RANDOMIZED CLUSTER INDEX: 354 ASSIGNED FLOOR: L9 Space Slack NUMBER OF PEOPLE: 120 NUMBER OF PEOPLE: 120 Quiet Space RANDOMIZED CLUSTER INDEX: 354 ASSIGNED FLOOR: L9 Space ASSIGNED FLOOR: L7 EMOTIONAL STABILITY NUMBER OF PEOPLE: 120 Communal AGREEABLENESS SpaceEXTRAVERSION EMOTIONAL STABILITY EMOTIONAL STABILITY AGGREGATED RANDOMIZED CLUSTER INDEX: 185 Productive ASSIGNED FLOOR: L7 AGGREGATED AGGREGATED Space PSYCHOMETRIC PSYCHOMETRIC Communal NUMBER OF PEOPLE: PSYCHOMETRIC 120 Space COMPOSITION COMPOSITION EMOTIONAL STABILITY Productive ASSIGNED FLOOR: L8 COMPOSITION CONSCIENTIOUSNESS OPENNESS AGGREGATEDSpace Communal Space PSYCHOMETRIC Productive EMOTIONAL STABILITY AGREEABLENESS EXTRAVERSION AGREEABLENESS EXTRAVERSION COMPOSITIONSpace
AGGREGATED PSYCHOMETRIC COMPOSITION
Bedrooms
Bedrooms
BedroomsBedrooms
Slack Space
Alternate Space
Alternate Space
Bedrooms
OPENNESS
Alternate Space
Alternate Bedrooms Space
Slack Space
Productive
Bedrooms
Bedrooms
Slack Space
Bedrooms
Slack Space
Bedrooms
Alternate SpaceBedrooms
Alternate SpaceBedrooms
Bedrooms Space
Bedrooms
Slack Space
AGREEABLENESS
EXTRAVERSION
Bedrooms
Bedrooms
Alternate Space
Bedrooms
Slack Space
Bedrooms
Bedrooms
Alternate Space
Productive Space
Bedrooms
Bedrooms
AGREEABLENESS
Bedrooms
EXTRAVERSION
EMOTIONAL STABILITY
AGGREGATED
CONSCIENTIOUSNESS PSYCHOMETRIC
Alternate Space
Alternate SpaceBedrooms
Communal Space
Bedrooms
Productive
Alternate Space
Bedrooms
Communal Space
RANDOMIZED CLUSTER INDEX: 185 COMPONENTS OF CLUSTER 79 NUMBER OF PEOPLE: 120 EXTRAVERSION ASSIGNED FLOOR: L8 AGREEABLENESS
Alternate Space Alternate Space
Bedrooms
Productive Space
EMOTIONAL STABILITY
Space 79 COMPONENTS OF CLUSTER
EMOTIONAL STABILITY
Space
Communal Space
OPENNESS
AGGREGATED PSYCHOMETRIC COMPOSITION
AGREEABLENESS
AGGREGATED PSYCHOMETRIC COMPOSITION
Productive Space
Quiet Space
EMOTIONAL STABILITY NUMBER
RANDOMIZED CLUSTER INDEX: 79
RANDOMIZED CLUSTER INDEX: 79 NUMBER OF PEOPLE: 120 AGREEABLENESS NUMBER OF PEOPLE: 120ASSIGNED FLOOR: L10 ASSIGNED FLOOR: L10
Creative COMPONENTS OF CLUSTER 79
EXTRAVERSION
CONSCIENTIOUSNESS AlternateSpace Space
Communal Space
Alternate Space
OPENNESS Alternate Space
Alternate Space
Productive Space
CONSCIENTIOUSNESS
AGREEABLENESS
EXTRAVERSION
preliminary parametric floorplate generation
behavioural traits & social patterns of resident clusters
Productive Space
EMOTIONAL STABILITY
AGGREGATED PSYCHOMETRIC COMPOSITION
RANDOMIZED CLUSTER INDEX: 354 NUMBER OFCONSCIENTIOUSNESS PEOPLE: 120 OPENNESS ASSIGNED FLOOR: L7 OPENNESS
CONSCIENTIOUSNESS
EXTRAVERSION
EMOTIONAL STABILITY
Alternate Space
Alternate Space
Alternate Space
Alternate Space
Alternate Space
ASSIGNED FLOOR: L7
EMOTIONAL STABILITY
AGGREGATED PSYCHOMETRIC COMPOSITION
Alternate Space
RANDOMIZED CLUSTER INDEX: 185 AGREEABLENESS NUMBER OF PEOPLE: 120 ASSIGNED FLOOR: L8 AGREEABLENESS
EXTRAVERSION Alternate Space
EXTRAVERSION
EMOTIONAL STABILITY
AGGREGATED PSYCHOMETRIC COMPOSITION
ideal spatial components for agglomeration onto floorplate Alternate Space
AGREEABLENESS
AGGREGATED PSYCHOMETRIC RANDOMIZED CLUSTER INDEX: 354 NUMBER OF PEOPLE: 120 COMPOSITION
Alternate Space
Alternate Space
OPENNESS
RANDOMIZED CLUSTER INDEX: 185 NUMBER OF PEOPLE: 120 ASSIGNED FLOOR: L8
CONSCIENTIOUSNESS
Alternate Space
OPENNESS
Alternate Space
AGREEABLENESS
CONSCIENTIOUSNESS
OPENNESS
Alternate Space
EXTRAVERSION
RANDOMIZED CLUSTER INDEX: 354 NUMBER OF PEOPLE: 120 ASSIGNED FLOOR: L7
CONSCIENTIOUSNESS
ensure adaptability and sustainability
OPENNESS
AGGREGATED PSYCHOMETRIC COMPOSITION
EMOTIONAL STABILITY
AGREEABLENESS
CONSCIENTIOUSNESS
EXTRAVERSION
how to allocate the residents?
OPENNESS
OVERALL SATISFATION RATING L10: 76.3%
RANDOMIZED CLUSTER INDEX: 354 NUMBER OF PEOPLE: 120 ASSIGNED FLOOR: L7
L9: 85.7% L8:
AGGREGATED PSYCHOMETRIC 72.1% COMPOSITION
CONSCIENTIOUSNESS
OPENNESS
[1] Adjacency Preference Allocate residents to a location that has favourable adjacency with neighbouring rooms
EMOTIONAL STABILITY
ADJACENCY SATISFACTION: 78.5%
L7: 79.2% AGREEABLENESS
EXTRAVERSION
L6: 80.1% L5: 81.9%
[2] Lifestyle Preference Allocate residents to a location that is close proximity to other residents with compatible personality and social patterns
L4: 73.3% L3: 69.8% CONSCIENTIOUSNESS
OPENNESS
L2: 75.4% L1: 81.2%
NEWCOMER ALLOCATION
PERSON NO. : 57 NO. OF IDEAL CONNECTIONS: 13
[3] Buzz Preference Identify areas of high human concentration and activity and allocate residents based on their likelihood of engaging in these activities
MOVABLE WALLS FOR RECONFIGURABLE FLOORPLANS
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NO. OF HOTSPOTS : 6 PERSON NO.: 57 LIKELIHOOD OF PARTICIPATION: 80%
INTEGRATION
CHOICE
DEPTH
PARETO FRONT HIGH
HIGH LOW
LOW
3500 design iterations | 19 non-dominated solutions | 1 optimal solution
how to organise the spaces?
how to rationalize the spaces?
[1] Sub-divide cells according to spatial components to reflect corridor layout, vestibules, alcoves etc..
[2] Define physical boundaries separating spaces according to ideal or non-ideal adjacency conditions
[3] Reformat cells from voronoi into orthogonal rooms, communal spaces and zones
[4] Insert furniture relevant to each space and optimize the layout to prevent clashing of rooms and objects while minimizing wasted area
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SECTIONAL PERSPECTIVE
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15
FLOORPLAN (LEVEL 10)
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LIL’ FARRER BESAR URBAN ANALYSIS & DEMOGRAPHIC STUDY COURSE OPTION STUDIO DURATION 5 WEEKS YEAR 2019 INSTRUCTOR NG SAN SON, AILEEN KOH SITE LITTLE INDIA/ FARRER PARK, SINGAPORE
This studio embarks on an investigation of human flows and interaction of a chosen site, in order to propose new spatial formats of civic spaces for the intensification of shared commons. Our chosen site is the Little India and Farrer Park precinct, a microcosm of multiple racial and religious groups, and a site of historical significance. Through face-to-face interviews, archival studies and human behaviour observations, we uncovered that the site is perpetually in flux, from being Singapore’s most prominent sports hub, to being a meeting point for migrant workers, and subsequently earmarked for a next-gen medical tourism cluster. We uncovered evidences of increased police surveillance and controls implemented upon migrant workers following the riot in 2013, stereotypical and racially biased opinions of local Singaporeans, tales of small businesses struggling to survive amidst an alcohol sales restriction, and feedback from foreigners about the organic growth of the site promoting authenticity but inducing difficulties in navigation.
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LITTLE FARRER BESAR 20
Analysis of Little India & Farrer Park
Map of demographics associated activities within Little India Farrer Park
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Vignettes of social interactions within Little India and Farrer Park
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Model 1:200
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CHRYSALIS URBAN HOUSING
COURSE CORE STUDIO 3 DURATION 12 WEEKS YEAR 2017 INSTRUCTOR EVA CASTRO SITE BUKIT PANJANG, SINGAPORE
This project calls for a housing complex for over 150 units with different unit types. Retail, F&B outlets and communal spaces have to be integrated within the complex. Chrysalis seeks to tackle the issue of fragmentation within the district of Bukit Panjang, which is divided into 3 neighbourhoods (Senja, Fajar and Petir). Due to the sufficiency of amenities within each neighbourhood, coupled with the inefficient public transporation between the neighbourhoods, there is a lack of incentive for residents to venture into other neighbourhoods, and this inhibits social interaction. Being located beside a major shopping mall and a key transportation node, Chrysalis seeks to draw residents into its spaces by enhancing circulation into and across the site, and by providing a town square hybrid - a reprogrammable space for either small clusters of communal activities or a single combined space for cultural festivities and national celebrations
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26
27
28
29
30
31
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MASSING MODEL 1:500
MASSING MODEL
MODEL 1:200
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QUINTUPLE
MODERN ART MUSEUM
COURSE CORE STUDIO 2 DURATION 6 WEEKS YEAR 2017 INSTRUCTOR TREVOR RYAN PATT SITE BUGIS, SINGAPORE
This project calls for a modern art museum, with a large venue for temporary exhibits, supplemented by smaller rooms for permanent exhibits. In addition, the museum has to have an auditorium, cargo bay, and needs to be directly connected to the train station adjacent to the site. The site of Bugis exemplifies a bustling city centre, with a multitude of different buildings each having a unique lighting strategy. From the jarring LED billboards of Bugis Street, to the warm ambience of the shophouses along Arab Street. The “Quintuple” sits on the boundary between the shopping cluster and the other residential, commercial and religious buildings. The “Quintuple” seeks to shield users from the hard lighting of the shopping cluster and reintroduce lighting as a form of introspective medium, and as a form of artwork. This is achieved through the use of glass columns which penetrate the spaces throughout.
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DESIGN CONCEPT LIGHTING OF OUTDOOR COMMUNAL SPACES
OVERHEAD INDOOR LIGHTING
INDOOR BACKLIGHTING
ART INSTALLATION
SINGLE
MULTIPLE
LARGE
SMALL
MASSING STRATEGY
1.
2.
ANGLED CUT TO CREATE PUBLIC ACCESS WALKWAY
5.
4.
3.
ROTATE AND DUPLICATE TO CREATE CAVERNOUS EFECT
CUT THE CENTRE BLOCK TO CREATE OUTDOOR SLOPED SEATING
MULTIPLY TO FULFIL SPATIAL REQUIREMENTS AND CREATE MULTIPLE ENTRANCES
FLOORPLANS
A. PERMANENT EXHIBITION B. TEMPORARY EXHIBITION C. SKY DECK D. STUDIOS E. LECTURE THEATRE
B A. CAFE B. OFFICE C. SHOP
D C
B
A
A
C
E
LEVEL 3 1:150
LEVEL 1 1:150
A
B
A
A
A. TEMPORARY EXHIBITION B. LECTURE THEATRE
C
A. LINKWAY TO MRT B. STORAGE C. LOADING DOCK
A
A
B
LEVEL 2 1:150
LEVEL B1 1:150
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EXTERIOR PERSPECTIVE
INTERIOR PERSPECTIVE
INTERIOR PERSPECTIVE
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SECTIONAL PERSPECTIVE - SHORT
SECTIONAL PERSPECTIVE - LONG
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EXPLODED AXONOMETRIC
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I NT E RLOCK PARAMETRIC-DESIGN WOODEN BRIDGE
COURSE STRUCTURE & ENCLOSURE DESIGN + DIGITAL DESIGN & FABRICATION DURATION 5 WEEKS YEAR 2017 INSTRUCTOR STYLIANOS DRITSAS SAM CONRAD JOYCE SITE GENERIC
This project is a combined final assignment for these 2 courses - Structure & Enclosure Design + Digital Design & Fabrication. The project calls for a bridge that spans a 3m gap, able to sustain a 100kg load at its midpoint with <10% deflection. The bridge is to be constructed primarily out of wood with minimal use of screws or bolts, and to be designed with parametric computation software as well as structural analysis software. Our design intent was to create a bridge which exhibits simplicity and lightness through the use of wood joints that celebrates the utility and strenght of wood. Reciprocal joints will be used to hold the structure together to exhibit cleanliness without the use of screws. These joints will then be tessellated to provide aesthetic appeal while forming the backbone of the bridge. ______________________________________ Team Members: Chan Jiahui, Rilla Teo, Chris Chua
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“GRASSHOPPER” CODE
1st Recursion
2nd Recursion
“KARAMBA” STRUCTURAL ANALYSIS
Deflection: 6.4%
Deflection: 8.7%
SHOP DRAWINGS HORIZONTAL x4
TOP
10
BACK 24°
2.5
24°
24°
24°
TOP
BACK
FRONT
FRONT
° 90
4.5
10
2.7
16
16
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SHORT DIAGONAL (LEFT)x4 10
SHORT DIAGONAL (RIGHT)x4
2.5
42°
42°
24°
5°
2.7 5.0
5.0
10
3.3
12
33
19
ONG DIAGONAL (RIGHT)x4
10
L O N G D I A G O N A L ( L E F T ) x 4L
2.5
24°
42°
42°
5°
3
59
24
° 90
5
21
TOP VIEW
ELEVATIONS 3.30m
0.81m
0.81m
42
3.30m
1.14m
1.14m
10
11°
FFABRICATION ABRICATION
1 Planing to smoothen the surface of wooden planks and standardize thickness
2 Standardizing the width of wooden planks using a Table Saw
3 Unrolling the 3D CAD and printing the shapes out
4 Marking the position of notches based on the paper guides
5 Cutting the wood into smaller lengths using a Radial Saw
6 Rotating the Radial Saw to get an angled notch
7 Sawing multiple times at a fixed depth to create a notch
8 Angled notch created
ASSEMBLY ASSEMBLY
1 Completed wooden planks
2 Smoothening the jagged notches with a chisel and mallet3
5 Reciprocal joint before slotting and after slotting6
Slotting and pushing the wooden planks into their complementary notches
Sanding the notches
7 Joining the reciprocal joints
4 Completed reciprocal joint
8 Completed bridge before the addition of walkways
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Model 1:20
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FIBO
PARAMETRIC DESIGN PAVILION COURSE INTRODUCTION TO DESIGN COMPUTATION DURATION 5 WEEKS YEAR 2016 INSTRUCTOR SAWAKO KAJIMA SITE GENERIC PEDESTRIAN INTERSECTION
Output
This project requires the use of grasshopper software to create a particle spring system, which will then be applied on a surface to derive the form for a pavilion. This parametric design when applied on a surface would form a geometrically stable self-supporting enclosure, which has attained equilibrium after factoring in forces such as gravity, tension and torsion. “Fibo” is formed using the Fibonacci Spiral as its base surface. By anchoring down this surface at various points and elevating the rest of the surface, we derive the form for the pavilion. This form comprises of many arches of varying heights, which serves as entrances as well as sitting benches. This also creates intimate closed spaces, as well as an open active courtyard. ______________________________________ Team Members: Daniel Yong, Khystelle Yeo, Natalie Phoon, Jan Goh
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Input int i; int j; int k = 0;
Triangu
Grid Algorithm (nu = 6, nv = 47) int i;
int j; int k = 0;
i; Interval iv = new Interval(0.0,int 1.0); int j; s.SetDomain(0, iv); int k = 0; s.SetDomain(1, iv);
Interval iv = new Interval(0.0, 1.0); s.SetDomain(0, iv); s.SetDomain(1, iv);
double du = 1.0 / (double) (nu - 1); iv = new Interval(0.0, 1.0); double du = 1.0 / (double) (nu Interval - 1); double dv = 1.0 / (double) (nv - 1); iv); double dv = 1.0 / (double) (nv s.SetDomain(0, - 1); s.SetDomain(1, iv); List<Point3d> pt = new List<Point3d>(); List<Point3d> pt = new List<Point3d>(); List<Line> lines = new List<Line>(); double du = 1.0 / (double) (nu - 1); List<Line> lines = new List<Line>(); double dv = 1.0 / (double) (nv - 1); for(j = 0; j < nv; ++j) { for(j = 0; j < nv; ++j) { double v = j * dv; List<Point3d> pt = new List<Point3d>(); double v = j * dv; for(i = 0; i < nu; ++i) { List<Line> lines = new List<Line>(); for(i = 0; i < nu; ++i) { double u = i * du; double u = i * du; pt.Add(s.PointAt(u, v)); pt.Add(s.PointAt(u, v)); for(j = 0; j < nv; ++j) { double v = j * dv; if (k > nu){ for(i = 0; i < nu; ++i) { if (k > nu){ lines.Add(new Line(pt[k], pt[k - nu])); double u = i * du; lines.Add(new Line(pt[k], pt[k - nu])); if (i > 0){ pt.Add(s.PointAt(u, v)); if (i > 0){ lines.Add(new Line(pt[k], pt[k - 1])); lines.Add(new Line(pt[k], pt[k - 1])); } if (k > nu){ } if -(jnu])); > 0 && i < (nu - 1)){ lines.Add(new Line(pt[k], pt[k if (j > 0 && i < (nu - 1)){ lines.Add(new Line(pt[k], pt[k - nu + 1])); if -(inu> +0){ lines.Add(new Line(pt[k], pt[k 1])); } lines.Add(new Line(pt[k], pt[k - 1])); } } } } if (j > 0 && i < (nu - 1)){k++; k++; } lines.Add(new Line(pt[k], pt[k - nu + 1])); } } } } } A = pt; k++; A = pt; B = lines; } B = lines; } A = pt; B = lines;
Translation to scaffolding
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Assembly
ulation
Fixing Anchor Points
Elevate Surface
Rendering
Rendering
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KIDDIE-CAMP CARBON NEUTRAL OUTDOOR KIDS CAMP
COURSE TOWARDS CARBON NEUTRAL URBAN DESIGN DURATION 9 WEEKS YEAR 2018 INSTRUCTOR NAREE PHINYAWATANA SITE HOLLAND V, SINGAPORE
This project calls for a building that adopts innovative approaches towards being a carbon neutral design, through the use of architectural technology and materials, as well as environmental simulations and optimization. Kiddie-camp seeks to be an outdoor learning camp for children aged 2 to 6, to be a pioneer in educating children about sustainability and inspire the future generations of Singapore to adopt a environmentally friendly lifestyle. Kiddie-camp is designed to evolve around trees, with the building oriented to face the predominant wind direction and promote cross-ventilation. Together with a solar-panelled roof, enough electricity is harvested to negate the minimal indoor cooling and lighting required. Kiddie-camp actively develops a symbiotic relationship with adjacent buildings (kindergarten & pet-wellness centre) through shared facilities and the exchange of compost and planted vegetables, as well as the general holland village community via the upcycling of recycled materials collected from the retail and F&B outlets.
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PROGRAMMATIC LAYOUT
OVERALL PROGRAMMES
CAMP OBJECTIVES
PARTNERS
SYMBIOTIC RELATIONSHIPS
PLAY MAKE
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GROW
FLOORPLAN PLAN
VISITOR SPINE
LEARNING SPINE
N 1F
2F
WATER CYCLE
BLUE-GREEN TECHNOLOGY
LIGHT DAYLIGHTING & NATURAL VENTILATION
USEFUL DAYLIGHT ILLUMINANCE (UDI)
PORTICOS (VISITORS' EXPERIENCE) OVERHANG FROM GREEN ROOF
NORTHEAST WIND
MATERIALITY
TREE OBSERVATORY GLULAM ROOF
UDI(300-3000 LUX) OF INDOOR SPACES >90%
VOIDS ALLOWING WIND TO ENTER
NATURAL SHADING
ALUMINIUM LOUVERS
LOW-E DOUBLE PANE WINDOWS
VENTURI EFFECT ENABLES COOLING
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Awarded SUTD Humanitarian Student Achievement - LĂŞ XĂĄ Kindergarten (Social Urban Research Groupe)
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LÊ XÁ
PARTICIPATORY DESIGN OF KINDERGARTEN COURSE CAPITALANDWORLDVISION COMMUNITY DESIGN DURATION YEAR 2018 INSTRUCTOR CHONG KENG HUA SITE LÊ XÁ VILLAGE, HANOI, VIETNAM
Partnering with CapitaLand, Worldvision International and National University of Civil Engineering Hanoi (NUCE), a team from SUTD (1 professor, 2 research assistants, 12 undergraduates) have been tasked with renovating a kindergarten in rural Hanoi. This includes re-designing the landscape and courtyard, designing a new playground and shelter, as well as the mural design of classrooms and staircases. Our team adopted a participatory design approach throughout the entire process, partnering with the Le Xa community to co-create a sensitive design that would truly benefit them. We would subsequently document our results and findings to further the research and awareness in this new form of design. This process involves preliminary site analysis and data collection, presentation of 6 initial design concept models, consolidation of feedback and reiteration, and presentation of 1 final concept model. The project was eventually constructed in May 2018.
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PROJECT TIMELINE SEPT 2017 PROJECT SCOPING & PREPARATION
JAN 2018 (DAY 1 OF WORKSHOP) ARRIVAL IN HANOI DAY 3 OF WORKSHOP SITE ANALYSIS IN 4 TEAMS (SITE MAPPING, SOCIAL-SPATIAL ANALYSIS, ENVIRONMENT STUDIES, FOCUS GROUP INTERVIEWS) DAY 5 OF WORKSHOP PRESENTATION OF 6 INITIAL CONCEPT MODEL DAY 8 OF WORKSHOP PRESENTATION OF 1 FINAL CONCEPT MODEL
END JAN 2018 COMMENCE DESIGN DEVELOPMENT
MID FEB 2018 1ST SUBMISSION + COST ESTIMATION
EARLY MAR 2018 FINAL SUBMISSION + QP APPROVAL
MID MAR 2018 CONSTRUCTION BEGINS
EARLY MAY 2018 RETURN TO HANOI + PLAYGROUND CONSTRUCTION AND MURAL PAINTING WITH CAPITALAND VOLUNTEERS
SEP 2018 POST OCCUPANCY EVALUATION
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DEC 2018 PUBLISH RESEARCH JOURNAL + PRESENTATION @ WORLDVISION CONFERENCE
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RENDER - CONCEPT 1
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RENDER - CONCEPT 2
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The following posters were on display at SUTD Open House, Learning Celebration Carnival, SUTD-ZJU Product Launch event.
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LIFE WITH BAMBOO CULTUR AL I M M E RSI ON & P R ODU C T DE SI GN COURSE SUTD-ZJU EXCHANGE PROGRAMME DURATION 12 WEEKS YEAR 2016 INSTRUCTOR JIANG HAO SITE -
In this elective, our objective was to uncover the essense of Chinese culture and create products that resonate amongst the Chinese population, through the use of bamboo. As an extension, we incorporated social innovation into our design process. We uncovered the gradual declination of the bamboo handicraft trade, as well as the low market-value of existing bamboo products. As such, we designed products that align with current market demands (such as bamboo speakers), and products which could garner global interest in bamboo as a material. We worked with social scientists, industrial designers and entrepreneurs. Most importantly, we spent 2 weeks living with and learning from traditional bamboo craftsman.
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DP ARCHITECTS INTERNSHIP
COURSE INTERNSHIP DURATION 16 WEEKS YEAR 2018 MENTOR SUNEETH CHANGAROTH, LEE WAI FONG
DP Architects is a multi-disciplinary design consultancy, with 1,300 employees across 16 cities. DP Architects emphasises close collaboration and synergy across the various disciplines to strengthen the delivery of fully coordinated, context-appropriate and innovative design solutions. Hillview Residences Showflat [Concept Design & Tender] An upcoming condominium project, I was involved in the development of the floorplan, concept massing, and the production of a Revit working model. Subsequently, I prepared the required set of drawings for tender submission. Tampines Avenue 10 Development [Feasibility Studies] I worked closely with the client, embarking on various iterations of condominium layout to optimize the space efficiency of each unit. Prefabricated Prefinished Volumetric Construction [Research & Prototypes] As a member of the residential typology group, I analysed the trends of PPVC projects in order to propose a spatial logic for optimal PPVC configurations while still promoting design expressions.
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HILLVIEW RESIDENCES SHOWFLAT DESIGN & TENDER
CONDOMINIUM @ TAMPINES AVE 10 FEASIBILITY STUDIES
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PREFABRICATED PREFINISHED VOLUMETRIC CONSTRUCTION (PPVC) RESEARCH & RATIONALIZATION OF FLOORPLAN CONSTRUCTION
SIZE COMPARISON (4 BEDROOM UNITS) NAME
UNIT SIZE
MASTER BEDROOM
MASTER BATHROOM
BEDROOM 2/3
JUNIOR BEDROOM
BATH 2
KITCHEN
1BR + S
2BR
2BR + S
2BR DELUXE
3BR
3BR DELUXE
BALCONY
UTILITY RM/ STORE
SIZE COMPARISON (UNIT TYPES) NAME
1BR
4BR
4BR DELUXE
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POMEROY STUDIO INTERNSHIP COURSE INTERNSHIP DURATION 14 WEEKS YEAR 2017 MENTOR JORGE SEPERIZZA
Pomeroy Studio is a Singapore-based architecture, research and design firm, established by Professor Jason Pomeroy, and is a leading advocate of sustainable design within the built environment. The Secretariat, Myanmar [Concept Design] A restoration project to re-define the identity of a colonial heritage landmark in the heart of Yangon. I assisted with the Initial design studies of the central dome and the production of 3D models and perspective renders. United World College School Canteen, Singapore [Schematic Design] As part of the interior design works for enhancement of the school’s canteen, “Taste Trail”, I participated in the design of bespoke furniture and interior fittings and was responsible for the production of 3D models and rendered drawings. Bayshore, Singapore [Competition] Bayshore is a 60 ha Masterplan proposal for a new town in Singapore. I was tasked with the preparation of the digital model for 3D printing, and assisted with the coordination of the laser-cutting process and the assembly of the physical model.
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UWC SCHOOL CANTEEN UPPER SEATING AREA SECTION
UWC SCHOOL CANTEEN OVERALL FLOORPLAN
UWC SCHOOL CANTEEN KITCHEN ELEVATION
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BAYSHORE MASTERPLAN - PHYSICAL MODEL
THE SECRETARIAT COURTYARD PERSPECTIVE
THE SECRETARIAT STREET VIEW ELEVATION
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THE SECRETARIAT MUSEUM
THE SECRETARIAT EVENT HALL
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THE SECRETARIAT GRAND STAIRCASE
THE SECRETARIAT RETAIL OUTLET
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KOKURA UPLOAD FUTURE-READY & SUSTAINABLE CITY
COURSE AILCD 2016 INTERNATIONAL STUDENT DESIGN COMPETITION DURATION 4 WEEKS YEAR 2016 INSTRUCTOR SITE KOKURA CITY, KITAKYUSHU, JAPAN
Organised by the Asian Institute of Low Carbon Design (AILCD), the theme for the international design competition 2016 is “Digital City Kokura”. The project brief requires participant to redesign Kokura city by implementing futuristic technology to improve communal living and create a green and sustainable city. Our submission entry, named “Kokura Upload”, revolves around the concept of migrating roads and low-lying city blocks into mixed-use modular skyscrappers called “Hexa-towers”. This frees up land space, which is then converted into communal gardens and bicycle speedways. “Kokura Upload” also serves as a testbed for innovative technologies, such as the re-mapping of the transportation network, as well as vertical farming.
______________________________________ Team Members: Cheong Yilei, Lester Goh
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LEGEND
1
1
Sky Bridge
2
Hexa-tower
3
Green Technology Houses
4
Grass Meadows
5
Lake
6
Pedestrian Walkway
2 6 5
3
4
Kokura City 2016
Stage 1 - Hexa-Towers + Parkscape + Underground Tunnels Underground Tunnels are dug, lowering traffic levels without complete removal of existing road networks. Hexa-Tower are up, but not Skybridges Certain areas begin to be demolished for parkscape.
The Green Zone is completed, hence roads are closed off. All traffic near the Green Zone is diverted to the underground tunnel Skybridges are created, sans connections to Kokudo 199, which remains open at ground level.
Stage 3 - Kokura Upload C omplete + Digital Zone Complete
Stage 4 - Future Eastward Expansion
The Sky Bridges are connected to ground at Kokudo 199 and also to the underground tunnels in the Green Zone.
Expansion of Kokura Upload to be planned towards the east, where there is room for growth parallel to existing zoning
Traffic in the Digital Zone is closed off and returned to pedestrians. Planned Kokura Upload is completed.
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Stage 2 - Complete Green + Limited SkyBridge
HEXAGONAL LAYOUT
CARPARK
LARGE OFFICES
SMALL OFFICES/ SHOPS
APARTMENTS
SKY PARK
Highly adaptable to different configurations Plenty of straight walls, allowing use of quick pre-fabrication techniques to shorten construction times and manpower Presence of central void, to be used as air well, courtyard, maintanence shaft
SOLAR IMPACT
WIND CHANNEL
Majority of solar radiation shines through the central void, thereby ensuring the units remain cool within Hexa-tower. This also eliminates “sick building syndrome” amongst those in the vicinity of Hexatower, which might result from lack of sunlight exposure
Hexa-tower and its central void function as giant wind louvers. They would funnel the sea wind coming from the port, towards the central of the digital zone as well as the entire axis of the green zone
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Pre-fabrication technologies
Interconnected skyparks
No-car zone
DIGITAL ZONE Resourceoptimised system
Modular system
for multipurpose use of space
Vertical greenery & farming
Connects all other small parks
GREEN ZONE Green parkscapes
Shift to public transport
Space for community gatherings CENTRAL PLAZA Open event space
agaist beautiful city skylines
Celebrates rich heritage of Kokura space with circulation and view directed towards the Kokura Castle
GREENER TRANSPORT SYSTEMS Analysis of Time Spent
increasing public transport usage and communal space for meetings Housing & domestic space
BEFORE
Work & office space
00h
23h
AFTER
01h
22h
23h
20h
05h
19h
18h
06h
17h
07h
16h
08h
09h
05h
19h
18h
06h
17h
07h
16h
08h 15h
09h 14h
10h 13h
11h
12h
03h 04h
10h 13h
02h
20h
04h
14h
01h
21h
03h
15h
00h
22h
02h
21h
Communal & public space
Transport & other public infrastructure
12h
11h
Encouragement of carsharing & carpooling when car usage is absolutely required
Change in transportation habits through introduction of no-car zones
Typical car usage: before and after work hours only 08h00-09h00
19h00-21h00
With car sharing, other users can drive the car when car owner does not need the car. Possible (monetary) reward system for car owners for lending out cars when not in use If everybody shared a ride just once a week, traffic would be reduced by 20%
10
20
original modes of transport
30
40
50
60
70
predicted modes of transport
Less cars on the road
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Less traffic
Less pollution
BIO-WASTE HARVESTING
RAINWATER HARVESTING
RAINWATER FILTRATION PLANT BIO-WASTE RECYCLING PLANT
VERTICAL GREENERY SYSTEMS
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STACCATO PERFORMANCE SPACE & GALLERY
COURSE CORE STUDIO 1 DURATION 5 WEEKS YEAR 2016 INSTRUCTOR SAYJEL VIJAY PATEL SITE SHOPHOUSE @ BUKIT PASOH
This project requires an intervention to be constructed on a 25m x 5m alley between two traditional shophouses. It has to contain a public-access art gallery as well as performance area, backstage and ticket office. Also, this intervention has to retain its original purpose of allowing pedestrians to walk through from end to end. Most of the building should have ample natural lighting, with the exception of the performance area. “Staccato” draws inspiration from the misalignment of petals of the spiral ginger flower. From stalk to tip, the petals display non-uniform longitudinal rotation. “Staccato” comprises of concrete rectangular frames, and this is an abstraction of the long and narrow trademark of shophouses. Also, these frames aid in supplying the perfect backdrop for every artpiece, by guiding visitors to look “frame by frame”. Juxtaposing this misalignment onto rectangular concrete frames gives us the formwork of “Staccato”.
LASER-SCAN POINT-CLOUD MODEL OF SINGAPORE’S RAILWAY CORRIDOR AND ITS VICINITY PRODUCED UNDER SUTD OPTION STUDIO 1 - COOL ToPOLOGY BROWN AREAS INDICATES design INTERVENTION