K H O R WANXUAN ARCHITECTURE P O R T F O L I O
WORK EXPERIENCE 2015 DP Architects Internship Designed interior for Singapore Institue of Architect office at a conserved shop house, coordinatied with contractor and consultants on site to ensure installation a re compliance with Architect’s Instruction
2016 KHOR WANXUAN Email Mobile
Internship
许媛绚
Collaborated with architects from Toyo Ito & Associate in a competition project. Design the arrival space for Mandai Lake Park for DC concept sign-off
: wanxuank@gmail.com : +65 86474917
Passionate architecture undergraduate with an interest in adaptive reuse, computational design and sustainability of buildings and landscape. Resilient and highly motivated team player with excellent communication skills, and a compassionate heart for community development.
RSP Architects
SKILLS
Graphic Design Photoshop Illustrator Indesign CAD Rhinoceros Revit Sketchup Parametric Design Grasshopper Python C# Environmental Modelling DIVA Design Builder UMI
EDUCATION 2013- Singapore University of Technology 2016 and Design
CO-CURRICULAR ACTIVITIES 2015- SUTD Architecture Society 2016 Collaboration Team Seek for collaboration opportunities with other architecture schools and companies. Planned exchange, company visit, social events and debate competition
B. Sc. Architecture & Sustainable Design Student graduating in September 2016, subject falls into 4 areas of focus: Design Studio, Computation Design, Building Tech nology, History, Theory of Culture
2016 (1 month)
Massachusetts Institute of Technology
20142015
ZheJiang University
(3 months) Student Exchange
Exposed to Chinese architecture and devel oped 3D modelling and rendering skill
AWARD 2016 Rigel Technology Bursary Grant
Publicity Direction/ Elderly Family Head
Student Exchange Selected for a winter course at MIT following a rigorous selection process to demonstrate leadership capabilities, presented at MIT Media Lab on digital fabricated food design to over 100 people
2014
SUTD Rotaract Club
Initiated collaboration with YMCA to organise Silver Fiesta 2015, planned with YMCA staff and managed to reach out 620 seniors from 19 various Seniors Activity Centres to partici pate.
2015
Overseas Community Involvement Programme Programme Head Initated service-learning trip with the goal of improving study environment of disadvan -taged children in Laos
TOKYO 2028
Site Shinjuku,Tokyo
Typology Olympic Stadium
This is a proposed design of Tokyo Olympic stadium. We have used various material computation as form-finding strategy. Having a better understanding of compression and tensile forces from the precedent (Munich Olympic Stadium by Frei Otto), we aimed to create form which have a more integrated compression and tension systems. In this project, we considered the legacy plan of this project scheme.
SITE PLAN
sections 1:500
0
50
100 M
Course Option Studio
Year 2016
Group Member
Instructor Tom Verebes
Yehezkiel Williardy Manik
Axonometric reinforced tensile roof double curve to provide natural lighting and stormwater drainage tension ring
roof access circulation cores
seating area : 34 000 m area per person : 0.48 m 2 capacity : 70 000 pax
vip rooms stadium control room
2
0.8m 0.4 - 0.6m
seating ring 1 non permanent seating ring 2 seating ring 3
30o - 45o
18entry tunnels catenary shell structure
athlete and vip entry
skylight to basement
main entry marathon entry train station
service entry athlete facilities
shopping mall
marathon ramp
competitors zone first aid
services tokyo gymnasium press and conferences
TOKYO 2028
Site Shinjuku,Tokyo
section 2
140 m
mall entry
field entry
DETAILD SECTION
roof access
lightwell
stadium gate
shopping mall
section 3 disabled access carparks
double volume circulation
Typology Olympic Stadium
Year 2016
SECTION
ELEVATION
Course Option Studio
Instructor Tom Verebes
Group Member Yehezkiel Williardy Manik
TOKYO 2028
Site Shinjuku,Tokyo
Typology Olympic Stadium
Year 2016
Course Option Studio
Instructor Tom Verebes
OLYMPIC GAMES
Group Member Yehezkiel Williardy Manik
The seatings are designed such that everyone will have direct view towards the field. Semi-transparent canopy helps for taking better photograph.
TOKYO 2028
Site Shinjuku,Tokyo
Typology Olympic Stadium
Year 2016
Course Option Studio
Instructor Tom Verebes
POST OLYMPIC
Group Member Yehezkiel Williardy Manik
Besides hosting sports event, we watn to mae it suitable for concert, leisure parks and sporty shopping mall.
TOKYO 2028
Site Shinjuku,Tokyo
FORM- FINDING COMPRESSION SYSTEM
TENSILE SYSTEM
COMPRESSION SYSTEM
Typology Olympic Stadium
Course Option Studio
Year 2016
Instructor Tom Verebes
Group Member Yehezkiel Williardy Manik
MATERIAL COMPUTATION IN DIGITAL MEDIA (with the aid of Grasshopper and Kangaroo) Design of Single Module
Points: 5
Points: 6
Points: 7
Design of Connected Module
Points Module
:5 :5
Points Module
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Points Module
:5 : 16
Iteration in Geometry i
Module :8 Equal height and width
Module :8 Varies in width
Module :8 Varies in height
Integration with seating
View from seats
TOKYO 2028
1:500 SITE MODEL
Site Shinjuku,Tokyo
Typology Olympic Stadium
Year 2016
Course Option Studio
Instructor Tom Verebes
Group Member Yehezkiel Williardy Manik
1:200 PARTIAL MODEL
ASIA_PLEX
Site Jakarta, Indonesia
Wealth inequality has always been a social issue in Jakarta, the capital of Indonesia. People from the suburban area find it difficult to fit in to the affluent and bustle area at the Central Jakarta. This proposed cinema design aims to serve as a leveller in this city and welcome everyone to appreciate the art of film. This is achieved by having the circulation pathway designed visible to the passerby at the streets. Chamfered blocks due to the angled cinema seating create pocket of open space. This open space has always been designed as motorcycle parking area. Motocycle is one of the most commonly used transportation mean.
REG ION KAM P U NG BAL I
TRAI N STATIO N G ONDANG D I A REG ION TANAH ABANG RE GION KEBON KACAN G
RE GIO N MEN TE NG
menteng
BAC K A N D FR ONT AS EN TR AN C E RE GIO N BENDU NGAN HILI R RE GI ON KU NI NGAN
Site
Typology Cinema
Year 2016
Course Option Studio 2
Instructor Joe Day
Group Member Seow Wan Ting
ASIA_PLEX
Site Jakarta, Indonesia
Typology Cinema
CONCEPT
Residential Original building with internal core retained 1
Residential
Cinema
Exhibition Cinema Cafe + Lobby Library + Gallery Public Space
Gallery
Lift up for Lobby Sunken for public space
Program Allocation
Cut for theatre seating and views in and out
Motoycle Path
Stagger to create breather space
Shifting of blocks
Lookout spaces and additional spaces
Course Option Studio 2
Year 2016
Instructor Joe Day
Group Member Seow Wan Ting
Concept
Residential Concept of framing
Elevator Core Retained
IMAX cinema
C inema - Sweet Spot Seating with angle of 30 '
Cafe C inema/Theatre Seating
Library
Public Space Gallery Short Film Gallery
ASIA_PLEX
Typology Cinema
Site Jakarta, Indonesia
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Year 2016
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ASIA_PLEX
Site Jakarta, Indonesia
Typology Cinema
Year 2016
Course Option Studio 2
Instructor Joe Day
Group Member Seow Wan Ting
1:200 Model
ICONIC SKYSCRAPERS
Site Marina Bay
Typology Commerical/ Office
This 60-storeys skyscrapers that we have designed is a twistedbuilding with an open void in the middle of the building from level 35 onwards. There is an outdoor courtyard at every level facing the void. This building is an iconic skyscrapers located at the CBD area in Singapore. We used Building Information Modelling software (Autodesk Revit) to model this buidling.
Year 2015
Course BIM
Group Member Tracy Tan, Au Cheuk Yee
Instructor Stylianos Dritsas
SITE ANALYSIS CONNECTION OF GREEN SPACES A green belt running through the site can be identified by connecting the various green spaces in the vicinity.
PREDESTRIAN CIRCULATION
WIND CHANELLING Wind condition at the site allow good ventilation into the building.
VIEWS The site offers extensive views towards Marina Bay at higher levels
MEGASTRUCTURE
PROGRAMMATIC DISTRIBUTION
Executives offices
Library and Cafe
One plant floor for every 10 floors
Cafeteria
Retail shops
LIFT CORE
TWSITED COLUMNS
STRAIGHT COLUMNS
OFFICE
COMMERCIAL
PLANT FLOORS
COMMUNAL GREEN AREAS
ICONIC SKYSCRAPERS
Typology Commerical/ Office
Site Marina Bay
1 2 3 4 5 6 7 8 9
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11
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Level 1 Plan - Lobby
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Year 2015
Course BIM
Group Member Tracy Tan, Au Cheuk Yee
Instructor Stylianos Dritsas
Pantry
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Seminar Room
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Level 17 Plan - Typical Office
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ICONIC SKYSCRAPERS
Site Marina Bay
Typology Commerical/ Office
Year 2015
Course BIM
Instructor Stylianos Dritsas
Group Member Tracy Tan, Au Cheuk Yee
ICONIC SKYSCRAPERS
Site Marina Bay
Typology Commerical/ Office
BUILDING ENVELOPE
FACADE PLAN - External
8
4
FACAD Externa
5 1 6
2
3 9
Course BIM
Year 2015
Instructor Stylianos Dritsas
DE SECTION al
Group Member Tracy Tan, Au Cheuk Yee
SLAB COVER PLAN DETAIL
1. Double glazing in alu minium frame 2. Window Ledge : Medium-density Fibre board 3. Floor Construction: 200mm concrete slab 10mm floor finishing 4. Aluminium sheet, two-toned 5. M&E false ceiling 6. Double glazing in alu minium frame sliding door 7. 30mm structural glass railing 8. Metal door lock 9. Aluminium Mullions 10. Alpolic metal screen 11. Aluminium metal clip 12. Extra sheathing
10
3
11
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SELF-SUSTAINING NEIGHBOURHOOD This project aims to design a neighbourhood that focoses on sustainability in terms of resources, community and ecology. We have used various urban modelling to improve on the energy effiency of the neighbourhood. This is a bikeable and walkable neighbourhood that has pubiic spaces for the community to gather and interact. We also aim to create biodiversity throughout different program zones in the neighbourhood. Urban Score Card Density: FAR of 3.75 Open space: 71% Energy: 105 kWh/m^2 Daylight: 77% cDA Walkability: All residential units >70 Green space: 8 sqm/residents
Site Sungei Bedok
Typology Master Plan
Year 2016
Course Urban Sustainability
Instructor Alstan Jakubiec
Group Member Au Cheuk Yee Tracy Tan Evelyn Yeo Ho Wei Sze
SELF-SUSTAINING NEIGHBOURHOOD
Site Sungei Bedok
Typology Master Plan
Design Strategies
Diagrammatic Section
Energy Consumption: Above ground vs Underground
Building Environmental Strategies
Iteration 1 Above ground (without terracing) Energy Consumption: 101 kWh/m^2
Iteration 2 Under ground (without terracing) Energy Consumption: 71 kWh/m^2
As discovered from previous iterations, undergro energy consumption greatly. Using this massing for commercial and office space
Solar PV panels to generate energy Extruded blocks for shading and gardening space Sky bridges as shading & gardening element Through void for wind flow and natural lighting in deep spaces
Iteration 3 Above ground (with terracing) Energy Consumption: 100 kWh/m^2
Permeable surface runoff Urban farming in-between building blocks Mix of plazas and farming plots and terraces Skylight to light up deep spaces underground
Iteration 4 Under ground (with terracing)
Energy Consumption: 89 kWh/m^2
Bioswale- Clean/recycled water Biomass energy generation Water storage/treatment
Underground
Course Urban Sustainability
Year 2016
Instructor Alstan Jakubiec
Group Member Au Cheuk Yee Tracy Tan Evelyn Yeo Ho Wei Sze
ound massing that is terraced can reduced g strategy, we designed underground spaces
d strategy
Skybridge layer Residential towers
Ground layer Communal spaces & landscape gardens Underground layer Commercial
Ground strategy
Above ground strategy
SELF-SUSTAINING NEIGHBOURHOOD
Site Sungei Bedok
Walkability
Wind flow analysis Wind flow analysis is done by Audodesk Flow Design. The way the void space is located and connected allows the wind flow to flow through and cool down these communal space.
Water Surface Runoff When set all concrete surface: Surface runoff = 33227506m^3 With lawns, green roof and permeable surfaces: Surface runoff = 9082994m^3 % of water surface runoff = 27.3%
Solar Radiation
Typology Master Plan
0 100 % runs off during 100mm storm event
Solar exposure can be lower when buildings are not oriented towards east west direction. Higher building can also provide shading to lower building and the spaces on the ground.
Wh/m2-yr 0
800
1650
Year 2016
Course Urban Sustainability
Instructor Alstan Jakubiec
Group Member Au Cheuk Yee Tracy Tan Evelyn Yeo Ho Wei Sze
By using UMI Mobility to maximise the walkability of the neighbourhood, the walk score at all locations are now higher than 70. (score > 70 : very walkable)
SELF-SUSTAINING NEIGHBOURHOOD
Site Sungei Bedok
Typology Master Plan
Dayligting - underground space Point-In Time Illuminance Without skylight Plan view
Skylight design
Final Iteration - Slanted R Plan view
Section
With skylight Plan view
Skylight design
Section
Rectangular skylights Plan view
Skylight design
Illuminance 0
Section
167
333
500
Year 2016
Course Urban Sustainability
Instructor Alstan Jakubiec
Group Member Au Cheuk Yee Tracy Tan Evelyn Yeo Ho Wei Sze
Roof, small fins slanted downwards
0(Iux)
Skylight design
Section
To introduce effective daylighting to the underground, a few skylights have been added to the bottom most level of the ground. Skylight on the left diagram is by far the best design with the maximum value around 400 lux. The deep regions would however reuqire artificial lighting.
INTERNSHIP @ DPA
Project Jakarta, Indonesia
Site Neil Road, Singapore
Design Study -
During my internship at DPA, I was tasked to design the interior space of SIA office at a conserved shophouse. I attended the weekly site meeting to analyse the site condition as part of the design process.
SIA Office Design Study -
SIA Office
Year 2015
Director Seah Chee Huang
Supervisor Ailleen Koh
Project Stage Construction
Cabinetry
Design of cover for FCU
Arrangement of electrical trunking Alignment of cabinetry and carpet
SIA Office
Option 1
Option 2
INTERNSHIP @ RSP
Project Academic Building South
This is a competition project by Toyo Ito & Associates Architects in collaboration with RSP Architects. The design proposal is 220m long made completely of wood. The simple and efficient modular timber frame system enables the shortening of construction and reduction in cost. This proposal also aims to create an academic environment surrounded by nature, reuniting with the campus’s green and water network.
Image credits to Toyo Ito & Associates
Site NTU, Singapore
Below are diagrams tha
Year 2016
Director Gabriel Chen
at I have done for this competition.
Supervisor Julia Li ( from Toyo Ito & Associates)
Project Stage Competition
INTERNSHIP @ RSP
Project Mandai Lake Park
The new Mandai lake will be home to two new wildlife parks when it is completed – a Bird Park and Rainforest Park. I have studied the design for Food Loft with the incorporation the technical aspects Also, I have studied in depth the design of a canopy with respect to the site by sketching and model making.
Rainforest Park
Desig
Nature Reserve
West Node: Forest Gateway Bird Park Nature Reserve
Site Mandai, Singapore
Night Safari
Breathtaking first impressions of nature and wildlife
East Node: Forest Courtyard
Confluence of nature architecture, attractions and public space
Image credits to RSPArchitects
Design Study - Food Loft
Option
Year 2016
Director Gabriel Chen
Supervisor Jessica Tan
Project Stage Preparation for Development Control Concept Sign-Off
gn Study - Canopy
nA
Option A
Option B
Study Model Option B
Option C
Option D
Material Study
Thank You