SHUEN CHEN WONG
ARCHITECTURE PORTFOLIO 2020
貳 零 貳 零
建 築 作 黃 品 宣 集 誠
Content Resume Academic Works 01
Beyond Blockade
02
The Wave
03
Surge Pavilion
04
Haze Sail
05
Applied Architecture Technology
06
South Lawn Repurpose
04
Coexistance Nightclub at Palestine
10
New Student Precinct at The University of Melbourne
12
Surf Pavilion for Tokyo Olympic 2020
16
Transforming Haze Filtering Building Envelopes
24
High-rise office building design in Melbourne CBD
Designing for heat in Public Domain
28
Resume 黃宣誠 SHUEN CHEN WONG architectural graduate
Shuen Chen (Shane) Wong is a Malaysian with Hong Kong background who recently graduated from University of Melbourne. Shane is currently living in Melbourne looking forward to practice his architecture skills and knowledge that he learnt.
Education SEP,2012 - JUN,2017 FEB,2018 - DEC,2019
Feng Chia University Bachelor of Architecture University of Melbourne Master of Architecture
Taichung ,Taiwan Melbourne, Australia
JUL,2015 - AUG,2015 SEP,2015 - JAN,2016 AUG,2016 - SEP,2016 JUL,2019
1993/12/10 Malaysian Johor Bahru, MY Melbourne, AU (+61)413689978 sw829312@gmail.com Shane Wong shanewong_archi
Banmu Tang Architects Taichung, Taiwan Architecture Physical Model Making Archiman Architects Planners Associates Shanghai, China Summer Internship Archiman Architects Planners Associates Taichung, Taiwan Internship Participated in Wood Lace Pavillion Project Feng Chia University Laser-cutting & Assembling AA Visiting School - Paris Paris, France Summer Short-Program
Chinese Cantonese English Malay Hokkien Hokchew German
Awards 2013 - 2017 JUN,2017
Scholarships for Overseas Chinese Students Half Fee Scholarships Best Graduation Project of the year 2017 Shortlisted
Feng Chia University Department of Architecture, F.C.U
Skills Computer Software
SketchUp Rhinoceros AutoCAD Photoshop Illustrator InDesign
Other Technologies
3D Printing, CNC Cutting and Laser Cutting
Certificate
Revit Architecture 2014
Birth Nationality Hometown Current City Tel. E-mail Facebook Instagram
Languages
Experiences SEP,2014
Info
3dsMax Grasshopper Revit V-ray Artlantis Lumion
Native Native Fluent Intermediate Basic Basic Beginner
ACADEMIC WORKS Global Socio-Political Focus
01 Beyond Blockade Coexistance Nightclub at Palestine 
Tutor
Type
Marijke Davey Thesis Studio 13 : And Beneath that, And Beneath that
Global Socio-Political Focus
Subject The University of Melbourne Master of Architecture - Design Thesis Individual Work
Site Location Palestine
Software Rhinoceros, Grasshopper, Autocad, Photoshop, Illustrator, V-ray
SHANE WONG ARCHITECTURE PORTFOLIO 2020
Summary Palestine and Israel, a country or two? The ongoing conflict between Palestinian and Israeli has began since 1948. Since the border between Israel and Palestine built, Palestinian are struggling under the long-time frustration, polarization, and diversity. Music is the way for Palestinians to express their emotion from the trauma, and connect to the world. It is also a resource that the Israel Government cannot easily block out from the physical border. This research is trying to use music as a media to find out the possibility of coexistence of Palestinian and Israeli, eventually to destruct the invisible border between people.

Beyond Blockade
5m contours
Oush Grab Site Plan
Preface
Palestinian music is always a media for Palestinian to express their emotion for long time sagregated and occupied by Israel. Beside that, it is also a culture for Palestinian and Israeli to share and enjoy the music. Although the music is mainly about using music as a ‘weapon’, or a media to resistant and express their emotions like frustration, polarization and diversity. Beside that, the identity formation and reformulating their negative profiling in a positive way. It is also proved the possibility of coexistence( Palestinian and Israeli), through music and the party. The topic here is trying to create a space for everyone to enjoy the music together, from that, forgetting the identity and nationality. Breaking the spiritual border between people, and prove the possibility of coexistance of different culture. 
10
50
100(m)
SITE PLAN Scale 1 : 3500
Shane Wong Arhcitecture
Movement 1 : Prelude - The lighhouse
Turn the original watch tower into a lighthouse for the event, attracts people from far away of the site. A symbol of navigating people to the path of coexistance.
Movement 2 : Allegro - The entrance
From the entrance, visitor will pass through a long narrow path with spiky wall on both side with uncomfortable sounds. This reflect the insecure and struggle of Palestinian under the occupation from Israel.
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Beyond Blockade
Movement 3: Scherzo - The nightclub
All the space underground will be connect by long narrow tunnel pathway. Once get into the main underground plaza,where hold the party with large dancing floor and DJ booth. The space is basically dark with only spotlight from the ceiling.The lights are only able to let people see the shape of others, which the idea to let peope focus on enjoying the party instead of the ethic and colour of people in the same space.
Movement 4: Finale - Reveal the identity
After the party, the guest will walk across the long narrow pathway, at the end of tunnel, it is the reveal bar, a gathering lounge full of lights. The place is reveal the identity of friends or people you met in the party. With the lights, people can finally see the real colour and face of each other. Finally destruct the invisible border between people.
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Shane Wong Arhcitecture
Main Bar Section
Dancing Floor Section
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ACADEMIC WORKS Education / Culture
SHANE WONG ARCHITECTURE PORTFOLIO 2020
02 The Wave New Student Precinct at The University of Melbourne
Tutor Danielle Peck and Sam Hunter Studio 44: Radical Classroom
Subject The University of Melbourne Master of Architecture - Design Studio E Groupwork with James Gledhill and Daniel Chou (My Contribution: Form finding, Concept development, 3d Model, Plan Drawing, Diagrams and Final layout )
Type Public, Culture, Education
Site Location New Student Precinct, University of Melbourne
Software Rhinoceros, Grasshopper, Autocad, Photoshop, Illustrator, V-ray
Summary The Wave is the proposal for a new Sound School located in the new student precinct at University of Melbourne. The wave, that sits on the major civic spine of swanston street, is a threshold not a bridge, it is the entrance to the University from the city as well as the entrance to the city from the university.
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ACADEMIC WORKS Parametric Design / Sport
03 Surge Pavilion Surf Pavilion for Olympic 2020 Tokyo Tutor Igor Kebel & Eriko Watanabe, assisted by Andy Liu Studio 11 Surf Pavilion
Subject The University of Melbourne Master of Architecture Studio C Groupwork with Jie Zhao and Shi Wang (Contribution: Form finding, Concept development, 3d Model, Diagrams)
Type Public, Parametric Design
Site Location Chiba, Japan
Software Rhinoceros, Grasshopper, Autocad, Photoshop, Illustrator, V-ray, 3D printing, CNC
Summary Pavilion Surge is not only expected to furnish a place for high-class surfing tournament but also hybrid with the existing tourism infrastructure and culture background nearby, which would make Ichinomiya a more attractive place for tourists from metropolises and surfers all over the world. As an Olympic heritage, contributes back to local communities.
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SHANE WONG ARCHITECTURE PORTFOLIO 2020
Surge Pavillion To Shrine
From Train Station
To Beach Resort
The project started with a rethinking of the typical structure in surfing tournament that a temporary prefabricated stand on the beach faced the ocean, which only provided a dull visual experience, meanwhile left few cultural or economic profits for local communities.
From Village Centre
Circulation Driving Typology Form of the pavilion should corresponded to human circulation and surrounding tourists attraction, such as Beach Resort and Shrine.
Athletes Staff/Journalists Visitors
Event Circulation The Pavilion Surge, therefore, tried to come up with a permanent structure that offers an active tournament experience by simulating the dynamic balance of surfing to the pavilion on the coast. The structure is smooth and unified as an entire piece, opening to the surrounding culture and landscape environment. Ramps, stairs and waving surface and stands mingle together, offering multiple alternatives for the pathway, which similar to the multi-flow figures in surfing. On the other sides, Pavilion Surge is not only expected to furnish a place for highclass surfing tournament but also hybrid with the existing tourism infrastructure and culture background nearby, which would make Ichinomiya a more attractive place for tourists from metropolises and surfers all over the world. As an Olympic heritage, contributes back to local communities.
During the period of professional tournaments and annual festivals, the pavements can be easily separated to different circulation for athletes, journalist and common audience,owing to the consideration of security and organization.
Func�onal Space Street Flow Line
Field Boundary
Beach Flow Line
Exhibi�on Space
Inter-Flow Line
The prototype was generated from parametric tools according to circulation around the site, pressure from surrounding infrastructure, and program capability. Several iterations were created during the process the and main emphasis was pick the one that has most potential to be pushed as real project in reality.
Once the final iteration been chosen, the polylines generated from grasshopper were loft as an entire piece. Curvature was optimise to reduce the appearance of double curves, which may make the prefabrication way harder.
Shane Wong Arhcitecture
First Floor Plan
Ground Floor Plan
MULTI-LEVEL ENTRIES Both beach level and street level have two main entrance facing different direction which leading to specific space.
The Surge Pavilion, therefore, tried to come up with a permanent structure that offers an active tournament experience by simulating the dynamic balance of surfing to the pavilion on the coast. The structure is smooth and unified as an entire piece, opening to the surrounding culture and landscape environment. Ramps, stairs and waving surface and stands mingle together, offering multiple alternatives for the pathway, which similar to the multi-flow figures in surfing.
PROGRAM The main entrance get into the exhibition space and the surfer can directly get into the changing room from beach.
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ACADEMIC WORKS Urban Environment
SHANE WONG ARCHITECTURE PORTFOLIO 2020
04 Haze Sail Transforming Haze Filtering Building Envelope Professor Matyas Gutai Tran-structure Design Studio
Subject Feng Chia University Architecture Design 9 & 10 (Design Thesis) Individual Work
Type Urban Environment
Site Location Tuas, Singapore
Software Rhinoceros, Grasshopper, Autocad, Photoshop, Illustrator, Artlantis
Summary This project is a building envelope that can transform into a haze filtering device. The focus of this project is the transboundary haze that affects especially Singapore; it is an environmental phenomenon that endangers public health and causes negative economic impact every year. The goal is to find a specific solution for Singapore that hopefully can help to minimise the impact of the problem in the region.
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Haze Sail `
What is Haze? Haze, is an atmospheric phenomenon of polluted air. It is accumulation of dust, smoke and other pollutant particles in the air which obscure the clarity of the atmosphere, lower visibility level and detrimental effects on the human body.
Fire Spot recorded
Haze filter per line: 3 m Lines to afford Haze: 1 6 ~ 2 5 Dist. of each lines: 6 0 m Height of Haze(m): 50~100 Amount of Units: 7 0 , 0 0 0 Period per year: 2~3 weeks
Site Analysis Southeast Asia has been suffering from the haze pollution since 1997. These haze events have caused adverse health and economic impact on several countries including Malaysia, Indonesia, and Singapore. The problem flares up every dry season, in varying degrees. The haze is keep happening even the government tried to prevent it. The haze is caused by illegal agricultural fires due to industrial-scale slash-and-burn practices in Indonesia.These practices attributed by companies and individual farmers, which remove vegetation to make way for plantations of palm oil, pulp and paper.Fire is the cheapest and fastest method to clear land in preparation for planting. Fire is used to clear the plant material left over from logging or old crops.
purifying units distributions during different wind direction
Shane Wong Arhcitecture
Depucation system Haze is actually heavier than air, so one of the reasons why haze can become a transboundary issue is because haze stays close to the ground and does not enter the higher layers of the atmosphere. The height of the haze as a cloud that the density depends on the surface temperature. As a result, on land the height can be 1-2 km depending if its day or night because during day time the surface temperature is high. However, over the sea the height is relatively stable and its actually much lower and its below 1km height. Since the water surface is more stable than land, it stable not only during night but also during the day with gave us an important exit. The additional exit is the heaviness of the haze, so I we filter one layer off the remaining layer of the haze simply drop and go down so instead of creating one boundary that filters the air, if we can repeat and create a several boundaries behind it, it can basically shave off layers one by one from the haze so in that way we are able to filter the whole haze in the end. Higher layer drop down 10M 10M 10M
00M
50~1 00M
50~1
5M
Haze
Purifying Distance: 50m every line Total units line: 100 Total area each unit afford: 5m*10m*25m=1250m3
Before
Sumatra
Melaka Strait
singapore
Average Temp. : 36'c
Average Temp. : 28'c
Average Temp. : 36'c
After
Sumatra
Melaka Strait
singapore

Haze Sail
Structure of Roof Depucation System
Transforming of Depucation Unit
Shape Store On Roof
Expand when moving into sea
Part of the Depucation system as Facade
Air filled into Floating bag
Filtering expan
Part of t
Shane Wong Arhcitecture
Basically my proposal is to use the design element into a multifunctional unit meaning that if they're not filtering the air it can be use as a wind power generator on a building skin. these diagrams show the designing of the roof that without the units and with the units And the units will be move to the roof through a railing system. And became the wind power generator to produce electric power increasing the economy ability to the investment of this project.
Section of the unit
g pipes nd
Details of Roof System
Purifying Units Purifying Mode on sea
the Depucation system as Roof
Rail System
Glass Panel
Roof Structure 
Haze Sail
Masterplan Business District
Container port New Container Port
Reclaimed Land
Singapore is a small island and it had already reclaimed 30% of its total land are Marina Park
plan to reclaim the southwest side of the country for Tuas Mega port, Which reloca
pore. So I intent to redefine the place as a port that not only for container and in
port which will also be the terminal for purifying units. The port will be separate in Terminal Port
container terminal, central park and business district. The terminal will locate in t
Cruise Terminal, Unit control tower, MRT Station, Hotel, Convention Center, and S basic infrastructure hub for future transformation of Tuas Mega port.

Shane Wong Arhcitecture
Population Density
ea since independence. The government
ate all the container ports of Singa-
ndustry, but also as a multifunctional
n four part which is the terminal port,
the middle of the port which including
Shopping Mall. The building will be a
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ACADEMIC WORKS Construction Details
05 Applied Architecture Technology
High-rise office building design in Melbourne CBD Coordinator Giorgio Marfella Tutor Rob De Melis Subject Applied Architecture Technology Groupwork with Chao An, Baichuan Jia (Contribution: 3D & Physical Model, Concept Development, Detail Drawings)
Type Architecture, Construction Details
Summary The Subject is about design development proposal with key envelope details for a tall office building located in a hypothetical site in Melbourne CBD.
Location Plan
Masterplan
Entrance Diagram
Scale: 1/750@A2
SPACE
LEVEL
GFA
NLA
EFFIENCY%
PODIUM
1-4
4554
4114
90.3%
LOW RISE
5-15
2116
1776
81%
MID RISE
16-30
2116
1743
82%
HIGH RISE
31-45
2116
1766
83%
SKY RISE
46-60
2116
1793
84%
TOTAL
60
13218
11192
84.6%
SHANE WONG ARCHITECTURE PORTFOLIO 2020
277.000
TIMBER STRUCTURE
OUTRIGGERS+EDGE BEAM
BELT TRUSS+SLAB
EDGE BEAM
BAND BEAM
COLUMN+SERVICE CORE
PODIUM SLABS
SERVICE CORE+BAND BEAM+REINFROCED COLUMN
GLASSED CURTAIN
1
SECTION
NOT TO SCALE
2
3D-STRUCTURE ANATOMY NOT TO SCALE
APPLIED ARCHITECTURAL TECHNOLOGY | ABPL 90118 | ASSIGNMENT2 | SHUEN CHEN WONG 973419 CHAO AN 823757 BAICHUAN JIA 875073 |
1
Applied Architecture Technology
BMU Track
BMU Track Platform
+261m
+257m
Parapet Wall
Rail Track
+261m Parapet Flashing
BMU
+265m Corridor Guard Rail
Overall roof Plan scale: 1/400@A2
+257m
01
Truss
A5.3 BMU Cradle Two Men
Partial Plan scale: 1/50@A2
Assistant Boom Main Boom BMU Cradle
BMU
Winch System 02 Steel Rope
A5.3
Counter Weight
Mast Moving System 100*100Steel Track
Solar Panel
Universal Beam 200UB Paint Prime Coated Rectangle Steel Hollow 200*100mm
Partial Elevation View
04 A5.3 03 Fire Stop
A5.3
Band Beam Edge Beam Glass 60*60 Column
Overall Section Plan scale: 1/80@A2
Overall Perspective View
Shane Wong Arhcitecture
PARAPET FLASHING MATERIAL: STEEL RECTANGLE HOLLOW SECTION TOP MULLION 160MM THICK INSULATION UNIVERSAL COLUMN 310UC SIZE: 500*500MM THICKNESS : 10.0MM MATERIAL: STEEL 10MM THICK SOLAR PANEL
REBATE IN CONTRETE COLUMN END CAST-IN ANCHOR WEATHER SEALANT PRESSURE EQUALIZED CHAMBER ALUMINIUM STACK-JOINT
CONCRETE COLUMN WITH 250UB37 STEEL INSIDE
OUTER STEEL STRUCTURE MULLION
SILICONE EXPANSION JOINT
01 A5.3
CROWN CORNER DETAIL PLAN SCALE 1:5 @ A2 CROWN PARAPET DETAIL SECTION SCALE 1:10 @ A2
UNIVERSAL COLUMN 310UC PRIMER COATED SIZE: 500*500MM THICKNESS : 10.0MM MATERIAL: STEEL
02 A5.3
UNIVERSAL BEAM 200UB PAINT PRIMER COATED SIZE: 400MM*400MM THICNNESS: 10MM MATERIAL: STEEL
REINFORCED CONCRETE EDGE BEAM REBATE IN CONCRETE SLAB TO CONCEAL FLOOR BRACKET CAST-IN INSERT WITH ANCHORS
DRAINAGE SYSTEM RADIUS:40MM MATERIAL: PLASTIC MULLION
DIRECT FIXING ROD BRACKET MATERIAL: STEEL
X TRUSS CAST-IN ANCHOR FIRESTOP CUSHION CP651N-L 300*170*30MM
SUSPENSION ROD MATERIAL: STEEL
10MM THICKNESS SPANDRAL BACK PANEL
REINFORCED CONCRETE BAND BEAM 80MM THICK TERMAL INSOLUTION
X TRUSS STEEL STRUCTURE
REINFORCED CONCRETE EDGE BEAM
10MM THICKNESS ALUMINIUM EXTRUSION
80MM THICK TERMAL INSOLUTION BLIND PELMET SUSPENDED COATING ALUMINIUM COMPOSITE PANEL
ALUMINIUM TRANSOM BRONZE NATURAL ANODIZED GLAZING GLASS WINDOW
CROWN ROOF DETAIL SECTION SCALE 1:10 @ A2
SOLAR PANEL INSTALLED ON THE COLUMN WITH BRACKET
03 A5.3
CEMENT-LIME STUCCO FIRE INSULATION CUSION
STEEL SUPPORT DRAIN OUTLET MATERIAL: ALUMINIUM RADIUS: 30MM
500MM*500MM CONCRETE COLUMN WITH 310UC96 STEEL INSIDE
DRAINAGE SYSTEM
04 A5.3
CROWN ROOF DETAIL PLAN SCALE 1:5 @ A2
ACADEMIC WORKS Landscape Architecture
07 South lawn Repurpose Designing for heat in Public Domain
Tutor
Type
Jillian Wallis
Landscape Architecture, Parametric Analysis
Subject The University of Melbourne Designing for heat in Public Domain Groupwork (Contribution: Concept Development, diagram, Detail Section,Layout, 3D Modeling, Heat & Wind Analysis)
Site Location South Lawn Carpark, Unimelb
Software Rhinoceros, Photoshop, Illustrator, Grasshopper(ladybug), Flow Design
SHANE WONG ARCHITECTURE PORTFOLIO 2020
Summary The Subject is to redesign south lawn carpark into new student space by analyzing the temperature and air condition through Ladybug(Plugin for Grasshopper). Then, reprogram and design the space according to the result. The design taken precedents from Roland Snooks’ Proposal for the site and design based on it. We combined Roland Snook’s aim of getting nature light to the car park and other better value of south lawn pointed out as below, using these as our principle to form out our modification.
South Lawn Repurpose
Radiation Analysis
Winter
Summer
Winter
Summer
Summer
Winter
Summer
Sunlighthours Analysis
Winter Wind Analysis
Simulation testing site After analysing and testing the current condition of south lawn car park, the result shown the radiation on the middle part (lawn) of roof top receiving higher radiation but lower shading hours in both summer and winter. In the other hand, the underground floor only have few lights from the entrances and the radiation is low. However, the underground indoor space have a constant temperature which means it will be cooler in summer and warmer in winter.

Shane Wong Arhcitecture
Scheme 1 Light Hole
Wind on Winter Wind on Summer
Summer
Winter
Solar Comfort Analysis (under the light hole)

Shuen Chen Wong (Shane Wong)
COntact
Tel: +61413689978 E-mail: sw829312@gmail.com Instagram: shanewong_archi