What role does urbanism still play in today’s rapid, massive urbanization? It seems very few people question this endless, non-context, non-identity urban environment which is driven by limited political, economical, technical and ecological constrains. Thus some people claim that Urbanism has already lost its position to politicians, to economists, to ecologists, to traffic planners and to architects-- people who are doing urbanism but not necessary have any clue about Urbanism. When our urban environment faces challenges of complex, pressing global issues and we are overloaded with endless flow of information, fear, rules, and when urbanism does not sufficiently respond to the gap between our social needs and resources, it could be easily neglected. But Isn’t urbanism the profession that can create space for better collective goals and is the only one that can spatially visualize and realize it? It is Urbanism that has potential to deal with these sociological, economical, ecological issues and provide spatial solutions with the spirit of time. We should use Urbanism as action, as device, as tool, as operation to analyze, define, intensify, diversify, organize, adjust, repair what is needed and to generate clear spatial solutions. We should define an Agenda based on local and global urgencies and use Urbanism to formulate strategies to specific questions. And finally Urbanism can be sexy.
PROFESSIONAL WORK
MORPHOSIS ARCHITECTS
VANKE CENTER DESIGN COMPETITION
2
Abstract
Yake Wang
Contents PROFESSIONAL 00 SPACE, LANGUAGE & MOMENT 01 TENCENT P4 DEVELOPMENT
NBBJ DESIGN _ A New Standard of Office Space
02 JAMSIL STADIUM RENNOVATION NBBJ DESIGN _ Re-imagining the Legacy
03 TENCENT CONVENTION CENTER NBBJ DESIGN _ A New Standard of Office Space
04 HANGZHOU CONVENTION CENTER NBBJ DESIGN _ Re-imagining the Legacy
05 VIVO HANGZHOU AI R&D CENTER NBBJ DESIGN _ Re-imagining the Legacy
06 VANKE CENTER HEADQUARTERS Morphosis _ A Cosmopolitan Center
07 CHINA TELLING HEADQUARTERS Morphosis _ Leader in Telecommunications
08 UNICORN ISLAND MASTER PLAN Morphosis _ World-class Incubation center
09 HSINTA ECOLOGICAL POWER PLANT Morphosis _ A Sustainable Future
10 SERIOUS FUN - ARENA ROSSETTI _ Multi-purpose Arena
11 SERIOUS FUN - AQUATIC CENTER ROSSETTI _ Aquatic Center
ACADEMIC 12 THE INFRASTRUCTURE URBANISM Thom Mayne Studio - Edge Experience
13 TECHNO - AGRICULTURALISM Thom Mayne Studio - Re-purpose the Airport
14 AGRI-INDUSTRIALISM
Thom Mayne Studio - Feed Los Angeles
15 COMPETITIONS AND OTHER WORKS Architectural Competitions and Other projects
PROFESSIONAL WORKS 2013 - 2021 NBBJ Design Morphosis Architects ROSSETTI Associates Inc. + ROSSETTI China
Tencent Dachanwan P4 Development Tencent Dachanwan Convention Center Hsinta Ecological Power Plant Unicorn Island Master Plan Wujiang Public Art Installation Zhuhai WTA Tennis Center 2015 World Expo. China Pavilion
Winning Scheme 1st Place Winner 1st Place Winner Winning Scheme Honorable Mention 2nd Place 2nd Place
PROFESSIONAL WORK
NBBJ DESIGN
VANKE CENTER DESIGN COMPETITION
6
INDIVIDUAL WORK
INDIVIDUAL
SPACE, LANGUAGE & MOMENT
8
PROFESSIONAL WORK
NBBJ DESIGN
TENCENT DACHANWAN P4 DEVELOPMENT
10
TENCENT HQ CAMPUS P4
A New Standard of Office Space Professional
_
NBBJ Design
Design Architect | Concept design, modeling, skin development, BIM and technical drawing, consultant coordination The new Vanke development and headquarters establishes a modern, cosmopolitan city center at the heart of the Shenzhen Bay Headquarters Base. Moving beyond older models for business districts that alienate the human scale and employ strict separation between urban and commercial space, the new center is designed for an active, human-scale urban environment with porous connections to the city, central park, and waterfront. Our scheme splits the conventional city block into four separate tower shards, accommodating program along the perimeter of the site to create a light-filled “urban room” at the core. This strategy gives each different building type a unique form and identity responding to the different surrounding conditions of the city, park, and waterfront. The slimmer building volumes offer more premium commercial spaces with flexible floor plates and enhanced sunlight and views.
G25
S31
S358
S358
东莞 DONG GUAN
G4
松岗中心 Songgang Center
G15
S209
G94
S356
S3 光明新区 Guangming District
龙岗区 Longgang District
S30 空港中心 Konggang Center
坪山新区 Pingshan District
龙华新区 Longhua District
深圳 布吉新区 Buji District SHEN ZHEN
深宝安国际机场 Shenzhen Baoan International Airport
大鹏新区 Dapeng District 盐田区 Yantian District
前海中心 Qianhai Center 南山中心 Nanshan Center
罗湖中心 Luohu Center 福田中心 Futian Center
中央城区 Central District 前海中心 Qianhai Center 蛇口港 Port Shekou
罗湖口岸 Port Luohu
皇岗口岸 Port Huanggang
深圳湾 Shen Zhen Bay
香港 HONG KONG 发展组团 Development Zones 地标 Landmark 城市发展带 Development Belt
至澳门 To Macau
REGIONAL STUDY
至珠海 To Zhuhai
至机场 Hk Airport
主要连接 Major Connection
深圳宝安国际机场 Shenzhen Bao’an International Airport
国际化商务内港 International Business Port
深圳西站 West Shenzhen Station
PROFESSIONAL WORK
NBBJ DESIGN
TENCENT DACHANWAN P4 DEVELOPMENT
12
深圳 SHENZHEN
1 km 世界之窗 Window Of The World
深圳大学 Shenzhen University
深圳湾体育中心 Shenzhen Bay Sports Center
深圳湾 Shenzhen Bay
物流工业港区 Industry Port Area
5 km
生活休闲岸线 Recreational Coastline
深圳湾大桥 Shenzhen Bay Bridge 10 km 通向 珠海 To Zhuhai
CONTEXTUAL STUDY
旅游生态岸线 Tourism Ecological Coastline
MASTER PLAN
PROJECT LOCATION
PROFESSIONAL WORK
NBBJ DESIGN
TENCENT DACHANWAN P4 DEVELOPMENT
14
AN GREEN GATEWAY
16
4
2
TENCENT DACHANWAN P4 DEVELOPMENT
2
3
PROFESSIONAL WORK
NBBJ DESIGN
1
2
4
3
1
Gathering /Resting PROGRAM AND COMMON DESIGN
2
Mini Theater
4
3
Outdoor Working
Group Meeting
1 - MAIN LOBBY
2 - DROP OFF
METRO CIRCULATION
3 - TOD ENTRANCE BUS CIRCULATION
CIRCULATION STUDY/ COMMON DESIGN
4 - TENCENT PLAZA PEDESTRIAN
5 - THE COMMON AUTONOMOUS CAR
6 - BUS TERMINAL DROP OFF
PROFESSIONAL WORK
NBBJ DESIGN FROM TYPICAL OFFICE TO MORE CONNECTED OFFICEC
TENCENT DACHANWAN P4 DEVELOPMENT
18
T3.6 T3.5 T3.4 T3.3
9000
T3.2
9000
T3.F
T3.1
9000
9000
T3.7 T4.G
10500
T3.E
T4.F
T3.D
9000
11400
T4.E
12000
9000
T3.C
9000
T4.D
T3.B
12000
9000
T4.C
T3.A
T4.B
10000
11000
11000
11000
11000
11000
T4.A
11500
T4.10 T4.1
T4.2
T4.3
T4.4
T4.5
T4.7
T4.6
T4.8
TYPICAL PLAN - HIGN ZONE
TYPICAL PLAN - MID ZONE
T3.6 T3.5 T3.4 T3.3
9000
T3.2
9000
T3.F
T3.1
9000
9000
T3.7 T4.G
10500
T3.E
强电间
井
AHU
AHU
办公排烟
井
中庭机械
T4.F
空调排风井
空调排风
T3.D
排烟
弱电间
11400
AHU
办公排烟井
发电机
消防水管井
办公排
9000
空调排风井
LOW ZONE AHU
空调排风井
烟井
空调排风井
厨房
AHU
T4.E
HIGH ZONE
消防水管井
发电机
井 给排水主管
排烟
中庭机械
T3.C
ADA
ADA TOIL ET
TOIL ET
弱电间
12000
9000
办公排 烟井
强电间
HIGH ZONE
空调排风井
厨房
办公排烟井
发电机
MID ZONE
T4.D
MID ZONE
中庭机械排烟
中庭机械排烟
强电间
9000
给排水主管井
T3.B
AHU
弱电间 办公排烟井
12000
9000
T4.C
T3.A
TYPICAL PLAN - LOW ZONE TYPICAL PLAN
T4.B
10000
11000
11000
11000
11000
11000
T4.A
11500
T4.10 T4.1
T4.2
T4.3
T4.4
T4.5
T4.6
T4.7
T4.8
11000
T4.6
T4.G B.KK 空调排风井
空调排风
空调排风井
强电间
AHU
井 空调排风
办公排烟
FIRE
FIGHTERS
空调排风井
烟井
厨房
办公排烟井
HIGH Z ONE
办公排
弱电间
烟井
消防水管井
ADA TOILET
烟井
ADA TOILE T
ADA TOILET
ADA TOILE T
强电间
HIGH Z ONE HIGH Z ONE
T4.D
B.GG
HIGH Z ONE
FIRE FIGHTERS
空调排风井
厨房
办公排烟井
发电机
FIRE FIGHTERS
给排水主管井
空调排风井
厨房
办公排烟井
发电机
T3.3 LOCAL T3.2
T3.6
T3.7
T4.C
B.FF
T4.B
B.EE
DN
T4.A
中庭机械排烟
中庭机械排烟
FREIGHT
MID ZONE
厨房
办公排烟井
发电机
AHU
FIRE FIGHTERS
办公排烟井
AHU
FIRE FIGHTERS
空调排风井
FREIGHT
弱电间
办公排烟井
FIGHTERS
MID ZONE
弱电间
办公排烟井
办公排烟井
FIRE
T4.10
AHU
弱电间
弱电间
MID ZONE
强电间
中庭机械排烟
中庭机械排烟
中庭机械排烟
中庭机械排烟
AHU
MID ZONE
中庭机械排烟
MID ZONE
强电间 FREIGHT
T3.5
MID ZONE
强电间
MID ZONE
中庭机械排烟
厨房
发电机
给排水主管井
空调排风井
办公排烟井
FIRE FIGHTERS
给排水主管井
强电间
发电机
给排水主管井
排烟
ADA TOILE T
办公排
强电间
T3.4
厨房
厨房
HIGH Z ONE
中庭机械
排烟
中庭机械
发电机
消防水管井
弱电间
HIGH Z ONE
强电间
发电机
消防水管井
空调排风井
空调排风井
AHU
给排水主管井
排烟
中庭机械
消防水管井
B.HH
办公排
给排水主管井
发电机
AHU HIGH Z ONE
T4.E
给排水主管井
ADA TOILE T
弱电间
AHU
AHU 办公排烟井
AHU
AHU
空调排风井
烟井
AHU
烟井
AHU
弱电间
办公排
厨房
AHU
发电机
强电间
烟
发电机
FIGHTERS
弱电间
空调排风井
井
中庭机械排
FRE IGHT 办公排烟井
AHU
消防水管井
消防水管井
办公排
空调排风井
办公排烟
FIRE
LOW ZONE FRE IGHT
空调排风井
AHU
FIRE
空调排风井
AHU
中庭机械排 烟
发电机
消防水管井
空调排风井
烟井
井
弱电间
FIGHTERS
B.JJ
LOW ZONE 办公排烟井
空调排风井
T4.F
弱电间
AHU
空调排风井
空调排风井
AHU
中庭机械排 烟
LOCAL
AHU
井 强电间
井
空调排风井
LOCAL办公排烟
办公排
强电间
空调排风
井
B.DD
B.CC
LOW ZONE
MID ZONE
HIGH ZONE
11000
T3.1
T4.6 T4.1
T4.7
T4.5
T4.4
T4.3
T4.2
T4.8
3.F
T4.G B.KK
LOW ZONE 办公排烟井
空调排风井
烟井
FIRE FIGHTERS
弱电间
LOW ZONE
弱电间
强电间
强电间
发电机
办公排烟井
发电机
厨房
井 给排水主管
B.HH
LOCAL
T3.C
AHU
空调排风井
排烟
HIGH Z ONE
烟井
AHU
4
排烟
HIGH Z ONE
中庭机械
ADA TOILE T 办公排
井
中庭机械
AHU
消防水管井
消防水管井
烟井
FRE IGHT
AHU
T4.E
井 给排水主管
排烟
排烟
中庭机械
弱电间
办公排
中庭机械
消防水管井
给排水主管井
发电机
弱电间
FIGHTERS
空调排风井
烟井
厨房
AHU
发电机
强电间
AHU
井
办公排烟
FIRE
B.JJ
发电机
办公排 空调排风井
消防水管井
3
弱电间
消防水管井
办公排
空调排风井
烟井
T4.F
排烟
空调排风井
空调排风井
2
中庭机械
AHU
FRE IGHT
办公排
AHU
井
LOCAL
空调排风井
FIGHTERS
空调排风
强电间
井
办公排烟
1
3.D
空调排风
LOCAL
FIRE
空调排风井
20
E
ADA TOILE T
办公排 烟井
ADA TOILE T
强电间
T3.A
T3T4
厨房
发电机
T4.D
给排水主管井
B.GG
给排水主管井
空调排风井
办公排烟井
FIRE FIGHTERS
空调排风井
厨房
办公排烟井
发电机
MID ZONE
DN
MID ZONE
中庭机械排烟
AHU
弱电间
AHU
弱电间
LOCAL
MID ZONE
办公排烟井
中庭机械排烟
FREIGHT
中庭机械排烟
中庭机械排烟
强电间 强电间
FIRE FIGHTERS
办公排烟井
T3.B
TENCENT DACHANWAN P4 DEVELOPMENT
HIGH Z ONE
LOCAL
LOW ZONE
T4.C
B.FF
T4.B
B.EE
HIGH ZONE B.DD
T4.A
T4.10
High Zone Mid Zone Low Zone Local Freight / Fire Fighter
B.CC
T4.ROOF.2 148.400
T4.1
T4.2
T4.3
T4.4
T4.5
T4.7
T4.ROOF.1 143.900
T4.8
T4.L28. MECH 139.400 T4.L27. Office 134.900 T4.L26. Office 130.400 T4.L25. Office 125.900 T4.L24. Office 121.400
T3.ROOF.1 116.900
T4.L23. Office 116.900
T3.L22. MECH 112.400
T4.L22. Office 112.400
T3.L21. Office 107.900
T4.L21. Office 107.900
T3.L20. Office 103.400 T3.L19. Office 98.900 T3.L18. Office 94.400 T3.L17. Office 89.900
NBBJ DESIGN
T3.ROOF.2 121.400
Refugee
T4.L18. Office 92.900 T4.L17. Office 88.400
T3.L16. Office 85.400
T3.L14. Office 76.400 T3.L13. Office 71.900 T3.L12. Office 67.400
T3.L11. Refugee 61.400 T3.L10. Amenity 56.900 T3.L09. Amenity 52.400
T4.L16. Office 83.900
PROFESSIONAL WORK
T3.L15. Office 80.900
T4.L20. Office 103.400
T4.L19. Refugee 97.400
T4.L15. Office 79.400 T4.L14. Office 74.900 T4.L13. Office 70.400 T4.L12. Office 65.900
Refugee
T4.L11. Amenity 61.400 T4.L10. Amenity 56.900 T4.L09. Amenity 52.400
T3.L08. Amenity 47.900
Refugee
T3.L07. Office 43.400 T3.L06. Office 38.900
T4.L08. Amenity 47.900
T4.L07. Refugee 41.900 T4.L06. Office 37.400
T3.L05. Office 34.400
T4.L05. Office 32.900
T3.L04. Office 29.900
T4.L04. Office 28.400
T3.L03. Office 25.400
T4.L03. Office 23.900
T3.L02M. Meeting 20.900 T4.L02. Meeting 17.900
T3.L02. Meeting 16.400 L01. Lobby 11.900
L01. Lobby 11.900
B1M. Retail 5.900
B1M. Retail 5.900
B1. Parking 0.400
B1. Parking 0.400
B2. Parking -3.500
B2. Parking -3.500
VT DESIGN
1A
T 3 T 4 B u i ld i n g S e c t io n N o r th - S o u th
1 : 400
BRIDGE DESIGN
A CONNECTED CAMPUS
商业
TENCENT DACHANWAN P4 DEVELOPMENT
22
T3
会议室 会议室
NBBJ DESIGN
会议室
PROFESSIONAL WORK
办公室
健身房
云
商业街
COMMON
商业 商业街
停车场
停车场
商业 储藏室
商业
大堂
收费区 地铁 地铁
TOD SECTION
A GATEWAY TO TENCENT ISLAND
TOD ENTRANCE TO TENCENT P4
1250 F.O. GLASS
750
4500 TYP. FLOOR HEIGHT 3000 F.C HEIGHT
1500
SHADOW BOX
COLOUR GLAZED CURVED FORM TERRACOTTA IN FILLED WITH ANODIZED ALUMINIUM SHADING FINS SUPPORT OPERABLE WINDOW HIDDEN BEHIND
1500
VISION GLASS
4500 TYP. FLOOR HEIGHT 3000 F.C HEIGHT
FIRE STOP / SHADOW BOX
SOLID BACK PANEL OPERABLE WINDOW
4500 TYP. FLOOR HEIGHT 3000 F.C HEIGHT
50-60% PERFORATED ANODIZED ALUMINIUM PANEL
SOLID BACK PANEL OPERABLE WINDOW HIDDEN BEHIND VERTICAL SHADING FINS
1500
TENCENT DACHANWAN P4 DEVELOPMENT
750
R600
750
R600
2250
750
1500
R600
2250
3000
750
2250
3000
750
3000
750
750
4500 TYP. FLOOR HEIGHT 3000 F.C HEIGHT
SHADOW BOX
OPERABLE WINDOW
1100
COLOUR GLAZED CURVED FORM TERRACOTTA IN FILLED WITH ANODIZED ALUMINIUM SHADING FINS SUPPORT
1500
NBBJ DESIGN
COLOUR GLAZED CURVED FORM TERRACOTTA IN FILLED WITH ANODIZED ALUMINIUM SHADING FINS SUPPORT
PERFORATED ANOZIED ALUMINIUM SHADING FINS SUPPORT
R600
1250 F.O. GLASS
VISION GLASS
FIRE STOP / SHADOW BOX
4500 TYP. FLOOR HEIGHT 3000 F.C HEIGHT
OPERABLE WINDOW
ANODIZED ALUMINIUM SHADING FINS SUPPORT OPERABLE WINDOW
4500 TYP. FLOOR HEIGHT 3000 F.C HEIGHT
1500
1250 F.O. GLASS
200 F.O.GLASS
OPERABLE WINDOW
R600
R600
750
2250 3000
FACADE STUDY
COLOUR GLAZED CURVED FORM TERRACOTTA IN FILLED WITH ANODIZED ALUMINIUM SHADING FINS SUPPORT
ANOZIED ALUMINIUM SHADING FINS SUPPORT
125
750
1250 F.O. GLASS
1500
PROFESSIONAL WORK
200 F.O.GLASS
1250 F.O. GLASS
OPERABLE WINDOW
125
24
1500
1250 F.O. GLASS
R600
750
2250 3000
R600
750
2250 3000
750 750
750
1500
1250 F.O. GLASS
4500 TYP. FLOOR HEIGHT 3000 F.C HEIGHT
SHADOW BOX
OPERABLE WINDOW COLOUR GLAZED CURVED FORM TERRACOTTA IN FILLED WITH ANODIZED ALUMINIUM SHADING FINS SUPPORT
1500
1100
VISION GLASS
FIRE STOP / SHADOW BOX
4500 TYP. FLOOR HEIGHT 3000 F.C HEIGHT
OPERABLE WINDOW
RAILING
1250 F.O. GLASS
1500
ANODIZED ALUMINIUM SHADING FINS SUPPORT
4500 TYP. FLOOR HEIGHT 3000 F.C HEIGHT
OPERABLE WINDOW
200 F.O.GLASS
OPERABLE WINDOW
COLOUR GLAZED CURVED FORM TERRACOTTA IN FILLED WITH ANODIZED ALUMINIUM SHADING FINS SUPPORT
ANOZIED ALUMINIUM SHADING FINS SUPPORT
125
750
1250 F.O. GLASS
1500
RAILING
R600
R600
750
2250
R600
750
750
2250
3000
3000
750 750
1500
3000
R600
2250
4500
CANOPY
CANOPY FALSE CEILING INSULATION
4500
STRUCTURE FOR TENSION ROD SYSTEM
CLEAR GLASS W/O COATING
13500
GLASS FINS
RAILING
TENSION ROD W. COVER PLATE
6000
CLEAR GLASS W/O COATING
50 TENSION ROD DEPTH 1500 F.O. GLASS
STRUCTURE FOR TENSION ROD SYSTEM COVERED PLATE
90
90
90
90
500
1400 F.O. GLASS
EXTERIOR DRAINAGE
TENSION ROD W. COVER PLATE
3000
3000 9000
FACADE STUDY
3000
PROFESSIONAL WORK
NBBJ DESIGN
JAMSIL OLYMPIC STADIUM RENNOVATION
26
JAMSIL STADIUM RENNOVATON Re-imagining the Legacy to City of Seoul Professional
_
NBBJ Design
Design Architect | Concept design, modeling, skin development, BIM and technical drawing, consultant coordination Jamsil Olympic Stadium is a powerful and timeless symbol of those Olympics, and of Korea’s emergence as a leading modern economy. It is a widely respected landmark of Korean architectural design, and is deeply cherished by all Koreans.But over thirty years have passed since the Olympics, and Jamsil Stadium today lacks many of the features and experiences found in contemporary world class stadia. For Jamsil to once again host major international sporting events, a significant upgrade to both its athlete facilities and fan experience is needed. The concept for the renovation is rooted in the idea of “Jamsil Resonance” – how the stadium, through its timeless design, its rich history, and unique experience, resonates across the site, into Korean culture, and outward to the world. The approach has been to carefully preserve the legacy and design features of the original stadium, while modernizing the overall image, fan, and athlete experience to modern standards. The stadium will also connect more powerfully to the surrounding landscape, and operational efficiency will be improved, to enable Jamsil Stadium to once again host world class events, and represent Korea on the world stage. Upon completion, Jamsil Stadium will be one of the leading stadiums in the world for international athletics, and will position Seoul well for a future Olympic bid. But unlike any other stadium of its size, Jamsil will also be a part of the everyday Seoul City Life – a place where anyone can go to spend time, walk the concourses, have dinner, and experience what it must have felt like in 1988.
Lacks features and experience
Current Under-used Stadium
Preserve the legacy while introduce city life
Expanded City Boundary
28 JAMSIL OLYMPIC STADIUM RENNOVATION PROFESSIONAL WORK
NBBJ DESIGN
Dark & Heavy Current Roof with bad sound quality
Light and transparent design with great sound quality
Light and transparent Roof Design
Calculated sound treatment material
METAL CLADDING
2500
1300
700
3100
500
900
LIGHTING FIXTURE
CATWALK
EXISTING ROOF EDGE
PROPOSED ROOF EDGE
+
Roof Scan Model
Roof Model
Interior Scan Model
3D Scan Point Cloud
Recalibrated and Combined
Interior Model
Model Overlay Model Overlay
PROFESSIONAL WORK
NBBJ DESIGN
JAMSIL OLYMPIC STADIUM RENNOVATION
30
Polycarbonate Panel Detail
Roof Edge Detail
Roof Sound Panel Detail
PROFESSIONAL WORK
NBBJ DESIGN
JAMSIL OLYMPIC STADIUM RENNOVATION
32
Seat Count Total: 57567 Upper Bowl: 29244 VIP Box Seats: 906 Lower Bowl: 27367
560 mm 550 mm
480 mm
500 mm
GA Seats
VIP Seats 1300 mm
600 mm
1300 mm
600 mm
Premium Seats
Wheel Chair Seats
Remove Seats & Add "Interstitial Space"
PROFESSIONAL WORK
NBBJ DESIGN
JAMSIL OLYMPIC STADIUM RENNOVATION
34
GA Seats: 54871 Premium Seats: 580 VIP Box Seats: 906 Media Box: 50 Wheel Chair Seats: 585 Companion Seats: 585
Remove Seats Add Garden Vomitory
Remove Seats Add Garden Vomitory
Optimizations
Existing Condition
Vomitory Optimization
d Anchore
Remove Seats & Add "Interstitial Space"
PROFESSIONAL WORK
NBBJ DESIGN
JAMSIL OLYMPIC STADIUM RENNOVATION
36
d to h o re r Anc g Rake t in ex i s
"Interstitial Space" inside concourse
to existi
ng Rake
r
Infinite Garden Concourse Idea
Infinite Garden Concourse Idea
Bathroom Study Concession Counter Length Upper Bowl : 32178 seats x 1/2 capacity x 1.2m/300 seats = 64m counter length (+ portables for full capacity) Lower Bowl : 26632 seats x 2/3 capacity x 1.2m/300 seats = 70m counter length (+ portables for full capacity) *A total allowance of 1.5m of counter length per 300 spectators
Permanent Concession
PROFESSIONAL WORK
NBBJ DESIGN
JAMSIL OLYMPIC STADIUM RENNOVATION
38
Garden Concession (Temporary)
Isolated, chunky, confined
Integrated, interactive, open
Differentiated Materials
Concession Opening
Roller Shutter Storage LED Light Panel Optional Partition
Fiber Cement Board Cladding
Fiber Cement Board Cladding
Stainless Steel Back Splash
Corian Counter-Top
Concrete Level Filler
Roller Shutter Base
Detailed Concession Plan
Concession Section North
40 JAMSIL OLYMPIC STADIUM RENNOVATION
Vertically the pendants follow a curve that approximates the raker beam, starting from wall/floor intersection, finishing at perimeter ribbon board.
PROFESSIONAL WORK
NBBJ DESIGN
Bottom boundary
The pendants follow ground paving pattern as aggregate and disperse along the Seoul Lounge
Keep the upper boundary
The lighting design still seems need another pass of it. We propose to keep the same number of fixture count and move some of the lighting fixtures down along the raker beam to have a looser and more gradual distribution.
Various
More evenly distributed lighting fixtures
Customized Cladding
Consistent Units
0.6 m
1.2 m
Customized Panels
Consistent Units
Ribbon Display Panelization
JAMSIL OLYMPIC STADIUM RENNOVATION
42
Ribbon Display Panelization
3040 mm
3940 mm
West VIP - Section
2110 mm
East VIP - Section
PROFESSIONAL WORK
NBBJ DESIGN
2550 mm
Ribbon Board Sightline Study
West VIP - Section
East VIP - Section
Smaller Scoreboard with Viewing Platform
PROFESSIONAL WORK
NBBJ DESIGN
JAMSIL OLYMPIC STADIUM RENNOVATION
44
25.5 x 6.25m
South End with Expanded Scoreboard
Expanded Scoreboard with Raker Beam 24.5 x 9m
Without Skydeck North End Platform
Without Skydeck North End Platform
46 JAMSIL OLYMPIC STADIUM RENNOVATION PROFESSIONAL WORK
NBBJ DESIGN
View of VIP Suite from Open Concourse
View box study
Open Concourse Ceiling lighting fixture
View box study
Remove Seating Bowl Remove 4x Raker Beams Expand Vomitory
Add Garden Vomitory
JAMSIL OLYMPIC STADIUM RENNOVATION
50
Add Interstitial Space Add Media Box Add Scoreboard
Existing Condition Proposed Upper Bowl
PROFESSIONAL WORK
NBBJ DESIGN
Remove Existing VIP Seating
R C
Remove Existing VIP Structure
Add New VIP Box
Add New Reader Board
Remove Existing Stairs and Platforms
Remove Upper portion of Existing Seating @ 23.5m Level
Remove part of Existing Raker Beams for Lower bowl
Remove Existing Structure for 22.2m Level
Remove Existing Seating Closing Existing Vomitory
Proposed Scheme Remove Existing Structure Add Premium Lounge Optimize Vomitory Add Wheel Chair Seats
Add 23.5m Level Slab with Steel Structure
Proposed Stadium
+ 11
.0 + 11
.0
MOAT LEVEL + 12
.0
+12.0
+11.0
VIP Parking
조업차량 조업차량 조업차량
JAMSIL OLYMPIC STADIUM RENNOVATION
VIP Drop - Off
+12.0
52
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VIP Parking
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VIP
+7.5
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.0 + 11
NBBJ DESIGN
+ 12
.0
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MEDIA Media Entry +7.5
+11.0
조업차량
PROFESSIONAL WORK
VIP Entry VVIP Entry
Media center +4.0
+ 11
.0 + 11
.0
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.0
+12.0
Athlete Bus Parking +12.0
+11.0
+12.0
조업차량 조업차량 조업차량 조업차량 조업차량 조업차량 조업차량
ATHLETE
Athlete Bus Parking
Athlete Area Official Area
+7.5
+11.0
+4.0
+ 11
MOAT LEVEL
.0 + 11
Future Ballpark Service
.0
Primary + 12
.0
+12.0
+12.0
+12.0
+11.0
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조업차량 조업차량 조업차량 조업차량 조업차량
Secondary
조업차량 조업차량
SERVICE
+7.5
+11.0
+4.0
EXIT
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M
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W
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open to below
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DN TO PITCH
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LOWER BOWL EXIT
확장
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JAMSIL OLYMPIC STADIUM RENNOVATION
확장
내려옴
M
W
OPEN CONCOURSE EXIT
OPEN CONCOURSE EXIT
LOWER BOWL EXIT
EXIT
OPEN CONCOURSE LEVEL
CONCOURSE EXIT
CONCOURSE EXIT
PROFESSIONAL WORK
NBBJ DESIGN
EXIT FROM SEOUL LOUNGE
EXIT FROM SEOUL LOUNGE
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CONCOURSE EXIT
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ENTRANCE
GARDEN CONCOURSE LEVEL FROM OPEN CONCOURSE
FROM OPEN CONCOURSE MAIN ENTRY
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PROFESSIONAL WORK
NBBJ DESIGN
JAMSIL OLYMPIC STADIUM RENNOVATION
56
ENLARGED WEST SECTION SCALE 1:250
ENLARGED SOUTH SECTION SCALE 1:250
PROFESSIONAL WORK
NBBJ DESIGN
TENCENT HQ CONVENTION CENTER
58
TENCENT CONVENTION CENTER
An Urban Focal Point - A City within a City Professional
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NBBJ Design
Project Designer | Concept design, modeling, skin development, and drawing
The concept for the new Qianhai Bay Urban Center master planned by James Corner of Field Operations is the “Water City”. Its framework establishes five “Water Fingers” which serve as both development amenities and storm water mechanisms addressing sustainability and resiliency in its relationship to the Qianhai Bay. In addition to its specific response to the Shenzhen region the Expo/ Convention Center development builds on this master plan theme of the “Water City” in the creation of an iconic architectural structure and its surrounding site which are inspired by the dynamic attributes of the ocean and aquatic life. At the tip of Qianhai Bay at the west end of this diverse city sits the site at the end of Dachanwan. Given this special urban and cultural condition a new civic center in this development must be a building that can maximize connectivity, synergy and diverse experiences – mirroring the character of Shenzhen. This new civic center is created by folding a series of city blocks in on themselves to achieve this intensity of interaction, changeability and human experience; like a city within a city or like a Bay within a Bay.
G25
S31
S358
S358
东莞 DONG GUAN
G4
松岗中心 Songgang Center
G15
S209
G94
S356
S3 光明新区 Guangming District
龙岗区 Longgang District
S30 空港中心 Konggang Center
坪山新区 Pingshan District
龙华新区 Longhua District
深圳 布吉新区 Buji District SHEN ZHEN
深宝安国际机场 Shenzhen Baoan International Airport
大鹏新区 Dapeng District 盐田区 Yantian District
前海中心 Qianhai Center 南山中心 Nanshan Center
罗湖中心 Luohu Center 福田中心 Futian Center
中央城区 Central District 前海中心 Qianhai Center 蛇口港 Port Shekou
罗湖口岸 Port Luohu
皇岗口岸 Port Huanggang
深圳湾 Shen Zhen Bay
香港 HONG KONG 发展组团 Development Zones 地标 Landmark 城市发展带 Development Belt
至澳门 To Macau
REGIONAL STUDY
至珠海 To Zhuhai
至机场 Hk Airport
主要连接 Major Connection
60
深圳 SHENZHEN
国际化商务内港 International Business Port
深圳西站 West Shenzhen Station
PROFESSIONAL WORK
NBBJ DESIGN
TENCENT HQ CONVENTION CENTER
深圳宝安国际机场 Shenzhen Bao’an International Airport
1 km 世界之窗 Window Of The World
深圳大学 Shenzhen University
深圳湾体育中心 Shenzhen Bay Sports Center
深圳湾 Shenzhen Bay
物流工业港区 Industry Port Area
5 km
生活休闲岸线 Recreational Coastline
深圳湾大桥 Shenzhen Bay Bridge 10 km 通向 珠海 To Zhuhai
CONTEXTUAL STUDY
旅游生态岸线 Tourism Ecological Coastline
AERIAL VIEW
PROJECT LOCATION
An Urban Focal Point
In addition to its specific response to the Shenzhen region the Expo/ Convention Center development builds on this master plan theme of the “Water City” in the creation of an iconic architectural structure and its surrounding site which are inspired by the dynamic attributes of the ocean and aquatic life.
TENCENT HQ CONVENTION CENTER
62
The concept for the new Qianhai Bay Urban Center master planned by James Corner of Field Operations is the “Water City”. Its framework establishes five “Water Fingers” which serve as both development amenities and storm water mechanisms addressing sustainability and resiliency in its relationship to the Qianhai Bay.
NBBJ DESIGN
M1
Integration
How does the project demonstrate the intersection of design excellence and sustainable performance? - Green Roof with stormwater management for public use
PROFESSIONAL WORK
- Intergrated breathable facade system
前海塔广场 Qianhai Tower Plaz
宝安滨海文化公园 Bao’an Waterfront Cultural Park
西乡河口湿地公园 Xixiang River Wetland Park
道 iv 廊 R 水 J ie 河 界 ng 双 h ua S
at W r e
P er
ro
m
前海会议中心 Qianhai Convention Center
桂湾文化公园 Guiwan Cultural Park 剧院 Opera House 前湾游憩休闲公园 Qianhai Recreational Park 大铲湾会展中心前岸公园 Dachanwan Convention Center Waterfront Park
科技专题馆 Science Museum
妈湾临港门户公园 Mawan Lingang Gateway Park
rP ro m en ad
海洋博物馆 Marine Museum
改革开放博物馆 Reform and Opening Museum
道 te 廊 a 水 iW 湾 ha 前 ia n Q
za
音乐厅 Concert Hall
G
桂 湾 ui 水 w 廊 an 道 W at er
Pr
om
en
ad
e
en
ad
e
e
PROFESSIONAL WORK
NBBJ DESIGN
nd
线 Re spo
to
an
Urb
is
Ax
TENCENT HQ CONVENTION CENTER
64
回应 城市 轴
A City within a City At the tip of Qianhai Bay at the west end of this diverse city sits the site at the end of Dachanwan. Given this special urban and cultural condition a new civic center in this development must be a building that can maximize connectivity, synergy and diverse experiences – mirroring the character of Shenzhen. This new civic center is created by folding a series of city blocks in on themselves to achieve this intensity of interaction, changeability and human experience; like a city within a city or like a Bay within a Bay.
Taking a Diverse and Energetic Urban Context
回应城市轴线 Respond to Urban Axis
Bending to increase synergy among activities
Creating an Urban courtyard, a city within a park
PERFORMANCE Is the project registered/certified under a sustainability rating system? N/A
Was Process Design utilized? During what phases? Yes. Competition.
What is the project’s value to the firm? (may include multiplier) 3.0
66
COTE TOP 10 PERFORMANCE CRITERIA M2
TENCENT HQ CONVENTION CENTER
Community
NBBJ DESIGN
M7
What are the wellness strategies? The Canal Promenade is a significant multipurpose
Wellbeing
The expo center acts as a new civic center designed to activate and
walking space. Multipopuse pathways meander through open landscapes and densely planted bands of woodlands whihch are part of the site’s botanical garden.
engage the water’s edge with a diverse series of zones and activities weaving in. M3
Ecology
In what ways does the project respond to the ecology of this place? The waterfront park surround the civic center is a continuation of the overall waterfront ecosystem in Tencent City.
M8
Resources
Was product transparency pursued? Is there a healthy materials plan? Has the project incorporated low carbon materials? The Waterfront park locates to the east of the Expo center orients toward Qianhai Bay and consist of both open green spaces as well as a continuous Waterfront Plaza.
M4
PROFESSIONAL WORK
How does this project contribute to creating a walkable, human scaled community? (May include Walk Score, Transit Score and/or Bike Score)
Water
How does the project use water wisely and handle rainfall responsibly? The infrastructure of water management “grows” above and underneath the building. It includes amenities including stormwater
M5
Economy
M9
Change
How is the project designed to adapt and change in the future? What is its climate resilience approach? The project is embedded with resilient features into the
collecting, filtration and distribution network. The technology-
design phase to provide possibility to help us to mitigate
embedded roof garden helps to ensure rainwater is properly handled.
against climate change.
Is the project rightsized to use space efficiently while being ready for change? The project breaks the typical isolated artificial space associated with traditional convention center by innovatively “bend” the linear
M10
Discovery
What lessons have the team learned? If occupied, has the project performed as expected? Innovation for people.
organization of event space to allow nature pass through.
M6
Describe energy and carbon reduction strategies In order to address the challenges of CO2 reduction, the project team
Energy
developed a set of self-sustainable roof gardens to actively save energy and reduce omission.
AIA COTE Top Ten Criteria Significant Design Influence Relevant to Project Not Relevant to scope
Building Facade
Qian Hai Skyline
Density on Facade
Changing Module Size for Programmatic Needs
Exhibition
Multifunction Hall
Ballroom
Hotel Rooftop Restaurant
Mapping of Transparency
An Icon, A Spatial Event
PROFESSIONAL WORK
NBBJ DESIGN
TENCENT HQ CONVENTION CENTER
68
Part of the power of this new Civic Center is that its iconicity is derived largely from the idea of creating a powerful and unique spatial experience that captures the City within a City concept. The building arcs, lifts and curves around the site to form dynamic and beautiful plazas and courtyards intensifying this goal of maximum synergy and connectivity. The result of these folding and arcing spaces is a waving skyline that talk to the Tencent City and signal to the city and the world that something dramatic is happening here – that this is the center of something powerful happening in this new city.
Typical box typology obstructs public and nature
Linear organization blurs the boundary
Allows maximum porosity and interaction
Iconic Skyline
PROFESSIONAL WORK
NBBJ DESIGN
TENCENT HQ CONVENTION CENTER
70
Creating a new civic center in Shenzhen at Dachanwan offers the opportunity to reflect the exciting and unique diversity of Shenzhen and the powerful surrounding ocean currents. The idea of creating a city within the city captures the spirit of Shenzhen at the human scale while the inspiration of the ocean currents inspire a more global scaled form for the building that reflects the flows of water in the flows of people, cultures and ideas. From these conceptual intersections emerges an iconic architecture that the people of Shenzhen can relate to and hold up as an icon of their spirit and place.
136m
Max. Height Limit
Sculpting City Image
Creating a New Skyline
110m
72 TENCENT HQ CONVENTION CENTER NBBJ DESIGN PROFESSIONAL WORK
Connection to the City, Link to the Water Respecting the special site condition, projecting dramatically into the ocean and acting as that gateway to Shenzhen as well as its connection to the larger Tencent City the new civic center is designed to activate and engage the water’s edge. Surrounding the soft curves of the civic center is a waterfront park with a diverse series of zones and activities weaving in, around and under the building. This waterfront park is a continuation of the overall waterfront ecosystem in Tencent City.
Creating Waving Skyline
Fostering Visual Connection
Reflecting Human Scale
PROFESSIONAL WORK
NBBJ DESIGN
TENCENT HQ CONVENTION CENTER
74
Inner Courtyard, an Urban Lobby
The building responses to various urban forces and program a public armature
Inflection of the inner space determined by different events
PROFESSIONAL WORK
NBBJ DESIGN
TENCENT HQ CONVENTION CENTER
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L
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1st Level Plan
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3rd Level Plan
A. The Commons B. Exhibition Park C. Event Plaza D. Inner Courtyard E. Arrival Plaza F. Multi-function Room G. Ballroom H. Hotel I. Villa J. Marina
Program
B.O.H
Circulation
Hotel Cafe
Program Integration
NBBJ DESIGN
TENCENT HQ CONVENTION CENTER
78
There are 4 key program elements in this expo center; exhibition hall, multifunction hall, banquet hall, and hotel. The four program functions are strategically placed within the one circular mass to unify it as one iconic piece and emphasize the synergies of this dramatic sense of proximity. Instead of locating the program in traditional linear fashion they are arrayed in a circular layout that allows the main concourse that continuously faces the inner courtyard to energize the space and maximize the visual connectivity which is highly valuable in an expo/convention facility. The Exhibition hall sits on the east wing on grade and has its loading on the east façade while the concourse faces the inner courtyard. A second level link to the surrounding berms provides cover for the loading down below while also forming a cafe experience opening out to the lush landscape on the east. Temporary exhibitor office and facility head office are on the upper level of the exhibition hall that opens up to the roof garden.
Multifunction Hall
PROFESSIONAL WORK
Exhibition Hall
Ballroom
Hotel
Typical typology with ineffective circulation
Typology increases synergy and interaction
50 m
TENCENT HQ CONVENTION CENTER
80
84 m
Convention
Gala
Perspective Section A. Inner Courtyard
F. Conference Room
C. Facility Office
H. Multi-function
B. Exhibition
G. Loading
D. Ballroom
I. Concourse
E. Cafe
J. Back of House
PROFESSIONAL WORK
NBBJ DESIGN
Banquet
C
D
C
E G
B J
I
Convention Center Concourse
A
I
H
F
J
J
G
Program Integration
PROFESSIONAL WORK
NBBJ DESIGN
TENCENT HQ CONVENTION CENTER
82
The Multifunction hall sits on the second level of the west wing with its service and kitchen facilities located on the first level facing west. The Conference Center is adjacent to the multifunction hall. The Ball room has a link bridge to multifunction hall. The Multifunction Hall and ball room are independent to the hotel allowing them to operate separately while still maintaining strong visual and physical proximity.
Ballroom and Multi-function are connected with bridge
Overlooking into the Courtyard
Section B-B
An Unified Cultural District
PROFESSIONAL WORK
NBBJ DESIGN
TENCENT HQ CONVENTION CENTER
84
Surrounding the Center is a city park with outdoor exhibition venues and diverse pubic experiences. Public space is organized into areas for passive parks, and recreational zones. A variety of amenities and landscape elements include outdoor amphitheaters; cafes, restaurants and food vendors; green open lawns, formal landscaping, and forested areas. Instead of one large plaza, a series of smaller plazas host more intimate performances. Embedded in an undulating landscape that frames the plazas outer edge.
B
A
Steel Structure Skylight
Shingled Facade
Glass Type A
Glass Type C
Flat Facade
Horizontal Mullion
Glass Type B
Curved Chs Steel
Ring Beam
Glass Type A
Wood Cladded S teel Panel
Curved Chs Steel Ring Beam Wood Cladded Steel Panel
Facade System
South Elevation
PROFESSIONAL WORK
NBBJ DESIGN
HANGZHOU CONVENTION CENTER
88
HANGZHOU CONVENTION CENTER Create
a
Professional
Future-proofing _
Expo.
Center
NBBJ Design
Designer | Concept design, modeling, skin development and technical drawing
Inspired by ancient and cleansing waters flowing past smooth stones and ancient forest from Beigao Mountain to the West Lake. The expo as stones in the urban stream symbolize the flow of fresh ideas and brilliant innovation that will ensure that Hangzhou is a pioneer and trendsetter on the global stage. Symbolic form is scaled to both create a one of a kind global icon viewed by every visitor arriving by air and a city brand-defining human experience from the ground. The expo is designed around the next generation of user experience. Today’s convention and exhibition centers are planned in accordance with the traditional model that has been used for decades, and they are all “set in stone” practices. The plan corresponds to the subway station, the flow line and the surrounding environment, designing a “emission linear” layout. It not only solves the pain points of the traditional fishbone and array type, but also does not cause new operational problems. It is a breakthrough and upgrade to the traditional fishbone layout.
+
+
地下通道入口
办公创新广场
连桥
Undergd Pass
Office Garden
Connecting Bridge
中央景观绿带 Green Belt
后勤通道
Loading Zone
二期展馆 P2 Expo
怡心湖 Lake
自然生态展示区
Pl
an
ne
dR
oa
d
后勤通道
Loading Zone
艺术创新广场
Galaxy
Art Garden
二期展馆 P2 Expo
一期展馆 P1 Expo
二期VVIP落客区
P2 VVIP Drop offs
Ro
ad
会议中心 Conference
g
+43 m
文化营商广场
+43m
一期VVIP落客区
P1 VVIP Drop offs
Retail Garden
oad
阳 城 路
天河汇
规
+43 m
室外展览区 Outdoor Exhibit
划
HANGZHOU CONVENTION CENTER
路
Pl
an
ne
dR
oa
一期展馆 P1 Expo
城市广场
Jia
会议中心 Conference
ng
2n
dR
Central Garden
Bin
en Ch g
路
City Plaza
滨江 二路
办公创新广场
Office Garden
Ya n
划
银河天幕
Nature Zone
植物园 Botanical Garden
90
规
+43 m
港城大道
Gang Chen g Road
d
科技广场
Tech Plaza
地下通道入口
Undergd Pass
中央景观绿带 Green Belt
PROFESSIONAL WORK
NBBJ DESIGN
Phasing
Elevation + 43.5 限高
机电
机电
机电
会议
办公
会议
大堂
会议
会议
办公
4号展厅
会议
卸货
连接大堂
大堂
卸货
商业
配套
中庭
商业
服务
机电
2号展厅
地铁1号线
Circulation: Truck (Inside)
办公
卸货
卸货
Section
Circulation: Traffic and VVIP
办公
连接大堂 大堂
服务
机电
6号展厅
Circulation: General Admission
Efficient Expo. Halls
Linear Organizer
Massing Optimization
Massing Formation
PROFESSIONAL WORK
NBBJ DESIGN
HANGZHOU CONVENTION CENTER
92
L4 双层展馆 L4 Halls
会议中心
Conference
L4 双层展馆
会议中心
L4 Halls
Conference
登记大厅
Expo check in
智能交通站点 People Mover
会展中心落客 Expo drop off
首层展馆
首层展馆
L1 Halls
L1 Halls
会议中心
地铁站
Conference
Metro
商业
首层展馆 L1 Halls
Conference Drop -off
Expo check in
智能交通站点
Retail
会议落客
登记大厅
People Mover
会议中心
室外展区
Conference
Outdoor Expo
首层展馆 L1 Halls
会展中心落客 Expo drop off
会议落客
机场直通
Conference Drop -off
从河滨进入
商业区落客
Retail Drop off
Airport Express
商业区落客
Retail Drop off
From waterfront
商业
Retail
地铁站 Metro
商业
Retail
地铁站 Metro
穿孔金
PROFESSIONAL WORK
NBBJ DESIGN
HANGZHOU CONVENTION CENTER
94
Perforated Metal P
金属
Metal
张弦屋顶
Beam String Stru
疏散/垂直
Egress and Ele
会展
Exhibition
会议及服务
Support
金属
Metal P
观展
Pedestrian Entr
布展
Loading Entr
会议及服务
Amenity
金属板
Panel
属屋面
l Roof
顶结构
ucture
直交通
evator
展大厅
n Hall
务用房
t Area
属面板
Panel
展入口
rance
展入口
rance
务用房
y Area
PROFESSIONAL WORK
NBBJ DESIGN
VIVO HANGZHOU AI R&D CENTER
96
VIVO HANGZHOU AI R&D CENTER Technology
Driven
Professional
Urban
_
Engagement
NBBJ Design
Designer | Concept design, modeling, skin development and technical drawing
Connecting vivo AI to place is central to the vision project. The site and the surrounding city provide unique opportunities to make this connection; the important cultural history and current urban vibrancy of Hangzhou, the stunning natural beauty of the hills, West Lake and tea estates, and the dynamic hub of technology innovation and development all provide rich inspiration and connection points for the project. This project is inspired by the innovative vivo business model for AI that creates a range of AI Scenes from intelligent Data and Services. For this vivo AI HQ we are creating a series of Scenes as the inspiration for this project; forming a journey from the cities threshold to the individual workplace. 加强
En
han
ce
服务于用户：人 Human-centric Service
服务 Service 场景 Scene
充满活力的办公场所 Activated Workplace Offsetting Borders between Different Workplaces Mobilizing People to Social Hubs Cultivating Culture through New Work Enviroment
设计核心 Design Drivers
创造AI vivo 场景硬件 Creating the vivo Scene
Liangzhu Museum
数据 Data
与自然和城市相融合 Access to Nature Creating Green Terraces Citing Chinese Traditional Garden Reconnecting Architecture to City
算法+数据：科技 Invent Next Gen. Technology
应用
A
pply
Dengsheng Expy
浙江大学
棒棒贝贝科技
杭州师范大学
Future Science & Technology City 阿里巴巴
顺网科技
51信用卡
Xixi National Wetland Park Qingshan Reservoir
个推
阿里巴巴
蘑菇街
铜板街
网易信息技术
有赞科技
蚂蚁金服
Zhejiang University
浙江大学
Qiantang
杭州
HANGZHOU 5k
m
浙江工业大学
Wuchaoshan National Forest Park
AI University Hangzhou Technology Firm
10 浙江大学
km
Hangzhou Olympic and International Expo Cen
15
km
PROFESSIONAL WORK
NBBJ DESIGN
VIVO HANGZHOU AI R&D CENTER
98
Sk y
Gran d View Colis eum +
Gar
den
+L
oun
ge
V-work
vivo Obse r vato + V-w ry & ork Loun
ge
Athletic Loop + V-work
rr Te
ac
e
a dC
fe
-w +V
ork
Re-organized Programs
Re-organized Programs
PROFESSIONAL WORK
NBBJ DESIGN
VIVO HANGZHOU AI R&D CENTER
100
PROFESSIONAL WORK
NBBJ DESIGN
VIVO HANGZHOU AI R&D CENTER
102
DN UP UP DN
Typical Plans
PROFESSIONAL WORK
NBBJ DESIGN
VIVO HANGZHOU AI R&D CENTER
104
Technology Driven Facade Design
Technology Driven Facade Design
12 hr 10 hr 9 hr 8 hr 6 hr 5 hr 4 hr 2 hr
N
1 hr
12 am
11 am 10 am 9 am
1 pm
8 am
2 pm
7 am
3 pm
SE
4 pm
5 pm
W
Technology Driven Facade Design
6 pm
S
106
顶部幕墙钢索结构 Top Cable Lock
VIVO HANGZHOU AI R&D CENTER
超高四层层压玻璃面板 Quadruple Laminated Glass Sheet
层间幕墙钢索结构 Solid Metal Cable
PROFESSIONAL WORK
NBBJ DESIGN
底层幕墙固定结构 Bottom Lock Nut
顶部幕墙钢索结构 Top Cable Lock
超高四层层压玻璃面板 Quadruple Laminated Glass Sheet
层间幕墙钢索结构 Solid Metal Cable
底层幕墙固定结构 Bottom Lock Nut
幕墙铝制框架 Aluminum Curtain Frame 优化结构封板最大化采光 Metal Bracing Optimzied for Max Daylight
智能遮阳系统 Smart Louver
层压玻璃面板 Laminated Glazing
幕墙铝制框架 Aluminum Curtain Frame
智能遮阳系统 Smart Louver
优化结构封板最大化采光 Metal Bracing Optimzied for Max Daylight
层压玻璃面板 Laminated Glazing
108
幕墙铝制框架 Aluminum Curtain Frame
金属内衬玻璃单元 Metal Inlay Glass
层压玻璃面板 Laminated Glazing
PROFESSIONAL WORK
NBBJ DESIGN
VIVO HANGZHOU AI R&D CENTER
优化结构封板最大化采光 Metal Bracing Optimzied for Max Daylight
优化结构封板最大 化采光 Metal Bracing Optimzied for Max Daylight 金属内衬玻璃单元 Metal Inlay Glass 幕墙铝制框架 Aluminum Curtain Frame
层压玻璃面板 Laminated Glazing
铝制框架 Aluminum Frame
优化结构封板最大化采光 Metal Bracing Optimzied for Max Daylight
高通透性玻璃单元 High Performance Glass Sheet 室外会议洽谈 Outdoor Meeting Space
铝制框架 Aluminum Frame
优化结构封板最大 化采光 Metal Bracing Optimzied for Max Daylight
高通透性玻璃单元 High Performance Glass Sheet 室外会议洽谈 Outdoor Meeting Space
PROFESSIONAL WORK
MORPHOSIS ARCHITECTS
VANKE CENTER DESIGN COMPETITION
6
VANKE HEADQUARTERS A
Cosmopolitan
Professional
_
City
Center
Morphosis Architects
Role: regional analysis, skin study and modeling, drawings, diagramming, presentation package The new Vanke development and headquarters establishes a modern, cosmopolitan city center at the heart of the Shenzhen Bay Headquarters Base. Moving beyond older models for business districts that alienate the human scale and employ strict separation between urban and commercial space, the new center is designed for an active, human-scale urban environment with porous connections to the city, central park, and waterfront. Our scheme splits the conventional city block into four separate tower shards, accommodating program along the perimeter of the site to create a light-filled “urban room” at the core. This strategy gives each different building type a unique form and identity responding to the different surrounding conditions of the city, park, and waterfront. The slimmer building volumes offer more premium commercial spaces with flexible floor plates and enhanced sunlight and views.
G25
S31
S358
S358
东莞 DONG GUAN
G4
松岗中心 Songgang Center
S3
G15
S209
G94
S356
光明新区 Guangming District
龙岗区 Longgang District
S30 空港中心 Konggang Center
坪山新区 Pingshan District
龙华新区 Longhua District
深圳 布吉新区 Buji District SHEN ZHEN
深宝安国际机场 Shenzhen Baoan International Airport
大鹏新区 Dapeng District 盐田区 Yantian District
前海中心 Qianhai Center 南山中心 Nanshan Center
罗湖中心 Luohu Center 福田中心 Futian Center
中央城区 Central District 前海中心 Qianhai Center 蛇口港 Port Shekou
罗湖口岸 Port Luohu
皇岗口岸 Port Huanggang
深圳湾 Shen Zhen Bay
香港 HONG KONG 发展组团 Development Zones 地标 Landmark 城市发展带 Development Belt
至澳门 To Macau
REGIONAL STUDY
至珠海 To Zhuhai
至机场 Hk Airport
主要连接 Major Connection
8
深圳 SHENZHEN
MORPHOSIS ARCHITECTS
VANKE CENTER DESIGN COMPETITION
安国际机场 en Bao’an ional Airport
深圳西站 West Shenzhen Station
PROFESSIONAL WORK
国际化商务内港 International Business Port
1 km
滨海大道 Binhai Ave
世界之窗 Window Of The World
深圳大学 Shenzhen University
深圳湾体育中心 Shenzhen Bay Sports Center
深圳湾 Shenzhen Bay
物流工业港区 Industry Port Area
旅游生态岸线 Tourism Ecological Coastline
5 km
生活休闲岸线 Recreational Coastline
深圳湾大桥 Shenzhen Bay Bridge
通向 珠海 To Zhuhai
CONTEXTUAL STUDY
10 km
香港 HONG KON
URBAN SYSTEMS
Bus Station
Public Green
Bus Route
Site
Subway Station
Pedestrian Path
Subway Path
Vehicular Path Drop Off Area
PROFESSIONAL WORK
MORPHOSIS ARCHITECTS
VANKE CENTER DESIGN COMPETITION
10
SPLITTING BUILDINGS INTO 4
FORMING SPACE WITH FOLD
OPTIMIZE MASSING WITH VIEWS
Self-Holding Program
Program For Sale
hi
is Ba
VANKE Headquarter
ve hA
4t
Program For Sale
Sh
Central Park Sky Bridge
en
wa
n1
st
Str ee
i
ish
Ba
MASSING STUDY
et
tre
t
S 5th
Commercial Cultural Lobby University Office Conference VIP Hotel Sky Garden / Refuge Mechanical Parking PROGRAM STUDY
Passenger Drop Off Vehicular Path Pedestrian Path Vertical Transportation
TRANSPORTATION STUDY
SKY GARDEN / REFUGE LEVEL
PV PANEL
PASSIVE SHADING / PV PANEL
SKY GARDEN / REFUGE LEVEL
SPONGE GREEN ROOF
PERMEABLE PAVERS Interior Sky Gardens Shading/PV Panel
Sponge Green R oof Permeable Pavers Bioswale Water Filtration System Rainwater Filtered Wa ter Percolated Rainwater SUSTAINABLE STUDY
BIOSWALE
B’
A
A’
MORPHOSIS ARCHITECTS
VANKE CENTER DESIGN COMPETITION
16
B
PROFESSIONAL WORK
100.000
Roof Park
Vanke Office Office for Sale
15.500
Commercial Lobby
0.000
Parking
SECTION A-A’
Baishi 4th Road
Commercial
Commercial
Parking Entry
Parking Entry
Shenwan 2nd St
Drop-off
Cultural
Drop-off Baishi 4th St Drop-off
Common Space
Drop-off Baishi 5th St
Cultural
2nd Level Bridge
Office for Lease
Vanke HQ Office
Public Space
2nd Level Bridge
Public Space
2nd Level Bridge
Commercial
Commercial
SECOND LEVEL PLAN
Public Green Space
Public Green Space
Shenwan 1st St
GROUND LEVEL PLAN
PROFESSIONAL WORK
MORPHOSIS ARCHITECTS
VANKE CENTER DESIGN COMPETITION
18
B’
A A’
B
SECTION B-B’
Office for Lease
Vanke HQ Office
Office for Sale
Office for Sale
LEVEL 10 PLAN
Office for Lease
Vanke HQ Office
Office for Sale
Office for Sale
LEVEL 17 PLAN
PROFESSIONAL WORK
MORPHOSIS ARCHITECTS
TELLING HEADQUARTERS
20
TELLING HEADQUARTERS Leader
Professional
in
_
Telecommunication
Morphosis Architects
Role: regional analysis, visualization, drawings, diagramming The China Telling Communications Complex expresses the 21st century paradigm of integration, knitting green space to workspace and the city to the sky. The integrated towers and plinth elegantly merge premium office headquarters with distinctive retail opportunities for up-and-coming brands, supported by a distributed network of amenities, social spaces, gardens, open-air lounges, and flex areas. An engaging, active urban presence is created through sunken plazas, street level shopping and dining, and multi-level connections to the elevated park. Green roofs, bio-swales, and permeable hard-scape sculpt attractive outdoor areas throughout the site while working to manage drainage and water retention in support of Shenzhen’s Sponge City initiative. The towers’ dynamic façade abstracts the universal visual symbol of communications infrastructure—the spooled conduit of cabling and fiber optics—into a high-performance building envelope and compelling icon for Telling as a global leader in telecommunications.
深圳 SHENZHEN
塘朗山公园 10 km2 Tanglangshan Park
莲花山公园 2 km2 Lianhuashan Park 沙河高尔夫球会 1.5 km2 Shahe Golf Club
1 km
深圳湾公园 1 km2 Shenzhen Bay Park
红树林生态公园 4 km2 Hongshulin Ecological Park
南山公园 3.5 km2 Nanshen Park 5 km
香港 HONG KONG 10 km
场地 Site 深圳湾超级总部基地 Shenzhen Bay Super Headquarter Base 公共绿地 Public Green Space
REGIONAL STUDY
PROFESSIONAL WORK
MORPHOSIS ARCHITECTS
TELLING HEADQUARTERS
22
南塔溇 South Tower
屋顶花园 Roof Garden
北塔溇
中央公园连廊
North Tower
Central Park Sky Bridge
商业裙楼 Commercial Podium
下沉广场
中央公园连廊
Sunken Plaza
Central Park Sky Bridge
深
湾
地下连廊
公
园
路
Underground Connection
铁 地
二
线 号
MASSING STUDY
白石路
24 TELLING HEADQUARTERS MORPHOSIS ARCHITECTS PROFESSIONAL WORK
Commercial Lobby Cultural Amenities Office Telecommunication Management Sky Garden / Refuge Mechanical Parking Civil Defense
PROGRAM STUDY
连廊层交通 SKY BRIDGE LEVEL CIRCULATION
地面交通 GROUND LEVEL CIRCULATION
二 地铁
深
线 号
湾
公
园
路
白石路
地下交通 UNDERGROUND CIRCULATION
Passenger Drop Off Vehicular Path Pedestrian Path TRANSPORTATION STUDY
PROFESSIONAL WORK
MORPHOSIS ARCHITECTS
TELLING HEADQUARTERS
26
A
A’ V
31 136.500
SKY GARDEN/AMENITY
V
SKY GARDEN/REFUGE
V
SKY GARDEN/REFUGE
V V V
LOBBY COMMERCIAL/OFFICE PARKING CIVIL DEFENSE
SECTION A-A’
28 TELLING HEADQUARTERS
MORPHOSIS ARCHITECTS
COMMERCIAL STREET VIEW
B
南塔限高
空中花园/企业会所
V 31
SKY GARDEN/AMENITY
136.500
PROFESSIONAL WORK
北塔限高
空中花园/避难层
V
SKY GARDEN/REFUGE
空中花园/避难层
V
SKY GARDEN/REFUGE
V V V
2层连廊 地面标高
大堂
LOBBY 商业/办公
COMMERCIAL/OFFICE 停车场
PARKING 人防
CIVIL DEFENSE
SECTION B-B’
B’
洲湾二街
停车场入口
ZHOU WAN 2ND STREET
PARKING ACCESS
服务入口
SERVICE ACCESS
首层自行车停放区 361辆 （共576辆）
BICYCLE PARKING 361 SPACE（TOTAL 576）
通讯机房
商业
COMMERCIAL
TELECOMMUNICATION
商业
商业
BAI SHI 2ND STREET
COMMERCIAL
COMMERCIAL
商业
COMMERCIAL
路
大堂
白石
SHI
LOBBY
RO AD
白石支二街
大堂
LOBBY
BAI
下沉广场
SUNKEN PLAZA
绿色屋顶
GREENROOF
生态截流系统景观 BIOSWALE LANDSCAPE
深湾公园路
SHEN WAN PARK ROAD
商业 Commercial 大堂 Lobby 通讯机房 Telecommunication
GROUND LEVEL PLAN
步行桥连接相邻场地
步行桥连接相邻场地
FOOTBRIDGE CONNECT TO ADJACENT SITE
FOOTBRIDGE CONNECT TO ADJACENT SITE
下空
VOID
TE
ENT SI
步行
C 地 相邻场NECT TO ADJA 桥连接 N GE CO
RID FOOTB
步行桥连接中央公园
FOOTBRIDGE CONNECT TO CENTRAL PARK
商业 Commercial
步行桥连接中央公园
FOOTBRIDGE CONNECT TO CENTRAL PARK
大堂 Lobby 通讯机房 Telecommunication
SECOND LEVEL PLAN
PROFESSIONAL WORK
MORPHOSIS ARCHITECTS
UNICORN ISLAND MASTER PLAN
30
UNICORN ISLAND MASTER PLAN World-class Unicorn
Professional
Incubation Center
_
Morphosis Architects
Role: regional analysis, urban strategies, incubation process research and strategy, diagramming, presentation package To support and grow China’s leadership into the future, national economic development strategy has focused on initiatives to incubate more gazelle, unicorn, and super-unicorn companies, and to provide support networks to help ensure the long-term value of Chinese startups. By providing guidance, support, and resources to startups, as well as a worldclass working and living environment, Unicorn Island will become the icon of China’s strong economic future. At the heart of Tianfu New Area, Chengdu’s emerging hi-tech and research sector, Unicorn Island is ideally positioned to become a vibrant hub for economic development, cross-market research, and modern, healthy living. Located in proximity to Chengdu Shuangliu International Airport, and along major roadways and rail routes, the island connects to downtown Chengdu and global business networks while offering a walkable pedestrian environment, with all activity located within a seven-minute walk of the central rail station. The island’s position on Xing Long Lake offers an opportunity to create a memorable new skyline and iconic identity for China’s booming startup community.
乌鲁木齐 Wurumuqi
6 hr 北京 Beijing
4 hr 2 hr 西安 Xi’an 拉萨 Lasa
成都 Chengdu
上海 Shanghai
武汉 Wuhan 重庆 Chongqing
贵阳 Guiyang 昆明 Kunming
郑州 Zhengzhou
厦门 Xiamen 城市群
Major City Cluster
广州 Guangzhou
菱形经济圈
Southwest Cluster
场地 Site
居住空间 LIVE
工作空间 WORK 教育培训机构 EDUCATION
Typical Urban Planning 长距离通勤 LONG COMMUTE
A Walkable Park City 慢行公园城市 WALKABLE PARK
SITE PLAN
PROFESSIONAL WORK
MORPHOSIS ARCHITECTS
UNICORN ISLAND MASTER PLAN
32
1. SEPARATED BUSINESSES
2. CONNECTED BUSINESSES & HUB
4. INTEGRATED BUSINESS INCUBATOR
5. CONNECTIVE LANDSCAPE
3. LATERAL EXPANSION SPACE
6. UNICORN VERTICAL EXPANSION
Tower Building Typologies
1.28M
sqm
TOTAL GROSS BUILT AREA
34
Perimeter Building Typologies
PROFESSIONAL WORK
MORPHOSIS ARCHITECTS
UNICORN ISLAND MASTER PLAN
1.12M
sqm
TOTAL GROSS BUILT AREA [INCLUDED IN FAR]
Elevated Park With Connected Landscape
330K
sqm
GREEN SPACE
Plinth Level Urban Blocks
32%
BUILDING DENSITY
Street Level With Four Parks And Four Hubs
3.0 FAR PLANNING SYSTEMS DIAGRAM
生态阳光果园 ORCHARD
湖滨生态公园
孵化器北区
大学与教育区
INCUBATOR QUAD - NORTH
ACADEMIC QUAD
WATERFRONT\ PARK
会展广场
EXHIBITION PLAZA
荷塘
POND
会展示范区
EXHIBITION QUAD
孵化器南区
INCUBATOR QUAD - SOUTH
FOUR QUADRANTS
ELEVATED PARK
PEDESTRIAN CIRCULATION
FOUR PARKS & FOUR HUBS
WATERFRONT PARKS
PARK PEDESTRIAN CONNECTIONS
VEHICULAR CIRCULATION & SERVICE NODES
STREET LEVEL BUILDINGS
TOWERS & PERIMETER BUILDINGS
INCUBATION TIMELINE
PROFESSIONAL WORK
MORPHOSIS ARCHITECTS
UNICORN ISLAND MASTER PLAN
36
Ideas Investment Networking Exhibition Outreach
NLY
Demand
PROFESSIONAL WORK
MORPHOSIS ARCHITECTS
UNICORN ISLAND MASTER PLAN
38
Investment
START-UP Flexible Open Work Space Individual to Company of 50
SUPPORT Admin Business Legal Marketing Education Technical
UNICORN BUSINESS INCUBATION STRATEGY
Support
Start-up
ANCHOR HUB Public Service Exhibition Demonstration
Park City Incubation - Catalyst
Education
Park City Incubation - Investment
Park City Incubation - Output
Anchor Hub
PROFESSIONAL WORK
MORPHOSIS ARCHITECTS
UNICORN ISLAND MASTER PLAN
40
PROFESSIONAL WORK
MORPHOSIS ARCHITECTS
HSINTA ECOLOGICAL POWER PLANT
42
HSINTA ECOLOGICAL POWER PLANT
Power, Mangroves, & Shrimp: A Sustainable Future Professional
_
Morphosis Architects
Role: regional strategy, power plant programming, layout, massing design, visualization, drawings, diagramming, presentation package Over the course of the 20th century, we have seen a 65% loss in global wetlands and a 35% decrease in the world’s mangrove forests. Although these rates are slowing due to concerted efforts to reduce urban development, the revitalization of the wetland biotope is instrumental to this proposal. This project aims to foster cooperative relationships between sustainable mangrove ecologies, resultant opportunities in the local farming economy, and nationalized energy and water infrastructure. These interlaced systems will supplant insufficient policy-based strategies currently in place for local wetland protection and economic growth. The current site will be converted to a brackish coastal wetland expanding the local wetland biotope. Within this reclaimed habitat, strategically planted halophytes, along with the dense root systems of new mangroves will expand to naturally define the site and prevent sediment runoff. Mandated intelligent and sustainable farming practices will bolster local mangrove forest health avoiding the replication of unregulated South-East Asian farming practices. This organic growth will build consistent ecological resilience while maintaining fiscal returns for on-site shrimp farms.
WATER SYSTEM CIRCULATION AREA FISH FARMING DISTRIBUTION CENTER
PROFESSIONAL WORK
MORPHOSIS ARCHITECTS
HSINTA ECOLOGICAL POWER PLANT
44
FISH FARMING PROCESS CENTER
HSINTA ECOLOGICAL POWER PLANT
SUSTAINABLE MANGROVE SHRIMP FARM
YONGAN SALT FIELD WETLAND WETLAND BUFFER ZONE(15HA)
WUSHULIN SALT MANUFACTURING CO. OFFICE
MANGROVE
HSINTA ECOLOGICAL POWER PLANT LOBBY EDUCATION CENTER
EFFLUENT TREATMENT POWER PLANT EDUCATION
SHRIMP FARMING PROCESS SHRIMP HARVEST SEEDING
PAVILION MAIN PATH EDUCATIONAL PATH SHRIMP PRODUCTION
SECONDARY PATH VIEWING ENTRY PLAZA
SHRIMP PROCESSING
SHRIMP HARVEST
SHRIMP PRODUCTION
PUBLIC TOURISM
inner sea
50 HA
MANGROVE FOREST
EXISTING HSINTA POWER PLANT
165,000 TON
ADDITIONAL CO2 REDUCTION
EFFLUENT TREATMENT POND
46
MANGROVE FARM
HSINTA ECOLOGICAL POWER PLANT
a rt Are
Suppo
Living
4
ZONE LANDSCAPE ZONE
Admin
SHRIMP HARVEST
r Powe
Plant
TOURISM + EDUCATION
tion Educa
MORPHOSIS ARCHITECTS
SHRIMP FRY SEEDING POND
SHRIMP PROCESSING
BUFFER ZONE (POLYCULTURE) ALGAE, MUSSEL, OYSTER, SEA URCHIN
SHRIMP HARVEST
46,000 KG PER YEAR
SHRIMP PRODUCTION SHRIMP FRY
$1M PROFESSIONAL WORK
USD PER YEAR RETURN FROM SHRIMP FARM
MANGROVE FOREST + SHRIMP FRY SHRIMP FARM
MANGROVE WETLANDS AS FILTERS OF POND EFFULENTS PRIOR TO THEIR RELEASE INTO ADJACENT WATER
xin
10 HA
.
rd
n ya
SOLAR PANEL AREA
.
.7.
ln
CHANGE TO LESS IMPACT LOCATION
d ar gd
n yo
SOLAR ENERGY
15.5 Hectare PV Panel (Potential) 15.5 MW Capacity
l
PV tare Hec l 4.5 acity ntia ap Pote MW C 4.5
Pane
nel PV Pa acity
re ecta 11 H W Cap 11 M
CHIMNEY
SOLAR POWER
11 Hectare PV Panel Skylight
LIQUID AMMONIA TANK
ater mW
ture
Cap
Stor
Potential 4.5 Hectare PV Panel
Living
ater mW
age Stor
Stor
Sta
ff E
DORMITORY SERVICE CIRCULATION
WATER COLLECTION SYSTEM
e
ntra
nce
ce ervi
anc Entr
S
345KV SWITCHYARD INTAKE AIR COOLING
Admin Support Area
g adin
r sh
of fo
ed ro imiz
Opt
r in fo tion ed sk ventila imiz d Opt ing an shad
WATER PROCESSING AREA GAS TURBINE ROOM SUN ANALYSIS
HEAT RECOVERY BOILER RAIN WATER COLLECTION STEAM TURBINE ROOM
Compact Layout nce
ntra
lic E
Pub
PROGRAM STUDY
tion
ntila
Education Center
al Ve atur
mN
imiu
Max
r of fo pact im e Ro e th phoon imiz Opt ium Ty im min
ving
ive
Pass
ling
Coo
for
gy Sa Ener
NATURAL VENTILATION AND DISASTER RESILIENCE
PROFESSIONAL WORK
MORPHOSIS ARCHITECTS
HSINTA ECOLOGICAL POWER PLANT
48
PROFESSIONAL WORK ROSSETTI ASSOCIATES INC.
ZHAOQING OLYMPIC ARENA
50
Device_ Serious Fun
Go Big or Go Home Professional_Independent work
Role: schematic design, design development, modeling, diagramming, drawings, visualization, project management, consultant coordination, client communication The 8,000 capacity Arena is located in Zhaoqing, southeastern China. Due to its hot and humid climate and its rich local culture, high efficiency natural ventilation and representation of regionality are set as design goal in this project. For the operation purpose, 2,000 temporary seats are installed so that the arena can be converted into multi-purpose performing hall when necessary. 42 premium suites with various sizes are designed to cooperate with various demands from local people.
52 ZHAOQING OLYMPIC ARENA ROSSETTI ASSOCIATES INC. PROFESSIONAL WORK
Player VIP Media Admin Loading Public Fence
Instead of enclosin
carry out the heat
The structural fram
Site Plan
Roof Structure
Broadcasting
VIP Suites (22)
Upper Tier Seats (2200)
VIP Lounge
Concession
Bath Room
Weaving of Light
Lower Tier Seats (3800)
Retail
Media Section
Weaving
Structure
Temporary Seats (2000)
Players Section
ng the entire concourse level and upper level, self-ventilated PVC panels enable outside air to
t inside. Energy for cooling the venue is also reduced by minimizing the conditioned volume.
me for skin is inspired by local bamboo weaving art with its interesting rhythm and elegance.
VIP Section
Administrative
Operable Roof
ZHAOQING OLYMPIC ARENA
54
Roof Structure
Skin Structure
PROFESSIONAL WORK
ROSSETTI ASSOCIATES INC.
Breathable Skin
Suites Level
Concourse Level
Ground Level
Urban Interface
Light Weaving
Breathable Skin Physical Study
Ground Level Plan
Roof Structure
Concourse Level Plan
Suites Level Plan
Ground Level Plan
PROFESSIONAL WORK ROSSETTI ASSOCIATES INC.
ZHAOQING OLYMPIC ARENA
56
Concourse Level Plan
Suites Level Plan
PROFESSIONAL WORK ROSSETTI ASSOCIATES INC.
ZHAOQING OLYMPIC ARENA
58
Section Drawing
Sightline Design
Natural Ventilation
PROFESSIONAL WORK ROSSETTI ASSOCIATES INC.
ZHAOQING OLYMPIC ARENA
60
Roof Panel Roof Structure Roof Gutter
PTFE Panel
Primary Structure Premium Suite Skin Structure Self-Ventilated Skin Concession Evacuation Platform
Concourse Level
Ground Level
Perspective Section Evacuation Time Temporary Tier 2’15” (2000 seats) Lower Tier 1’56” (3800 seats) Upper Tier 1’50” (2200 seats)
First Level Evacuation Plan
Upper Level Evacuation Plan
62 GRANDSTAND STRUCTURE STUDY ROSSETTI ASSOCIATES INC.
Medium Deflection
Maximum Deflection
Deflection Test
Stress Simulation Stress Test
Stress Simulation
Height 25.02m
Di 3. e3
nc
sta m 07
PROFESSIONAL WORK
None Deflection
45 `
Perspective Section
The Elegance of Data The Lighting Design for Tennis game is critical. In the USTA Grandstand stadium, the asymmetrical seating distribution presents an interesting challenge that lighting structures on the four corners need to be carefully designed individually according to restrict lighting criteria.
13:00 Solar Angle
15:30 Solar Angle
17:30 Solar Angle
16 Rows Covered
17:30 8 Rows Covered
17:30 16 Rows Covered
64 ZHAOQING OLYMPIC AQUATIC CENTER ROSSETTI ASSOCIATES INC. PROFESSIONAL WORK
Device_ Serious Fun Eat
My
Bubbles
Professional_Independent work
Role: schematic design, design development, modeling, diagramming, drawings, visualization, consultant coordination, client communication
The 1,500 capacity Aquatic Center is located in Zhaoqing, southeastern China. The full size Aquatic Center equipped with a diving pool, 50m competition pool and 25m practice pool. All the programs are covered under the 7 meter platform in order to separate players and administrative circulation from spectators who enter the Aquatic Center from the platform. Above the platform, 17-meter high shell provides abundant natural light during the game.
View Inside the Aquatic Center Connector Roof Structure
Glass Panel
Primary Structure
Physical Study
Sinusoidal Elements
Concession
Spectator Seats
Administrative Media Area VIP Area Players’ Area Retail
Section Study
Spacial Configuration
Spectator Seats
Diving Pool
Players’ Area
ROSSETTI ASSOCIATES INC.
ZHAOQING OLYMPIC AQUATIC CENTER
66
Diving Platform
Cross
PROFESSIONAL WORK
ol Diving Po
Ground Level Plan
Second Level Plan
Spectator Bridge
Competition Pool
Primary Structure
Secondary Structure
Shades
Practice Pool
e Pool
ic 25m Pract
sing Bridge
ol petition Po
50m Com
The louver on the shell is inspired by local bamboo weaving art with its interesting rhythm and elegance. After the 2018 Province Sports Game, the cover and structure can be removed in order to reduce maintenance and energy cost. The professional Aquatic Center is converted into a outdoor water park for the community which is badly needed in the hot climate.
Perspective Section
Sightline Study Based on Recursive Calculation
Evacuation Plan
ACADEMIC WORKS 2011 - 2017
UCLA Thom Mayne Studio
UIA Seoul International Studio Exhibition
ACADEMIC WORK
UCLA THOM MAYNE STUDIO THE INFRASTRUCTURE URBANISM
70
The Infrastructure Urbanism Maximum
Edge
Experience
Academic _ Master Studio _ Team work
Role: conceptual design, modeling, diagramming, visualization
The project emphasizes on the possibilities and implications of re-purposing nature to produce ‘spectacular’ and educational tourist experiences centered around health and ecology, integrated with the pragmatic demands of a man-made island ecosystem. We celebrate the island’s man-made qualities by revealing the ‘true nature’ of it, creating environments, places, parks and building suitable for the man-made. The research responds to emerging cultural, political, and technical issues linked with the growing archipelagos of manmade tourist islands backed by the Chinese government in the South China Sea.
80% Land
90% Edge
20% Edge
10% Land
Infrastructure as Island
Infrastructure as Island
Public Landscape
Connective Tissue
ACADEMIC WORK
UCLA THOM MAYNE STUDIO THE INFRASTRUCTURE URBANISM
72
Infrastructure Island
90% Edge Experience 10% Inland Experience 1.5 FAR Instead of accepting the conventional notion of island, the project challenges the fundamental nature of a man-made island. The absolute essential was investigated and designed according to the given condition.
7* H
Crui
se Te
& Re
sort
rmin
al
rium
Aqua
m diu
Sta
gC
ppin
Sho
e nC
ntio
ve
n Co
d
oo orh
hb
eig
lN
a nti
de
Program Configuration
r
nte
r ente
si Re
ACADEMIC WORK
UCLA THOM MAYNE STUDIO THE INFRASTRUCTURE URBANISM
74
otel
Urban Experience
Hospital & Wellness Center 98,800 m2 Neighbourhood Local Retail 113,000 m2 Wellness Center 40,000 m2 Wellness Retail 8,000 m2
7* Wellness Villas
Courtyard
Station
Wellness Center
Tram Track Public Park Terminal Office 4* Sport Theme Hotel
all
M ing
pp
ho To S
Transition Dock
76
Hotel
Main Tram Station
UCLA THOM MAYNE STUDIO THE INFRASTRUCTURE URBANISM
Stadium
ACADEMIC WORK
Terminal Complex
Residential Neighborhood
Neighborhood Local Retail
Transportation Hub
Hospitality
Stadium
Commercial & Convention
Culture & Sports
Residential
4* Sport Theme Hotel
Cruise Terminal
Mixuse Housing
Highrise Condo
Residential Tower
Lowrise Condo
Apartment
Marina Villa
Beach House
Housing Taxonomy
ACADEMIC WORK
UCLA THOM MAYNE STUDIO THE INFRASTRUCTURE URBANISM
78
Beach Condo
3* Hotel
Exhibiton & Gallery
Convention Center
5* Hotel
5* Hotel
Wellness Center
Boutique Hotel
4* Hotel
4* Hotel
7* Resort
7* Hotel
Shopping Center
5* Hotel
Beach Condo
Residential Courtyard
ACADEMIC WORK
UCLA THOM MAYNE STUDIO THE INFRASTRUCTURE URBANISM
80
Tram Station
Neighbourhood Local Retail 145,400 m2 Community Club 20,000 m2
Residential Area 752,750 m2
Residential Complex
Community Center
Pond
Tram
Community Retail
Residential Section
82 UCLA THOM MAYNE STUDIO THE INFRASTRUCTURE URBANISM ACADEMIC WORK
Amphibious Pod
Amphibious Pod Ramp Amphibious Pod Dock Elevator Service Station
Tram Commercial Tram Track Plumbing System
Tram Formed by Pods
Transportation Hub
Transportation Hub
Theme Hotel
Commercial
Commercial Tram Lobby Shop Terminal
Departure & Arrival Hall
Landscape
Tram Station
ACADEMIC WORK
UCLA THOM MAYNE STUDIO TECHNO - AGRICULTURALISM
84
Techno - Agriculturalism
Paint the City Green and Pink
Academic _ Master Studio _ Team work
Role: conceptual design, modeling, diagramming, visualization he increasing world population means 50% more food is needed to grow within 50% less arable land area per person due to climate change and urban development. Current distribution problems regarding spoilage and costs continue to worsen as farms are pushed further away from the metropolis. Using advanced farming and delivering technology such as hydroponic systems and drones showcases the future generation of farming and distribution and allows the public to re-imagine various environmental scenarios within the farming world. I
86
= 18M lbs 5 acres fresh vegetables
= 18M lbs 2800 acres fresh fruits
18M lbs 90 acres fresh fruits
ACADEMIC WORK
UCLA THOM MAYNE STUDIO TECHNO - AGRICULTURALISM
18M lbs 1820 acres fresh vegetables
= 0.5M lbs 730 acres fresh flowers & honey
0.5M lbs 300 acres fresh flowers & honey
Urbanizing the Landscape
Urbanizing the Farm
ACADEMIC WORK
UCLA THOM MAYNE STUDIO TECHNO - AGRICULTURALISM
Flower Field Water Purifying System Aquaponic
88
Market Plaza
Expo Line Station
Production Area
Entry
ACADEMIC WORK
UCLA THOM MAYNE STUDIO TECHNO - AGRICULTURALISM
90
Production Area Hydroponic
Expo Line
Expo Line Station
Production Area Aquaponic
Monirail Station
Food Market Plaza
Restaurant
Section Study
ACADEMIC WORK
UCLA THOM MAYNE STUDIO TECHNO - AGRICULTURALISM
92
View of Production Area
94 UCLA THOM MAYNE STUDIO AGRI - INDUSTRIALISM ACADEMIC WORK
Farmla
Farmla
nd
nd
Fold B a
ck
CURR
ENT
Farmla
nd
WHA T IF
OCCU Urban
P
VoidsY
Agri-industrialism
Environmental Economical Engine
Academic _ Master Studio _ Team work
Role: conceptual design, modeling, diagramming, visualization Distribution problems regarding spoilage and costs continue to increase when farms are further away from the metropolis. Folding the farm back into the city to alleviate this issue is proposed through the scheme. Using the rapidly growing developments in Downtown Los Angeles’ Arts District as a catalyst to form a new way of looking at Arts Districts and strengthens the relationship between agriculture and industrial environments.
96
Heavy Industrial Hybrid Industrial Commercial
Rooftop
Residential
UCLA THOM MAYNE STUDIO AGRI - INDUSTRIALISM
101
5
Manuela Sci-Arc 1st Street
Angel City Brewery
6th Street Viaduct
Starsky & Hutch
10
4th Street Bestia Ford Factory Church & State
Toy Factory 6AM
Hyper-loop HQ
6th Street
LA R
iver
7th Street
Sa
nta
Smorgasburg Ma
teo
LA Produce Market
St
Interstitial
Ala
me
ACADEMIC WORK
Fe Av e.
da
St
Rooftops Alleyways Vacant Lots
Vacant lots
Looking towards DTLA Production 35%
Occupy
Residential
Harvest Rooftop 30%
E4
th
Typological Study
St
Civic 20%
10%
5%
Institutional Commercial
E 6th St
Occupy Harvest Interstitial Space
7th St
er eles Riv Los Ang
Mateo
Alameda St
Typological Study
E 8th St Occupy
I-10 Evaluate and adapt vacant lots
Typological Study
Site Plan
2 Story Production Green Facade and Urban Park
1 Story Production with Program underneath
ACADEMIC WORK
Residential
Civic
Production Line
UCLA THOM MAYNE STUDIO AGRI - INDUSTRIALISM
Hydroponic
98
700 ft Production Tower with Residential on side
2 Story Production with 1 story potential Social Spa
2 Story Production with 2 Story Program
Distribution Line
ace
2 Story Production with 1 story potential Social Space
Tower
Distribution Line
Production Line
Roof Top
Irrigating System Energy
15’
Adjustable Structure
Productivity Flexibility
100
Rotating Growing Rack HPS Lights Draining Pipe
Hybrid Hydroponic System
24’
Production: 500 heads
ACADEMIC WORK
UCLA THOM MAYNE STUDIO AGRI - INDUSTRIALISM
4’
Growing space: 210 ft2
Irrigating System Adjustable Structure Rotating Growing Area
Energy
15’
Productivity Flexibility
LED Lights Draining Panel Conventional Hydroponic System
12’
Production: 1,280 heads
8’
Growing space: 512 ft2
Irrigating System Adjustable Structure Energy
Rotating Growing Area
Productivity Flexibility
7’ LED Lights Draining Panel
12’
Modified Hydroponic System
6’
Production: 711 heads Growing space: 226 ft2
Production Area
Distribution Belt
Small
t
in Footpr
t
tprin
ll Foo
oo ll F
a Sm
Sma
eight
i tpr
Low H
nt
Low
iling
e 25’ C
ht
Heig
Physical Model
Production: 107,520 heads
Production: 127,743 heads
Production: 119,922 heads
Flexible Floor Height
High Efficiency
Flexible Floor Height
Production: 23,463 heads Limited Floor Area
COMPETITIONS AND OTHER WORKS 2010 - 2017
Triumph Architectural Treehouse Design Competition Design Against Elements Competition
Honorable Mention Finalist
104 AIRPOCALYPSE - PURIFICATION DEVICE ACADEMIC WORK 14.1% others
31.1% vehicle
14.3% dust 18.1% industrial
Source of Smog
22.4% coal
Daily Fluctuation
Device_ Airpocalypse For A Lovely Deep Breath
Academic _ Independent work
Chongqing used to be a city with rich attractive outdoor space due to its unique geological formation and quay culture. Unfortunately, with increasing SOMG pollution across the country, local people suffer from losing outdoor space and forced to confine themselves with their air cleaning machines. The concept is to create a device that constantly purifies air and provides clean air to the public so that people have opportunity to go back to normal life again.
B
C
106
Figure type 3
AIRPOCALYPSE - PURIFICATION DEVICE
Figure type 4
A’
A
C’
B’
Figure type 1
Figure type 2
ACADEMIC WORK
The concept is to create a device that constantly purifies air and provides clean air to the public so that people have opportunity to go back to normal life again.
Contextual Analysis
Section A-A’ Site Location
China
Chongqing
Yuzhong
Section B-B’
Figure type 1
Figure type 2
Figure type 3
Figure type 4
Section C-C’
Breathing Under the Air Distribution Bridge
108 AIRPOCALYPSE - PURIFICATION DEVICE
N Site Plan SOMG SOMG
MG
SOMG
SO
Purify Gill
Indoor Air Supply
SOMG
ACADEMIC WORK
Purify Gill
SO
Distribution Bridge SOMG Distribution Bridge
Clean Air
M
G
Gill intake
Purify Gill Floor space
Public Space
Public Nodes
Air Distribution
Pedestrian Path The device serves more than a spatial network by purifying the smog through its active gill system and provides clean air for the near by public nodes with its reaching out air distribution as well as pedestrian bridges.
322 m
Peak
306 m
Sky Pool
296 m
Gallery
274 m
Floating Cafe Spatial Study
230 m
High Gym Sky Lobby
190 m
Gallery
168 m
Community Sky Lobby Study
107 m
Administrative
63 m
Auditorium
41 m
Market
Urban Lobby Spatial Study
0m -15 m
Perspective Section
Commercial Parking
Bridge Study
Mullion
Glazing
Secondary Structure
Sky Lobby
Programed Space
Core 110 AIRPOCALYPSE - PURIFICATION DEVICE ACADEMIC WORK
Air Distribution Outlet
Clean A
Pad stone Core Escalator
Static Filter
Additional Support Carbon Filter
Building System Dissect
Active Engine
Carbon Filter for PM2.5
Static Particle Filter
Air Distribution Outlet
Purify System Dissect
Air
Intake Filter Turbine Compression Chamber
SMOG Outside
Filter Air Distribution Outlet to Bridge
Clean Air to Bridge
Static Filter
Carbon Filter
Engine Outlet
Gym Static Filter Pool Core Carbon Filter Gym
AIRPOCALYPSE - PURIFICATION DEVICE
112
Typical Level Plan
Office Static Filter Garden Core Carbon Filter Apartment
Fresh Air in Lobby
Typical Level Plan
s ard
Tow y Cit
ACADEMIC WORK
s ard t Tow erfron Riv
s ard Tow ront f r Rive
Increase Volume for Air Outlet te era Gen mog S ap ke G Inta
Increase Velocity
Better Air Dynamic
Maximize Air Circulation
Massing Development 48-70 lvl
Pool Garden Apartment
25-45 lvl
Cafe Apartment Garden
0-22 lvl
Apartment Apartment Market
Garden
Theater
Office
Gallery
Cafe Office
Pool
Office Cafe Office Commercial
Garden Admin Auditorium
Commercial
Vertical Circulation
Residential Section
Office Section
Entertainment Section
Peak
Sky Pool
Auditorium
Floating Cafe
Garden
High Gym
Gallery
Administrative
Market
114 INDEPENDENT COMPETITION DESIGN AGAINST THE ELEMENTS ACADEMIC WORK
Device_ Weaving Pod Design Against
the
Elements
Academic _ Independent work Design Against the Elements Competition Finalist
Design against the elements is conceptualized with the intent to mitigate the effects of natural disaster brought about and it also aims to tap the most sustainable and ecological architectural solution in order to end the cycle of further damage of the environment.
Public Pod
Constructed with Wasted Building Materials
Living Pod Strom Buffer Community Facilities Living Pod Strom Buffer Community Road Property Line Strom Path
N
Master Plan Scale:1:750
Community Facilities from Wasted Materials
The mission is to design a practical architectural solution in a sustainable and ecological manner in Metro Manila, Philippines where mainly suffers from storm and earthquake. Key design guidelines are set as Disaster Resistance, Material Availability and Strength.
Storm People Killed by various Disasters
Earth Quake Analysis
People Affected 2002~2008
People Killed 2002~2008
Strom Study 2002~2008
Straw Constructed Cover
Secondary Structure
Primary Bamboo Structure
Primary Bamboo Support
Community Platform
Platform Support
Community Pod
Community Pod Dissect
Secondary Structure
Community Pod
9,000 mm
6,900 mm
INDEPENDENT COMPETITION DESIGN AGAINST THE ELEMENTS
116
Load Release System
Bamboo Panel
Wall System
Bamboo Screen
Structural Dissect
ACADEMIC WORK
Unit Floor Plan
Floor System
View inside the Living Unit
Connections for frames and floor sheetings.
Roof connection among parallel members.
Roof connection among perpendicular members
For storm and earthquake, combined connection is used to ensure the stability.
Redundant structure also can protect the water and sewage system that running through it Live food Stock Living Unit Component
Connection detail among wall frame and primary structure
Attach horizontal member on top of curvy support.
The vertical support will absorb part of load due to the deflection.
Additional vertical support.
Floor system is used to brace the sides.
Live Food Stock
Bamboo Screen
Bamboo Panel
Primary Structure
Water and Sewage
Storage Place
Feed the LighT Light
up
London
Competition _ Team work
ACADEMIC WORK
INDEPENDENT COMPETITION LIGHT UP LONDON
118
Triumph “Energy Pavilion” 2016 Team member: Luyan Shen Role: Concept Development, Graphic, Modeling
Concept
Strategy
GAME
Light-weight Structure
- PLAY with Friends Conceptually we created a floating playground where you will not be alone. The Game encourages you to get help from friends even strangers and work together. - Tug o’ Tree house For the two-person size tree house it requires three to four people’s strength in order to pull down and get in. Which means you need to give a little love to teamwork.
FLOATING
- Levitate in the Air The tree house lifts itself up from the garden to create an open connection from the bridge to multiple scenery spots along the Thames River and also to create an unique meditation space among shadows from leaves and trees - Dream in Cloud The floating tree house provides unique space where the concept of gravity if forgotten where you overlooking at the great view from a perspective nobody has ever dreamed about.
120
MOBILE
- Floating System The floating system contains two elements: the Helium inflated structure and the Helium airbag. The major levitating force was taken by Helium inside. - Minimum Impact to Trees Instead of standing on a tree or hanging down from a branch, the Helium airbag enables the tree house to leave least amount of impact on trees.
Paper-fiber reinforced plastic was used as major material due to its lightness transparency. The hallow structure was inflated with Helium which makes itself lighter. The flexibility of fiber reinforced plastic enables the possibility of fluid spatial experience.
Stabilizing System The tree house was hold by four strings in order to keep it level. Vertically, the tree house requires one string attached to the pre- installed anchor to prevent it from flying away. Other three strings were used to keep the tree house level.
Helium on Noise Control Helium inflated airbags also provide great noise buffer for inside.
Helium on Thermal Performance Helium inflated bags act as insulation for the structure. The air space contains inside is highly efficient on thermal performance.
Re-used Materials Paper-fiber reinforced plastic doesn’t share lots of environmental concerns that normal FRP have. The paper fiber is easier to be extracted from the matrix and the bio-plastic has much better disposal property.
Low Maintenance The tree house requires minimum of maintenance.
INDEPENDENT COMPETITION [HE]LIUM TREE HOUSE
He 90m3
F Pre-located ground anchor grids enable the mobility of tree-house
=
G 100 KG
100 KG Intimacy
100 KG Intimacy
Pre-located ground anchor grids
200 KG Fun
Fiber-reinforced Plastic Structure Helium Airbag Fiber-reinforced Plastic Floor
ACADEMIC WORK
Fiber reinforced plastic was used as major material due to its lightness and transparency.
A
Structure System
H
Inflated Bench Mullion
A
Glazing System
The major levitating force was taken by Helium inflated airbags
Helium Airbag
Section A-A` 0
1
2
3
5m
Inflated Glazing
Floor Plan
The glazing system was inflated with Helium which makes itself even lighter
0
1
2
3
5m
Pre-located Ground
[He]lium Tree House Dreaming
Competition
above _
cloud
Team work
Triumph Architectural Treehouse Award 2015, Honorable Mention Team member: Luyan Shen, Xingjun Chen Role: Concept Development, Graphic, Modeling Advisor: Guangxin Wang Helium Inflated Tree-house Helium Airbag Knot
Fiberglass Floor
Fiberglass Floor
Inflated Fiberglass
String Stop
String
Handle Pull
String Connector
String Wood Floor Steel Anchor Rammed Earth Concrete
d Anchor
Level Stabilizing System
Helium Inflated Tree-house
International
Design
Workshop
2012_ Performing City_ Shenzhen China
Academic _ Participant, Student Coordinator Team member: Eric Klooster, Kim Xian, Luting Xu, Luyan Shen, Manzi Yang Role: Concept Development, Modeling, Image Projection.
2012 “Performing City” International Design Workshop Performance provided by the overlapping of Scene, figure and changing media project
Installation - Urban Aperture Performative property of system overcomes the Property of individual agent
International
Design
Workshop
2014_ Re-configure City_ Shanghai China Academic _ Co-organizer, Design Lead Team member: Rene Baker, Mahdi Saad Role: Concept Development, Modeling, Image Projection.
Crystal Clouds
Development Logic
Opening discussions that surrounded the design approach for the space, initiated with a conversation about canopies as a form of protection as well as the special relationships from the perspective how one emerges. It was this theatrical synergy created during this activity that inspired our team to design a space with a visual movement. Therefore, we created a populous from the paper motif with a system of connections that merged together various sizes randomly stretching like a sculptural collage to form a canopy above the audience.
International
Design
Workshop
2015_ Instrumental City_ Shanghai China
Academic _ Co-organizer, Design Lead Team member: Adam Lee, Anthony Marrocco, Kenneth Humberstone Role: Design Lead. Conducting discussion and design of Installation.
2015 “Instrumental City” International Design Workshop Camouflage is tested by the instrument - projection of the pattern of clothing onto backdrop
Installation - The Backdrop
Installation - The Camouflage
Property of paper is diluted due to the performative property of combined system
Same pattern is used for the clothing and the backdrop
Paper Folds Units
Assembled Systems
Selected Prototype
InstrumentFrom Old French instrument, from Latin īnstrūmentum “an implement, tool”. It is a language in which architecture is an instrument, as complex or as simple as the case requires. It brings us back to “design performance,” from which I want to draw a final implication. Various types of paper foldings were created and assembled with four arrangement logics. The assembled systems were then tested for its span ability and adaptive strength. Then the final prototype was selected.
LG Cooking Kitchen Studio Seoul, Korea Food is Heaven Professional _ Rendering collaborator 2017 March Team Project
China Pavilion 2015 Milan Expo Milano, Italy Into the Wild Professional _ Team Work
Team Member: Luyan Shen, Fei Yang Role: Concept development, drafting, graphic Advisor: Paul X. Wang, Yasheng Wu 2013 Fall, Finalist China Pavilion for Expo. Milano Competition
Magnetic - Hive
Detroit, Michigan Apart from Gravity Academic _ Independent Work 2011 Fall, Submission Evolo Skyscraper Competition
Other Projects
USTA Planning & Renovation Flushing Meadows, New York Serious Fun Professional _ Team Work
Team Member: Tomm Williams, Pierre Roberson, Matt Taylor, David Sommos Role: Modeling for Arthur Ashe Stadium Roof, Louis Armstrong Stadium Roof, Envelope for Grandstand Stadium. Physical Modeling. Public Design Commission Package. Advisor: Denna Fox, Jim Renne 2013~2014 Continuous Service
Nassau Coliseum Renovation Nassau, New York Rise From Ashes Professional _ Team Work
Team member: Matt Rossetti Role: Master Planning, Modeling, Graphic Advisor: Matt Rossetti 2014 Fall
Trinity Hotel
Taiyuan, China Perfect Alignment Professional _ Independent Work Role: Design, Modeling, Graphic Advisor: Paul X. Wang 2011 Fall, Submission Evolo Skyscraper Competition
Others - 3
ACADEMIC WORK
INDEPENDENT COMPETITION VANKE CENTER DESIGN COMPETITION
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