Yang Shuzhi Architecture Portfolio by Shuzhi Yang

YANG Shuzhi ARCHITECTURE PORTFOLIO

BIOGRAPHY Yang Shuzhi is a China based architecture designer also interested in urban design, interior design, landscape design and furniture design.. He defines architecture design as resolving the fundamental contextual issues. With a focus on social reality, he is seeking to catch the contemporary spirit. Data research, diagram and structure are his main working process to approach the solution. Yang holds a master degree in Architecture from the University of Hong Kong. In 2015, Yang was awarded the 2nd prize of the “Charlie Hebdo Portable Pavilion Competition”.

EDUCATION Master of Architecture, The University of Hong Kong Bachelor of Engineering (Urban Planning), Qingdao University of Technology

09.2017-06.2019 08.2007–06.2012

04.2017-05.2018 09.2016–04.2017 06.2016-09.2016 04.2013–05.2016 06.2012–02.2013 11.2011–01.2012

PRIZES 2nd Prize Winner Of Charlie Hebdo Portable Pavilion Competition 18 Of 616 In Young Bird Plan 2015 Architectural Competition Best Architect Of 2014 In Tanghua Architects Best Rookie Of 2013 In Tanghua Architects 1st Prize & 2nd Prize of Qingdao University of Technology Photography Competition

04.2016 10.2015 01.2015 01.2014 05.2011

CONTACT Email: Phone:

i.am.yangshuzhi@gmail.com | yang.shuzhi@qq.com +86-17520497510 | +852-63916463

PROFESSIONAL WORKS 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21

BCDA ICone Tower Shanghai Lixin Financial College Planning Springs F1C Foshan Vanke A32 Campus Chengdu Huayu Complex 3.0 Bishan Library Interior Renovation Bishan Civil Center Yun Yang Commerce Chamber Tower Public Service Center of Zhendong New District Hongde 181 Tower Renovation Chengdu Huayu Complex 2.0 Banyan Tree Cave Dwelling Hotel & Resorts Forebase Hotel in Pengshui Mulong Bay Hotel & Residence Donghai Park CBD Planning Xicheng Museum Beijing Swimming Center Renovation Helsinki Library Dormitory of Beijing Forestry University Fengyuan ST. Shopping & Leisure Wuhan Wanlin Museum

2017 2017 2016 2015 2015 2015 2015 2015 2015 2015 2014 2014 2014 2014 2013 2013 2013 2013 2013 2013 2012

ACADEMICAL WORKS 01 02 03 04 05 06 07 08 09 10 11 12

Charlie Hebdo Pavilion In Between Arches Wa-Brella A New Scenic City Weaving Bench Argri-Puncture Ship I Want A Wardrobe Homeless Room Moveable Shades Waved Structure Reclamation Bridge Nature Museum

2016 2015 2017 2018 2018 2017 2017 2017 2017 2017 2017 2009

PROFESSIONAL WORK

BCDA ICONE TOWER YEAR: 2017 LOCATION: Manila, The Philippines STATUS: 1nd Prize Winner, Completion in 2021 PROGRAM: Office, 300m, CLIENT: BCDA| http://www.bcda.gov.ph/ TEAM: Cluade, Adrian, Yang Shuzhi, Adam, Dominick, Richard, Ka ROLE: Architect| Structure ,Facade, Grasshopper Engineering

INTRODUCTION Bonifacio Global City will soon welcome a very special building. It will transform the district’s image and become the new focal point of Manila. We think it is a good idea to add more character in a Business District that has few dist`inctive buildings. We also think that it is a important to make a strong statement about what it means to build in Manila today; a statement about being generous with public space, about giving back to the city, to its people, and a statement about what Filipino architecture is about.

WHAT IS AN ICON?

Mount Mayon “a Majestic Volcano rising at the outskirts of Manila.”

First, we have to understand what makes an ‘Icon ‘successful. An Icon needs to capture popular imagination and needs to be instantly recognizable as a single statement. It needs to become a symbol of the Nation it represents, it needs to become eternal. Therefore, designing an Icon is much more than just creating a beautiful form. It is about the meaning of that form, the use of that form, and how this form can become timeless. For us, finding the right form depends entirely on how we respond to the context: the site, the local culture, the climate, and the people.

LEARNING FROM THE LOCALITY Another major existing icon of the Philippines is the Bahay Kubo, the archetype of Philippine architecture. The famous Filipino architect, Bobby Manosa showed in his work that we can adapt the wisdom found in traditions to contemporary designs. The Bahay Kubo is a pyramidal form divided in 3 layers. The ICONE TOWER adapts this idea to another scale. We have reinterpreted the Silong for the base of the ICONE TOWER to offer a grand covered public space. It is a generous gift to the local community and to the usersW of the tower. It will act as a new city center, a meeting point for people in the Northern part of BGC. For the middle part, ICONE TOWER should become an exemplary workspace with comfortable daylight, generous social spaces, access to green terraces and atriums for larger tenants. As for the top, in our project, we make it accessible to the public as well, as an observatory located in a unique, spectacular and spiritual space, comparable to cathedrals.

YANG SHUZHI @ HENNING LARSEN ARCHITECTS

TRADITIONAL BUHAY KUBO Understanding context, site and ancestral heritage defining place

BUBONG

BULWAGAN

SILONG

THE TRADITIONAL BAHAY KUBO Ancestral heritage construction

ENTRANCE PLAZA PERSPECTIVE AT DAY Walking towards the Plaza and native public gardens from 11th Avenue

BCDA ICONE TOWER

SKY LINE VIEW FROM PASIG DISTRICT, MANILA. Viewing the ICONE Tower from a distant setting. The tower enlightens the Bonifacio Global City and surrounding capital of Manila.

SKY LINE VIEW FROM MAKATI DISTRICT, MANILA. The ICONE Tower shining in the light of dust.

EXTERIOR VIEW OF THE OBSERVATORY An amazing journey on top of the ICONE Tower YANG SHUZHI @ HENNING LARSEN ARCHITECTS

STREET VIEW AT NIGHT Walking towards the Tower from the Hyatt and 31st Street

BCDA ICONE TOWER

In the Masterplan also, we need to differentiate ourselves from the surroundings. Therefore, we propose an elliptic plan. At pedestrian level, the ellipse frees up the ground floor and binds together the entire neighborhood. The ellipse ensures urban ventilation, which helps to cool and clean the area. It also ensures a minimal obstruction of the views and daylight from the surrounding residential buildings, keeping the neighbors happy. The elliptic plan combined with a pyramid creates an elliptic cone.

YANG SHUZHI @ HENNING LARSEN ARCHITECTS

+ Reference to the conical building shape and the traditional patterns of the Philippines.

This is an example of various samples of different geometric patterns within the Philippines culture.

BCDA ICONE TOWER

THE ICONE PLAZA

CIVIC ENTRANCE

CIVIC CENTRE LIFT

LOWER OFFICES LIFT

RESTR. BAR LIFT

UPPER OFFICES LIFT

BCDA LIFT OBSERV. LIFT

INFORMATION DESK

4m 6m

LOWER OFFICES LIFT

STAFF ENTRANCE

OBSERV. LIFT

7m BCDA LIFT

KITCHEN CARGO

CAR PARK LIFT

LOWER OFFICES LIFT

UPPER OFFICES LIFT

12m

THE ICONE PLAZA STAFF LOBBY TO CAR PARKS

YANG SHUZHI @ HENNING LARSEN ARCHITECTS

7.5m

BCDA LOBBY LOUNGE

RESTR. BAR LIFT

BCDA LIFT OBSERV. LIFT

BCDA FRONT DESK

OBSERV. LIFT BCDA LIFT

KITCHEN CARGO

BCDA SKY TERRACE

BCDA office floor +126.00m (24F)

BCDA ICONE TOWER

+274.m (+300.00m AMSL) HEIGHT TO TIP

OBSERVATION EXT 18.95

OBSERVATORY +200.00m FFL RF +200.00m FFL +199.50m SSL

+184.800m TOP

39F

+180.60m FFL +180.45m SSL +177.00m FFL +177.00m SSL

38F

+168.00m FFL +167.95m SSL

37F

+159.60m FFL +159.55m SSL +156.00m FFL +155.95 SSL

OBSERVATORY

BCDA 2 3 x 4.20 = 12.60

MEP 2 2 x 4.20 = 8.40

BMU KITCHEN 4.80 3.60

REST 8.40

OBSERVATION INT 12.60

40F

RESTAURANT

36F

BMU

35F 34F 33F 32F 31F 30F

BCDA 1 4 x 4.20 = 16.80

29F 28F 27F

MEP 1 2 x 4.20 = 8.40

26F 25F 24F 23F 22F 21F

OFFICE 2 10 x 4.20 = 42.00

20F 19F 18F 17F 16F 15F 14F 13F

OFFICE 1 7 x 4.20 = 29.40

12F 11F 10F 9F 8F

6F 5F 4F 3F 2F MF

KITCHEN ST - 1 EXHAUST RM

SERVICE LOBBY

SERVICE LOBBY VIP LOBBY

SERVICE LOBBY BOH

BOH

SERVICE LOBBY

ST - 1

SERVICE LOBBY

FIRE PUMP RM

SERVICE LOBBY

LOBBY F

SERVICE LOBBY

LOBBY F

SERVICE LOBBY

LOBBY F

SERVICE LOBBY

LOBBY F

SERVICE LOBBY

LOBBY F

SERVICE LOBBY

LOBBY F

SERVICE LOBBY

LOBBY F

SERVICE LOBBY

LOBBY F

SERVICE LOBBY

LOBBY F

SERVICE LOBBY

LOBBY F

SERVICE LOBBY

LOBBY F

SERVICE LOBBY

LOBBY F

SERVICE LOBBY

LOBBY F

SERVICE LOBBY

LOBBY F

SERVICE LOBBY

LOBBY F

SERVICE LOBBY

LOBBY F

SERVICE LOBBY

LOBBY F

SERVICE LOBBY

LOBBY F

LOBBY

0.00 m FFL (+26.00m AMSL) -0.10m SSL

-5.50m FFL -5.50m SSL -8.70m FFL -8.70m SSL -11.90m FFL -11.90m SSL -15.10m FFL -15.10m SSL -18.30m FFL -18.30m SSL -21.50 FFL -21.50 SSL

PARKING 5 x 3.2 = 16.00

B3 B4 B5 B6

YANG SHUZHI @ HENNING LARSEN ARCHITECTS

ST - 2

COOLING WATER PLANT

ST - 2

GENERAL NOTES ST - 2

-DO NOT SCALE THE DRAWINGS. IT IS THE RESPONSIBILITY CONTRACTORS AND CONSULTANTS TO VERIFY THE DIMENS DISCREPANCIES ON THE DRAWINGS PRIOR TO COMMENCEM DRAWINGS, CONTRACT DOCUMENTS AND CONSTRUCTION W IMMEDIATELY TO ARCHITECTS WHEN DISCREPANCIES ARE

ST - 2

SERVICE ACCESS

ST - 2

SERVICE LOBBY

SERVICE ACCESS

SERVICE LOBBY

SERVICE ACCESS

SERVICE LOBBY

LOBBY

-DRAWINGS TO BE PRINTED IN COLOUR.

LEGEND

SERVICE ACCESS

ST- 4 OB LOBBY

SERVICE SERVICE LOBBY CORRIDOR

SERVICE LOBBY

PREMIUM OFFICE ST- 4

AHU

BCDA OFFICE

ST- 4

SERVICE ACCESS LOBBY CORRIDOR

SERVICE SERVICE LOBBY CORRIDOR HV SWITCH

COOLING WATER PLANT

+11.40m FFL +11.25m SSL +7.20m FFL +7.15m SSL

ST - 2

RESTAURANT LOBBY

LOADING 5.50

GROUND 0.00

LOBBY 11.40

MUSEUM CONF. CONF. 5.40 4.20 4.20

TRADING 2 x 4.20 = 8.40

+151.20m FFL +151.20m SSL +147.00m FFL +146.85m SSL +142.80m FFL +142.65m SSL +138.60m FFL +138.55m SSL +134.40m FFL +134.25m SSL +130.20m FFL +130.05m SSL +126.00m FFL +125.85m SSL +121.80m FFL +121.65m SSL +117.60m FFL +117.45m SSL +113.40m FFL +113.35m SSL +109.20m FFL +109.05m SSL +105.00m FFL +104.85m SSL +100.80m FFL +100.65m SSL +96.60m FFL +96.45m SSL +92.40m FFL +92.25m SSL +88.20m FFL +88.05m SSL +84.00m FFL +83.85m SSL +79.80m FFL +79.65m SSL +75.60m FFL +75.45m SSL +71.40m FFL +71.25m SSL +67.05m FFL +67.15m SSL +63.00m FFL +62.85m SSL +58.80m FFL +58.65m SSL +54.60m FFL +54.45 SSL +50.40m FFL +50.25m SSL +46.20m FFL +46.05m SSL +42.00m FFL +41.85m SSL +37.80m FFL +37.65m SSL +33.60m FFL +33.45m SSL +29.40m FFL +29.15m SSL +25.20m FFL +24.95m SSL +21.00m FFL +20.85m SSL +16.80m FFL +16.65m SSL

LV SWITCH

INSTITUTIONAL: MUSEUM, GALLERY, OBSERVATORY

PARKING

SERVICE LOBBY

SERVICE CORRIDOR

SERVICE LOBBY

CHILLERS

F&B KIOSK

GENSET INTAKE

REFUSE

SERVICE CORRIDOR

SERVICE LOBBY

CHILLERS

BASEMENT SMOKE EXHAUST

PARKING

GENSET

PARKING

RETAIL: CONFERENCE, RESTAURANT

PARKING

SERVICE LOBBY

PARKING

SERVICE LOBBY

PARKING

BoH, MEP PS & PD TANKS

ENTRANCE PLAZA PERSPECTIVE AT NIGHT Walking towards the Plaza and native public gardens from 11th Avenue

BCDA ICONE TOWER Diagrid reduces the need for heavy shear walls within a structure in order to resist lateral loads as the diagonal members are able to withstand lateral loads and dissipate them downwards into the foundations, which also has the advantage of increasing leasable spaces at typical office floors.

100 M Tall Roof Crown Built with Steel Diagrid 600 to 800 mm steel boxed section)

STRUCTURE CONCEPT

Lateral Diagonal Bracing and Ring (600 x 600 mm steel boxed section)

Internal Concrete Core (300 mm thick at high zone)

GENERAL HIGHRISE STRUCTURE Columns have to increase for the lower part to carry gravity load and deal with lateral load

Cantilevered 100m Above Observation Deck Without Core

Internal Concrete Core (450 mm thick at mid zone)

External Frame Diagrid (1000 x 1000 mm steel boxed section) External Frame Diagrid Node

250 to 300 PT/RC Floor Plate (possibly integrated with Perimeter Ring Beam

DIAGRID HIGHRISE STRUCTURE Better at dealing with lateral load, but the lower zone have to be bigger in terms of gravity.

External Raking Column (1200 x 1200 mm steel boxed section at lower zone)

X-... X-3

Inner Raking Column (800 x 800 mm at lower zone)

X-2 Internal Concrete Core (600 mm thick at mid zone)

X-1 X

BCDA STRUCTURE By taking atvantage of diagrid, and decrease the number of the columns while the floor levels increas, the tower has more columns on the base to deal with the vertical load.

YANG SHUZHI @ HENNING LARSEN ARCHITECTS

ISOMETRIC VIEW OF STRUCTURAL ANALYSIS Showing breakdown of exoskeleton structure and inner floor slabs

Over Tower Lateral Deflection < H/500

StructuralDesign Details and Design Process Diagrid Member Stress Structural Details and Design Process Levels of stress in the structure

First buckling of ground level raking column Result of linear buckling analysis

COMPUTER ALGORITHM SOFTWARE PROCESS Computer analysis software is used to compute and design holistically the most cost efficient and effective structure

BCDA ICONE TOWER

TOWER LOBBY The triangle pattern is repeated to create a Gothic like lobby. The warm wooden colour distinguishes the interior and exterior.

YANG SHUZHI @ HENNING LARSEN ARCHITECTS

BCDA OFFICE Mid morning coffee break overlooking the surrounding Manila business districts from the BCDA lounge areas

BCDA ICONE TOWER

JOINT A

19F

+84.00m FFL +83.85m SSL

JOINT A

4.200

JOINT B

18F

+79.80m FFL +79.65m SSL

4.200

JOINT B

17F

+75.60m FFL +75.45m SSL

4.200

JOINT A

FACADE TYPE T-01 B

FACADE TYPE T-01 A

ALUMINIUM SUN BLADE TYPE A GEOMETRY TO FOLLOW TOWER GEOMETRY (CURVED) COATED. COLOR AS PER ARCHITECT'S SELECTION

16F

+71.40m FFL +71.25m SSL

FLOOR TO FLOOR CURVED GLAZING NO JOINT AT SHADOW BOX JOINT A

4.200

JOINT B

CURVED IGU LOW IRON (TO FOLLOW TOWER GEOMETRY) NO EXTERNAL CAPPING STRUCTURAL GLAZING JOINT

15F

0.075

FACADE TYPE T-01 A

+67.05m FFL +67.15m SSL

JOINT B

ELEVATION 1:50

INTERNAL DIAGRID GYPSUM BOARD CLADDING

FACADE TYPE T-01 B

CURVED IGU LOW IRON TO FOLLOW TOWER GEOMETRY

1. 20 0

ALUMINIUM MULLION GEOMERTY TO FOLLOW TOWER GEOMETRY (CURVED) COLOR AS PER ARCHITECT'S SELECTION FACADE TYPE T-01 A

0.250

0.850

1. 0 20

1.527

1.527 1.527

1.527

JOINT A

EXTERNAL ALUMINIUM CLADDING TO FOLLOW TOWER GEOMETRY COLOR AS PER ARCHITECT'S SELECTION

PLAN 17/F 1:50

YANG SHUZHI @ HENNING LARSEN ARCHITECTS

1.527

NO EXTERNAL CAPPING STRUCTURAL GLAZING JOINT

ALUMINIUM SUN BLADE GEOMERTY TO FOLLOW TOWER GEOMETRY (CURVED) COATED. COLOR AS PER ARCHITECT SELECTION

SECT 1:50

GENERAL NOTES

0.075

0.150 0.150

-DRAWINGS TO BE PRINTED IN COLOUR

WELDED JOINT. SANDED TO SE TRANSITION BETWEEN TWO PA KEEP SHARP EDGE. EDGE TO FOLLOW TOWER GEOMETRY (CURVATURE). COATED. COLOR AS PER ARCHITECT'S SELECTION

DIAGRID CL 1:2

3.000

4.200

0.900

0.075

-DO NOT SCALE THE DRAWINGS. IT IS T CONTRACTORS AND CONSULTANTS TO DISCREPANCIES ON THE DRAWINGS PR DRAWINGS, CONTRACT DOCUMENTS AN IMMEDIATELY TO ARCHITECTS WHEN D

0.150 0.150

ALUMINUM PANELS TO FOLLOW TOWER GEOMETRY

0.900

0.075

FOLD TO ENSURE FLUSH ALIGNMENT OF TWO PANELS

4.200

OPEN JOINT 5-15mm ALLOW DILATATION

3.000

SHARP PANEL CUT NO ROUND FOLDED EDGE. COA COLOR AS PER ARCHITECT'S SELECTION

0.900

0.150 0.150

0.075

DIAGRID CL 1:2

4.200

ALUMINIUM CLAD PANEL DOUBLE CURVED COATED. COLOR TO BE SELECTED BY ARCHITECT

3.000

4.200

ALUMINIUM CLAD PANEL DOUBLE CURVED COATED. COLOR TO BE SELECTED BY ARCHITECT

PE T-01 A

PPING JOINT

0.900

0.150 0.150

0.075

ALUMINIUM SUN BLADE TYPE A GEOMETRY TO FOLLOW TOWER GEOMETRY (CURVED) COATED. COLOR AS PER ARCHITECT'S SELECTION

CURVED IGU LOW IRON (TO FOLLOW TOWER GEOMETRY) NO EXTERNAL CAPPING STRUCTURAL GLAZING JOINT

ARCHITECT - DESIGN

4.200

AUTOMATIC ROLLER CURTAIN TO FOLLOW TOWER GEOMETRY CONNECTED TO BMS

CURVED IGU LOW IRON (TO FOLLOW TOWER GEOMETRY) NO EXTERNAL CAPPING STRUCTURAL GLAZING JOINT

3.000

4.200

FLOOR TO FLOOR CURVED GLAZING NO JOINT AT SHADOW BOX

FACADE TYPE T-01 A

SUSTAINABILITY

AUTOMATIC ROLLER CURTAIN TO FOLLOW TOWER GEOMETRY CONNECTED TO BMS

ALUMINIUM SUN BLADE TYPE B GEOMETRY TO FOLLOW TOWER GEOMETRY (CURVED) COATED. COLOR AS PER ARCHITECT'S SELECTION

LOCAL ARCHITECT

FACADE TYPE T-01 B ALUMINUM MULLION GEOMETRY TO FOLLOW TOWER GEOMETRY (CURVED) COATED. COLOR AS PER ARCHITECT'S SELECTION

LANDSCAPE ARCHITECT

0.075

ALUMINUM MULLION GEOMETRY TO FOLLOW TOWER GEOMETRY (CURVED) COATED. COLOR AS PER ARCHITECT'S SELECTION

LOCAL LANDSCAPE ARCHITECT

STRUCTURE MEP FACADE FIRE & LIFE SAFETY

SECTION 1:50

ACOUSTIC CONSULTANT

LIGHTING DESIGNER

We tested out 4 cases to design and determine the direction of the exterior shades.

CURVED IGU LOW IRON TO FOLLOW TOWER GEOMETRY

1.527 1.527

ALUMINIUM SUN BLADE GEOMERTY TO FOLLOW TOWER GEOMETRY (CURVED) COATED. COLOR AS PER ARCHITECT SELECTION

FACADE TYPE T-01

BCDA ICONE TOWER

THE PUBLIC RAMP- THE LIGHT OF MANILA Walking up the public viewing platform one can visit the bronze commemorative soldier statues and gaze over the beautiful wide vistas of Manila and the ocean in the distance.

YANG SHUZHI @ HENNING LARSEN ARCHITECTS

SHANGHAI LIXIN FINANCIAL COLLEGE PLANNING YEAR: 2017 LOCATION: Shanghai, China STATUS: Competition PROGRAM: Master Plan, College Campus design CLIENT: Shanghai Lixin University of Accounting and Finance TEAM: Cluade, Hannah, Yang Shuzhi, Dominick, Richard, Ka ROLE: Architect| Master Plan , Landscape Design, Educational Building Design

The site is divided into two by the municipal road, and the campus scale is too large for walking. So the connectivity of pedestrian becomes the base issue. We created many loops, most of them are elevated as the pedestrian path. All the loop gradually radiate out from the middle, cleverly integrate the campus as one again, but also provides a convenient biking system. Plus, this project takes advantage of the existing wetland landscape, and will introduce advanced intelligent concept to create a new era of green and smart campus.

YANG SHUZHI @ HENNING LARSEN ARCHITECTS

SHANGHAI LIXIN FINANCIAL COLLEGE PLANNING

THE LOOP - CONCEPT

THE PEDESTRIAN LOOP

RATIONAL ARCHITECTURE

EFFICIENT VEHICLE ROAD

NATURAL WETLAND LANDSCAPE

PEDESTRIAN AND BIKE CIRCULATION Cleverly arranged all the loops and wetland plank path, provides a convenient pedestrian and bicycle system, to achieve green and no vehicle free design concept. At the same time combined with intelligent bike rental system, build green intelligent campus

YANG SHUZHI @ HENNING LARSEN ARCHITECTS

VEHICLE CIRCULATION In order to meet the delivery and fire safety requirement, we set a simple and effective vehicle road system, also truly separate pedestrian and vehicle circulation.

ELEVATED PEDESTRIAN AND BIKING BRIDGE

ON GROUND FOR PARTS OF THE LOOPS

SHANGHAI LIXIN FINANCIAL COLLEGE PLANNING

YANG SHUZHI @ HENNING LARSEN ARCHITECTS

SHANGHAI LIXIN FINANCIAL COLLEGE PLANNING LANDSCAPE CONCEPT

EXISTING NATURE

EMPOWERING THE SITE

The site of SLU Campus contains unique ecosystems with high nature value. The existing nature has a strong identity that tells the story of the place and genius loci. Lush bushes, crooked trees, moving reeds, lakes, streams and swamps are habitat for a rich wildlife of fish, birds and insects.

Because of the existing nature quality the SLU Campus has great potentials to become a unique place in Shanghai, a global state-of-the-art example of sustainable urban development that improves quality of life of the people living and using the SLU Campus. The urban development of the campus takes it start by extending the existing wetland into the site, empowering the identity of the area.

FOUR NATURE TYPOLOGIES

CREATING DIFFERENT NATURE TYPES THROUGH TIME

Like the neighboring nature, dominating nature typology of SLU Campus is wetland. However the master-plan is divided into four different types of wetland each with a specific identity and value. This concept will scale the campus down into smaller neighborhoods making the campus much more livable, stimulates local sense of belonging and strengthening local sense of community.

The nature based solutions are dynamic, adaptable and ever changing, making SLU Campus resilient towards future climate challenges. Over time a new SLU nature will develop. The four different nature typologies will merge into a new and genuine SLU Nature, which will enhance the SLU Identity.

WETLAND

OPEN MEADOW

YANG SHUZHI @ HENNING LARSEN ARCHITECTS

SLA CAMPUS ECOSYSTEM

QUALITY OF LIFE

Research shows that nature suppor ts the ability to learn, increases the ability to concentrate and reduce stress. SLU Campus will become a unique ecosystem of people and nature. Knowledge, learning and creativity will go hand in hand with co-existing, sense of community and individual space. A strong and significant relation between the built and the grown environment forms a unique and sustainable urban development of the SLU Campus that will grow stronger and more valuable every day.

Our proposal for SLU Campus secures and improves quality of life by using nature based solutions. A new wetland of city nature flows throughout the site with a remarkable high biodiversity that ensures an ecosystem that will last and develop for centuries, growing stronger, more atmospheric and significant every day.

THE BUILT AND THE GROWN ENVIRONMENT Together, the variety of architecture and nature will form public spaces in human scale, which encourage the users to engage in the community of SLU Campus. The meeting between the built and the grown environment forms a three dimensional ecosystem of nature and people.

BLOSSOMING FOREST

BAMBOO FOREST

SHANGHAI LIXIN FINANCIAL COLLEGE PLANNING LANDSCAPE KEY NODE DESIGN

EDUCATION BUILDINGS CLUSTER

EDUCATION AREA STREET ELEVATION

STUDENT HOUSING AREA STREET ELEVATION YANG SHUZHI @ HENNING LARSEN ARCHITECTS

MAIN PLAZA

STUDENT HOUSING

SHANGHAI LIXIN FINANCIAL COLLEGE PLANNING

CULTURAL INTERIOR PERSPECTIVE

YANG SHUZHI @ HENNING LARSEN ARCHITECTS

CULTURE COMPLEX (LIBRARY, MUSEUM, STUDENT ACTIVITY CENTRE) It includes several public programs, to create the new culture center for Shanghai. The grand building form, not only echoed the financial characteristics of SLU, but also become the landmark for entire campus. This culture center includes library, conference center, auditorium, museum and student activity center. Public program at GF, library at higher levels and have amazing view of Pudong. It will become the iconic culture complex for Shanghai, all the different kinds of culture or educational event can be held here and open to the whole city .

CULTURAL COMPLEX SECTION

CULTURAL COMPLEX GROUND FLOOR PLAN

SHANGHAI LIXIN FINANCIAL COLLEGE PLANNING

EDUCATIONAL BUILDING GROUND FLOOR PLAN

YANG SHUZHI @ HENNING LARSEN ARCHITECTS

EDUCATIONAL BUILDINGS The two education loops are located at south part of the road. It can enjoy the beautiful canal landscape design. Modern and simple architectural language for the teaching building, rational and orderly yet flexible and playful. The light atrium connects all the classrooms, it not only can bring daylight into the buidling, but also create communication space for all the students.

EDUCATIONAL BUILDINGS SECTION

EDUCATIONAL BUILDING FIRST FLOOR PLAN

SHANGHAI LIXIN FINANCIAL COLLEGE PLANNING

STUDENT HOUSING GROUND FLOOR PLAN

YANG SHUZHI @ HENNING LARSEN ARCHITECTS

STUDENT HOUSING The three residential loop is located at north, which includes 80,000 sqm dormitory area for the second industrial university. Reasonable building spacing, not only to meet the sunshine requirements, but also creat a moderately pleasant outdoor courtyard space For the student housing design, we open up the ground floor, break out from the traditional enclosed interface, increase the number of small scale activity space.

STUDENT HOUSING SECTION

STUDENT HOUSING FIRST FLOOR PLAN

SPRINGS F1C YEAR: 2017 LOCATION: Shanghai, China STATUS: Schematic Design PROGRAM: Office CLIENT: Tishman Speyer TEAM: Cluade, Hannah, Mikkel, Dominick, Yang Shuzhi ROLE: Architect| Facade Design, Rendering

YANG SHUZHI @ HENNING LARSEN ARCHITECTS

SPRINGS F1C

YANG SHUZHI @ HENNING LARSEN ARCHITECTS

IMPROVED CD 400mm profile - WWR 0.49 Clear glass Normal Glass: 2027 RMB/m² Low-Iron Glass: 2110 RMB/m²

GRID 150MM 150mm profile Magic glass Normal Glass: 1861 RMB/m² Low-Iron Glass: 1974 RMB/m²

EXTERNAL SHADING 150mm profile w Ext. Sunshading Magic glass Normal Glass: 1980 RMB/m² Low-Iron Glass: 2080 RMB/m²

VERTICAL PANEL l150mm profile w vertical panel Magic glass Glass: 2027 RMB/m² Low-Iron Glass: 2127 RMB/m²

FOSHAN VANKE A32 CAMPUS YEAR: 2016 LOCATION: Foshan, Guangdong, China STATUS: Schematic Design PROGRAM: Mixed Use, Residence, Commercial, Educational, Sports CLIENT: Vanke TEAM: Chen Zetao, Sujin Lefu, Yang Shuzhi, Ma Rushuai, Jun Fei, Huang Shan ROLE: Leading Architect|Podium Design, Space Design, Facade Design

YANG SHUZHI @ FCHA

FOSHAN VANKE A32 CAMPUS

Art School Commercial Residence Art School Street Courtyard

Theater

Lobby

Commercial Center Courtyard

Lecture GYM Room

Swimming Pool

International School

MIXED AND CONTINUOUS PODIUM

The podium of the project contains various programs such as commercial street, theater, gym, international school, etc,. Except the school part, its space is continuously open for the public. The stairs and ramps connect all different activities together . The center hall of the building is surrounded by mild gradient ramps. YANG SHUZHI @ FCHA

International School Lobby

2F PLAN

FOSHAN VANKE A32 CAMPUS

COMMERCIAL STREET

CENTER HALL YANG SHUZHI @ FCHA

GYM

SWIMMING POOL

THEATER

CHENGDU HUAYU COMPLEX 3.0 YEAR: 2015 LOCATION: Chengdu, China STATUS: Schematic Design PROGRAM: Complex, Commercial, Office, Apartment CLIENT: Huayu Group TEAM: Tanghua, Yang Shuzhi, Deng Linwei, Yanyuan, Zhao Yuli ROLE: Leading Architect | Concept, 3D Modeling

YANG SHUZHI @ TANGHUA ARCHITECTS

CHENGDU HUAYU COMPLEX 3.0

YANG SHUZHI @ TANGHUA ARCHITECTS

CHENGDU HUAYU COMPLEX 3.0

YANG SHUZHI @ TANGHUA ARCHITECTS

BISHAN LIBRARY INTERIOR RENOVATION YEAR: 2015 - Ongoing LOCATION: Bishan, Chongqing STATUS: Design Development PROGRAM: Library CLIENT: Bishan Government TEAM: Yang Shuzhi, Yuan Yang ROLE: Leading Architect | Concept, Plans, Sections, All Renderings EXISTING BUILDING

MINIMUM RENOVATION, LIGHT STRUCTURES AS NEW INTERIOR HALL

Wood Gilles Of The Main Entrance Steel Frame Roof

Canopy Of The Main Entrance

Wood Gilles Of The Courtyard An Additional Stage The Center Additional Reading Zone

Wood Gilles Of The Front Hall

YANG SHUZHI @ TANGHUA ARCHITECTS

MAIN ENTRANCE

CENTRAL HALL

BISHAN LIBRARY INTERIOR RENOVATION LEVEL 1

LEVEL 2

00 01

02 12

13 05

LEVEL 4

LEVEL 5

26 22

21 23 27

SECTION A-A

YANG SHUZHI @ TANGHUA ARCHITECTS

00 Main Entrance 01 Exhibition Zone 02 Readers Club 03 Front Hall 04 Self-service Storage 05 Center Hall 06 Audio-visual Reading-room 07 Electronic Reading Room 08 Olds Reading Room 09 News Reading Room 10 Children Reading Room 11 Bookstore 12 Students Reading-room 13 Study Room 14 Stack Room Of Bishan Middle School 15 Teachers Reading Room 16 The Center Additional Reading Zone 17 Open Access Reading Zone 18 Close Access Reading Zone 19 Rest Zone 20 Stack Room Of Basic Preservation 21 Stack Room of Special Preservation 22 Training Room 23 Auditorium 24 The Exhibition Zone On Top Floor 25 Offices 26 Client Reception Room

LEVEL 3

17 18

LEVEL ROOF

A SECTION B-B

BISHAN LIBRARY INTERIOR RENOVATION The existing library has idled for about 2 years because of the low-quality interior decoration, thus, the government commit us to renovate the interior. They want a Chinese-Modernism library which contains a Chinese-National-Library style center reading zone, a multiple back-set reading zone that surrounds a courtyard, with a steel girder skylight which can provide sufficient illumination. The chosen material - oak wood - is decisive in building a homelike space identity.

MATERIAL CONCEPT

Bamboo slip ( traditional Chinese book)

Magnified as a building material

Dislocation material, get transparency

MODULE Column Grid Axis

YANG SHUZHI @ TANGHUA ARCHITECTS

Get 1200 mm as module by subdivision

Design ceilings, lights, layouts

THE EXTENSIONAL READING AREA

THE FRONT HALL

READERS CLUB

BISHAN LIBRARY INTERIOR RENOVATION

The exhibition zone is located at the side of the front hall, people can see it directly when they go in the library. It is composed by 2 parts - The main exhibition zone and temporary exhibition zone. The exhibition panels in the main exhibition zone are made of gypsum, which is light enough and movable, the distance between each panel is 3600 mm. By securing the panels on the sliding rails,

YANG SHUZHI @ TANGHUA ARCHITECTS

the main exhibition zone could be several spatial compositions to adapt to variable exhibition. The original condition of temporary exhibition zone is a water pool sunk below the interior level 900 mm, as a solution, I designed a 5-step stage, each is 180 mm height to resolve the elevation difference. The sinking space can be used as multi-functional space, such as exhibition, rest, reading.

BISHAN CIVIL CENTER YEAR: 2015 LOCATION: Bishan, Chongqing STATUS: Design Development PROGRAM: Office, Civic Service CLIENT: Bishan Government TEAM: Yang Shuzhi ROLE: All Works

YANG SHUZHI @ TANGHUA ARCHITECTS

BISHAN CIVIL CENTER SEMI-PUBLIC SPACE ( COURTYARD & CORRIDOR) Semi-public space is the topic. There are two building located at a riverside, a 2-floor long-house which has a subtle curve shape corridor, and a 4-floor courtyard-house which contains successive courtyards. These semi-public spaces connect the circulation system, and lead people to get the best view point to share the river landscape.

Buildings Zone Semi-public space View & Circulation Path

HORIZONTAL LINE These two buildings have a similar facade dominated by horizontal lines which can create a light feeling. 3 kinds of density and size window are gradual changing between these horizontal lines, from down to up, provide different indoor experiences.

CORRIDOR

COURTYARD YANG SHUZHI @ TANGHUA ARCHITECTS

WEST ELEVATION

CORRIDOR

LAKE VIEW COURTYARD

HOBBS TOWER

PERSPECTIVE OF LIGHTNESS Only one body of the tower can be seen

CANTILEVERING PODIUM

YANG SHUZHI @ TANGHUA ARCHITECTS

PERSPECTIVE OF NORMAL 3 bodies are all visible

3 BODIES

YEAR: 2015 LOCATION: Shenzhen, Guangdong, China STATUS: Competition (Concept Design) PROGRAM: Office CLIENT: HOBBS GROUP TEAM: Yang Shuzhi , Yuan Yang ROLE: Leading Architect | Concept, 3D Modeling, Technical Drawings

This tower is aim to create better views and natural ventilations for the office owner. Compared with tradition office towers, it has more corners for better view, and it has more double-sided-view rooms.

TOWARDS LIGHTNESS

Another purpose is to make this building look light (thin) in some specific perspective. The 3 bodies of the tower overlay on each other and hide each other sometimes.

TRADITIONAL TOWER

4 CORNERS VIEW

BETTER VENTILATION

8 CORNERS VIEW

3F PLAN 2468 m2

LIGHTER, AND LIGHTER

16F PLAN 2245 m2 Office Usable Ratio: 75.8%

YUNYANG COMMERCE CHAMBER TOWER

YANG SHUZHI @ TANGHUA ARCHITECTS

YEAR: 2015 LOCATION: Yunyang, Chongqing, China STATUS: Schematic Design PROGRAM: Office, Hotel CLIENT: Yunyang Government TEAM: Tanghua, Yang Shuzhi , Shaopeng ROLE: Leading Architect | Concept, 3D Modeling, Technical Drawings

VIEW TOWARDS LAKE

OPEN FOR NEIGHBORHOOD

FACADE ELEVATION

RE-FRAME U

PUBLIC GARDENS

FACADE SECTION

FLOOR SECTION

TRANSPARENT ELEVATOR

GLASS DIVISION

BALCONY AND ELEVATOR

PUBLIC SERVICE CENTER OF ZHENGDONG NEW DISTRICT

YANG SHUZHI @ TANGHUA ARCHITECTS

YEAR: 2015 LOCATION: Zhengdong,Henan,China STATUS: Concept Design PROGRAM: Mixed Use, Public service CLIENT: Zhengdong Government TEAM: Yang Shuzhi, Yang Yuan ROLE: Leading Architect | Concept, 3D Modeling, Technical Drawings

SITE

BOUNDARY

ACCESSIBILITY

GREEN SPACES

20000

OFFICE 1750 ㎡ 87500

OFFICE 1750 ㎡

OFFICE 10500 ㎡

OFFICE 1750 ㎡ OFFICE 1750 ㎡ OFFICE 1750 ㎡ OFFICE 1750 ㎡ 8400

KINDERGARTEN 4500 ㎡

16800

OFFICE

10000

COMMERCIAL 2000 ㎡

10000

HOSPITAL

20000

CULTURAL CENTER CIVIL CENTER

RESTAURANT 700 ㎡

50000

MARKET 2000 ㎡

40000

COMMERCIAL

35000

30000

SUPERMARKET 300 ㎡

50000 100000

50000

2100

1300

2100

800

2100

1300

800

KINDERGARTEN

20000

10000

PARKING

FACADE SECTION

FACADE ELEVATION

NURSING HOME 1000 ㎡ HEALTH SERVICE CENTER 2000 ㎡ CIVIL CENTER 1000 ㎡

CULTURE CENTER 3000 ㎡

HONGDE 181 TOWER RENOVATION YEAR: 2015 LOCATION: Chongqing, China STATUS: Concept Design PROGRAM: Hotel, Appartment CLIENT: FORBASE(Chongqing) TEAM: Yang Shuzhi ROLE: All Works

YANG SHUZHI @ TANGHUA ARCHITECTS

EXISTING TOWER

PLAN FOR 4 UNITS

PLAN FOR 2 UNITS

CHENGDU HUAYU COMPLEX 2.0 YEAR: 2014 LOCATION: Chengdu, China STATUS: Schematic Design PROGRAM: Complex, Commercial, Office, Apartment CLIENT: Huayu Group TEAM: Wang Kun, Yang Shuzhi ROLE: Architect | Concept, 3D Modeling, Facade Design

YANG SHUZHI @ TANGHUA ARCHITECTS

CHENGDU HUAYU COMPLEX 2.0

YANG SHUZHI @ TANGHUA ARCHITECTS

BANYAN TREE CAVE DWELLING HOTELS & RESORTS

YEAR: 2014 LOCATION: Taiyuan, Shanxi, China STATUS: Concept Design PROGRAM: Hotel CLIENT: FOREBASE(Chongqing) TEAM: Yang Shuzhi ROLE: All Works

YANG SHUZHI @ TANGHUA ARCHITECTS

BEDROOM

TEA ROOM

BATHROOM COURTYARD LOUNGE

SWIMMING POOL

FOREBASE HOTEL IN PENGSHUI YEAR: 2014 LOCATION: Pengshui, Chongqing STATUS: Concept Design PROGRAM: Hotel CLIENT: FOREBASE(Chongqing) TEAM: Yang Shuzhi ROLE: All Works

YANG SHUZHI @ TANGHUA ARCHITECTS

MU LONG BAY HOTEL & RESIDENCE YEAR: 2014 LOCATION: Sanya, Hainan, China STATUS: Concept Design PROGRAM: Urban Design, Hotel, Residence TEAM: Tanghua, Yang Shuzhi, Shaopeng ROLE: Architect| Hotel Design

SITE CONTEXT

YANG SHUZHI @ TANGHUA ARCHITECTS

TAKE ADVANTAGE OF EXISTING FISHPOND TYPOGRAPHY

FOREST SITE BUILDING TRAM VEHICLE ROAD

MU LONG BAY HOTEL & RESIDENCE

HOTEL

YANG SHUZHI @ TANGHUA ARCHITECTS

LUXURY HOTEL ROOM

RESIDENCE

APARTMENT

MU LONG BAY HOTEL & RESIDENCE

YANG SHUZHI @ TANGHUA ARCHITECTS

GUAN YUN FENG SUPER FIVE-STAR HOTEL This is a super five-star hotel standing in the Mu Long bay. It contains 10 various loft -like units all with retractable bedrooms cantilevering out from the main structure. Plus, every room has a out door courtyard contains a overhanging swimming pool.

DAZHULIN LIGHTRAILWAY CONTROL CENTER YEAR: 2014 LOCATION: Chongqing, China STATUS: Constructing PROGRAM: Railway Contorl center TEAM: Yang Shuzhi, Deng Fang ROLE: Architect| All 3D Modeling, Rendering

YANG SHUZHI @ TANGHUA ARCHITECTS

GIRAFFE KINDERGARTEN YEAR: 2014 LOCATION: Chengdu, Sichuan, China STATUS: Concept Design PROGRAM: Kindergarten TEAM: Yang Shuzhi ROLE: All Works

FANGZHENG GROUP PLANNING YEAR: 2014 LOCATION: Shenzhen, Guangdong, China STATUS: Concept Design PROGRAM: Planning TEAM: Yang Shuzhi ROLE: All Works

MU LONG BAY DONGHAI PARKHOTEL CBD PLANNING & RESIDENCE YEAR: 2013 LOCATION: Zhanjiang, Guangdong, China STATUS: 1st Prize Winner PROGRAM: Urban Planning TEAM: Deng Fang, Yang Shuzhi ROLE: Architect| Urban Planning

FUTURE CITY AXIS

东海公园核心商务区 DongHai Park CBD

人行通廊 Pedestrian Corridor

岛南商圈 Island South District

YANG SHUZHI @ TANGHUA ARCHITECTS

SKYLINE

200m

100m

24m

PROPERTIES

HEIGHT

规划轻

轨 Ligh

t Rail 道 Don

G1G3

B1B2

24m

G1G3

200m

100m

R2 100m

24m

规划轻

轨 Ligh

t Rail 东海大

道 Don

2.0

10.0

10.0 0.1

6.0

0.1 1.0

0.1 6.0

0.1

道 Don

oad

ghai R

oad

1.0

6.0

t Rail 东海大

200

ghai R

4.0 6.0

100

调市路 TiaoShi Road

0.1

东山大道 DongShan Road

调市路 TiaoShi Road

1.0

0.1

100m

24m

TRAFFIC

0.1

200

骑龙路 QiLong Road

PLOT RATIO

6.0

100

100m

骑龙路 QiLong Road

规划轻

200m 6m

100m

24m 100m

100m

oad

24m

6m B1

ghai R

100m

G1 G1

道 Don

24m

东海大

oad

t Rail

200

A2G3

G1G3

B2 G1

100

调市路 TiaoShi Road

ghai R

东山大道 DongShan Road

调市路 TiaoShi Road

A2G3

东山大道 DongShan Road

东海大

东山大道 DongShan Road

规划轻

1.0

4.0

6.0

骑龙路 QiLong Road

100

200

MU LONG MUSEUM XICHENG BAY HOTEL & RESIDENCE YEAR: 2013 LOCATION: Chongqing, China STATUS: 1st Prize Winner PROGRAM: Museum TEAM: Tanghua, Yang Shuzhi ROLE: Architect| Concept, 3D Modeling, Rendering

HISTORICAL INDUSTRY AREA

YANG SHUZHI @ TANGHUA ARCHITECTS

BEIJING SWIMMING CENTER RENOVATION YEAR: 2013 LOCATION: Beijing STATUS: Concept Design PROGRAM: Sports Center CLIENT: Gensler TEAM: Caide Deng, Shuzhi Yang, Qibin Jiang ROLE: Architect | Concept, 3D model, Technical drawings

Divided into five large volumes to metaphorize the Olympic spirit (five rings). Sunken square can be a leisure place for all the people around the venue. The open ground space is coordinated with the large sunken plaza and the surrounding environment, and infiltrated, allowing the landscape to flow along the space around the building. Freedom, vivid changes, giving people a sense of space experience. The massive buildings on the ground are inspired by the imagery of the stones by the water, and with the unique construction of the building membrane structure, the building has its own personality, but it is not unobtrusive, fully integrated into the daily life.

YANG SHUZHI @ H+M DESIGN INC

A BLOCK

COMMUNITY

PUBLIC SPORTS PARK

HELSINKI LIBRARY YEAR: 2013 LOCATION: Helsinki, Finland STATUS: Competition PROGRAM: Library CLIENT: Helsinki Government TEAM: Caide Deng, Yang Shuzhi , Jiang Qibin ROLE: Architect | Concept, 3D Model, Perspectives

For a plot of 150m length and 32m width, the building is contained primarily in 2 rectangular boxes and a Grand Slope. The upper one - B box being raised over the lower one - Box A, hypothetically the gap sandwiched in between A & B is used as the transition floor. In conjunction, the projection of B Box shifts 20m south and 5.6m east over A, which enables Aâ&#x20AC;&#x2122;s roof as a terrace, this terrace is further bridged by the 65m long Grand Slope to the south end of the site boundary. In addition, there are 2 funnel shape atriums penetrating through levels of Box B, this provides sufficient natural light to all floors. Box A is the Main lobby and Staff facilities Box B mixing Collection areas and Learning & doing. The gap in between will be used as External services space. Library logistics & material handling and Service spaces are located immediately above/underneath ground floor of Box A. Event spaces predominantly are located at -2 level.

Structure Proposed structure systems for Box A, B, and the Grand Slope are independent from each other. In Box A: steel beam and column type arrangement, 6.6m x 6.6m grid; In Box B: 4 Y-shape steel beams to support the roof immediate floor slabs are overhung by steel cables from the roof structure Grand slope: double layer steel construction of flat bars, interwoven to form a complete piece.

YANG SHUZHI @ H+M DESIGN INC

DORMITORY OF BEIJING FORESTRY UNIVERSITY YEAR: 2013 LOCATION: Beijing, China STATUS: Competition PROGRAM: Dormitory and its ancillary facility CLIENT: Helsinki Government TEAM: Caide Deng, Yang Shuzhi , Jiang Qibin ROLE: Architect | Concept, 3D Model, Perspectives

YANG SHUZHI @ H+M DESIGN INC

DORMITORY COURTYARD

CANTEEN & PUBLIC SERVICE STORAGE PARKING

FENGYUAN ST. SHOPPING & LEISURE - TANGSHANG YEAR: 2013 LOCATION: Tangshan, Hebei, China STATUS: Concept Design PROGRAM: Commercial CLIENT: Tangshan Land Development Group TEAM: Caide Deng, Yang Shuzhi , Jiang Qibin ROLE: Assistant Architect | Concept, 3D Model, Perspectives

YANG SHUZHI @ H+M DESIGN INC

PALM HOTEL YEAR: 2013 LOCATION: Sanya, Hainan, China PROGRAM: Hotel TEAM: Caide Deng, Yang Shuzhi ROLE: Assistant Architect | Concept, 3D Model, Perspectives

WUHAN UNIVERSITY WANLIN MUSEUM YEAR: 2012 LOCATION: Wuhan University, Hubei STATUS: Built PROGRAM: Museum CLIENT: Wuhan university TEAM: Pei Zhu, Edwin Lam, Zheng Wang, Fan He, Mingming Gao, Yang Shuzhi ROLE: Intern | 3D Model, Diagrams, Plans, Interior Perspectives,

1. HIDDEN · CONCEALED ·BLENDED In order to minimize the conflict between natural environment, our design takes advantage of existing platform and forest land, to "hide" most of the museum function under natural landforms, to greatly reduce the massing above ground. 2. THE RHYTHM OF ROCKERY The form of architecture reflects the natural characteristic of campus, to balance with its surrounding buildings, forest, rockery and landforms. 3. PUBLIC SPACE The museum itself is not only a building, but also a venue. It will become a student activity center with sufficient outdoor space. 4. BORDER-LESS The continuous and similar spatial experience indoor and outdoor makes visitors feel border-less.

YANG SHUZHI @ STUDIO PEIZHU

WUHAN UNIVERSITY WANLIN MUSEUM

LEVEL 1 01 Main Entrance 02 Hall 03 Information 04 Multi-functional Box 05 Cloakroom 06 VIP Lounge 07 Cafe 01 01 02 03 05

LEVEL 3 09

09 Gallery III 10 Temporary Exhibition 11 Gallery IV 12 Video Exhibition 13 BOH

13 12 13 11

YANG SHUZHI @ STUDIO PEIZHU

LEVEL 2 08 Gallery I 09 Gallery II 10 BOH 11 MECH 12 Cafe

09 12

LEVEL 4 14

14 Temporary Exhibiton 15 Terrace 16 BOH 17 MECH 18 Gallery ( History Of University) 19 Gallery V 15

16 18

WUHAN UNIVERSITY WANLIN MUSEUM

PHOTOS YANG SHUZHI @ STUDIO PEIZHU

CAFE

TYPICAL EXHIBITION HALL

ATRIUM / TEMP EXHIBITION AT LEVEL 2

OPENING CEREMONY

ACADEMIC WORK

CHARLIE HEBDO HEBDO PORTABLE PORTABLE PAVILION PAVILION CHARLIE YEAR: 2016 LOCATION: The project can travel to all over the world STATUS: 2nd Prize Winner | https://charliehebdoportablepavilion.beebreeders.com/ PROGRAM: Gallery, Multi-functional CLIENT: Bee Breeders | https://beebreeders.com/ TEAM: Yang Shuzhi, Liwei Yu, Yupeng He ROLE: Leading Architect| Concept, All Perspectives, Technical Drawings, Layout

YANG SHUZHI @ ARCHITECTURE COMPETITION

CHARLIE HEBDO PORTABLE PAVILION

The purpose of design is to emphasize the importance of freedom of speech. When people stand in the distance and see the structure, they would be attracted by the huge white helium balloon immediately. This light balloon would give people a free and positive impression, which is also a super mascot of the pavilion, just like the Rubber Duck. However, when they see the black steel roof which is hung by the balloon closely, they would have a rational and limited feeling. Thus, people would be afraid to go inside the pavilion because they may worry that the roof may fall down and cause injure due to the balloon's being break or having air leaks. This sense of tension is simulated by the structure design. It can deliver the similar feeling when the citizen’s right of speech is restricted or threaten by the government, terrorist attacks or religious taboos. Also, it is very essential to keep people safe here. Thus, the structure is definitely low-risky with the refined calculation of mechanics, people could be totally fairly safe when they are having activities under the pavilion. We believe that this structure could attract more attention and give confidence to people to defend the right of speech.

If I don’t share my voice, if I don’t act as I believe, then I am dead already.

YANG SHUZHI @ ARCHITECTURE COMPETITION

NEWS: THE WAX ART OF AI WEIWEI “If I don’t share my voice, if I don’t act as I believe, then I am dead already.” Ai Weiwei. The famous Chinese artist and human rights activist Ai Weiwei is kidnapped by the Chinese authorities and detained at a secret location. After 81 days of solitary detention, he is finally released to house arrest. Shaken by the detention, the man the world knows as an unstoppable fighter for freedom of speech is merely a shadow of himself. With a new lawsuit (‘The Fake Case’ of the title) awaiting him and the concrete risk of further imprisonment for his actions, for the first time Weiwei is forced to drastically question his choices. Is art the right tool to fight oppression?

IN THE FORBIDDEN CITY, BEIJING

CHARLIE HEBDO PORTABLE PAVILION

ROOF DETAIL SECTION | 1:20

Solar panel Drain Hole 5 mm Waterproof layer 25 mm Board LED 8 mm H-Section Steel 30 mm Transparent Concrete

Why is my daughter so strong? Because I didnâ&#x20AC;&#x2122;t clip her wings.

YANG SHUZHI @ ARCHITECTURE COMPETITION

NEWS: THE STREET SPEECH OF YOUSAFZAI Pakistani educator Ziauddin Yousafzai reminds the world of a simple truth that many don’t want to hear: Women and men deserve equal opportunities for education, autonomy, an independent identity. He tells stories from his own life and the life of his daughter, Malala, who was shot by the Taliban in 2012 simply for daring to go to school. "Why is my daughter so strong?” Yousafzai asks. “Because I didn’t clip her wings."

IN THE LOUVRE, PARIS

CHARLIE HEBDO PORTABLE PAVILION CONSTRUCTION

Balloon Material: Weather-resistant ETFE, Helium Weight: 2495 kg Buoyancy: 72649 kg Size: 50 m Diameter

Tray Material: Aluminum Alloy | Weight: 1637 kg Size: 12.8 m Diameter Inhaul Cable Material: Steel Strand Weight: 342 kg Size: 35 mm Diameter

Solar Panels Material: Mono-crystalline Silicon Weight: 16 kg of each, 1920 kg totally Size: 1892 mm * 892 mm * 35 mm

Transparent Concrete Panels Material: Concrete, Optic-Fiber Weight: 108 kg of each, 12960 kg totally Size: 1984 mm * 984mm * 30 mm H-Section Steel Frame Material: Steel, Black Metallic Paints Weight: 17322 kg totally Size: 500 mm high, 8 mm thickness

BUOYANCY: 72649 kg TOTAL WEIGHT: 36676 kg

YANG SHUZHI @ ARCHITECTURE COMPETITION

ENERGY AND SUSTAINABILITY

Daylight

The solar panels can provide electric energy for the pavilion. Not only the energy is self-sufficient, but also almost all of the materials could be recycled and used for a long term: The helium can be deflated to a certain cylinder, and the balloon can be inflated from it. The transparent concrete panels and solar panels could be dissembled easily, and they will be installed when the pavilion will be built in other locations.

Energy

Light

MECHANICAL ANALYSIS Full Of Helium

Force Balance

Tensile Force Buoyancy

Prefabricate irregular sphere

Be pulled to a sphere

Weight & tensile force

PORTABLE Balloon

Deflate

Package

Roof ( Solar panels & transparent concrete panels ) Dissemble

Package

CHARLIE HEBDO PORTABLE PAVILION

ROOF PLAN | 1:200

CEILING PLAN | 1:200

ORIGINAL GROUND PLAN | 1:200

4 3

YANG SHUZHI @ ARCHITECTURE COMPETITION

1. Reception 2. Cafe 3. Workshop & Advice 4. Conference Room 5. Gallery 6. Transparent Concrete 7. Solar Panel

THEME 1 CHARLIE HEBDO OFFICE This theme aims to reproduce the scene of the event by simulating Charlie Hebdo Office, a gun dropped on the table and red blood-like floor make people think about the boundary of freedom of speech.

THEME 2 TED By enclosing the pavilion with curtain and set up a platform at the center, this pavilion can be a TED studio.

THEME 3 PURE ART The topic of the art show is confinement of animals, the exaggeration size of these tiny animals attracts attention of freedom, and let people think about the relationship between human and animals.

IN BETWEEN ARCHES YEAR: 2015 LOCATION: Shekou District, Shenzhen STATUS: 18 of 616 in competition PROGRAM: Exhibition, Cafe CLIENT: Young Bird Plan | http://youngbirdplan.com.cn/ ROLE: All Works

YANG SHUZHI @ ARCHITECTURE COMPETITION

IN SUDDEN SHOWER

IN BETWEEN ARCHES

BACKGROUND: FAST DEVELOPMENT VS SPACIAL MEMORY Shenzhen, one of the fastest-developing cities in China, has changed dramatically in economy and environment in the last 30 years. Most of the population in Shenzhen comes from other cities, they come here for a better life. However, with significant rise in house prices and lack of public space, many people don't get the sense of belonging and instead treat the city as a temporary space. The purpose of design is to offer publicity and spatial memory. The site is located at the beginning of a green area and is close to the sea. The ground floor is fully opened, like a pavilion, offering a 24 -hour semi-public space, which can keep out rain and bright sunlight. The second floor is a cafe and a multi-functional hall, with low-iron glass, providing perfect transparency to display the object inside.

YANG SHUZHI @ ARCHITECTURE COMPETITION

1. Open-floor 2. Cafe & bookstore 3. Corridor 3

2 1

IN HOT WEATHER

IN BETWEEN ARCHES

Arches are a complex, yet reasonable solution to the building structure, since the structural load decreases as you go up, the number of intersections between floors and arches is reduced. Arches are also an identity and a definition of space, the multi-functional hall is a 25 m long equilateral triangle, enclosed by three arches.

STRUCTURAL CONCEPT Regular columns

STRUCTURE

Roof

Change of number of columns

CONSTRUCTION

Roof

Swinging glass doors

1F 100*100 steel columns

Ceiling

Fixed glass doors

Semi-public space

Ground

1000*1000 Concrete columns

Semi-public space

YANG SHUZHI @ ARCHITECTURE COMPETITION

Continuity of force transmission

N 0m

1. Multi-functional hall 2. Cafe & bookstore 3. Kitchen 4. Washroom 5. Storage 6. Corridor 7. Open-floor

1 4 4 5

10 m

IN BETWEEN ARCHES

Seven arches with multiple heights and spans support the two-floor building, mimicking the branches of a tree house. The arch form is lively and unique, providing not only a structural function, but also an iconic feature of the house. In order to support the roof better, there are some mullion-like steel columns, concealed in swinging glass doors. To take advantage of the pleasant environment, the second floor is designed as a panorama deck where all the swinging doors can be completely opened. As Shenzhen is a hot and rainy city, the fully opened doors also bring in wind, taking away hot air and supplying fresh air. The deep overhanging eave could provide shade and shelter to adapted to the climate.

YANG SHUZHI @ ARCHITECTURE COMPETITION

SOUTH ELEVATION

CAFE INDOOR

IN BETWEEN ARCHES The second floor is 5.1m high, reaching the maximum possible height under Shenzhenâ&#x20AC;&#x2122;s commercial building specification, offering quite a high space that is capable of adapting to variable function. The first floor is 4.5m high, and the maximum height of the ceiling is 1.5m, which means the space here is much lower than the second floorâ&#x20AC;&#x2122;s, hence lead to a transformational experience. Because of the open-floor layout, the house offers double the area than it required for emphasis on publicity. A succession of concrete arches connect the upper and lower space sensuously. Semi-public space is the most interesting part to create publicity and spatial memory because it can bring a territorial sense without any behavioral restriction, and it could run well under publicity supervise and the proprietor. The ceiling of the ground floor simulates dynamic stress, like waves of the sea, which could really reflect the sea waves on smooth concrete.

DETAILED SECTION

Roofing Membrane Insulation Vapor Barrier Metal Decking 100mm Concrete Roof 300 300

To Roof +9.600 To 2F Ceiling +9.000

W12 GIRDER

Light

Low-Iron Laminated Glass

3700

5100

Concrete Arch

100mm Topping Concrete 150mm Concrete Floor Cavity Of Wells 1100

Steel wire mesh 30mm Shotcrete

900

300

To 2ND Floor +4.500

Concrete Stair 3300

4500

To 1F Ceiling +3.300

150mm Concrete Floor

750

To 1ST Floor +0.000

YANG SHUZHI @ ARCHITECTURE COMPETITION

AT NIGHT

WA-BRELLA YEAR: 2017 LOCATION: Hong Kong, China STATUS: Special Entry Prize PROGRAM: Shade CLIENT: Sunbrella TEAM: Yang Shuzhi, Wang Sining ROLE: Concept, Rendering, 3D Modeling

YANG SHUZHI @ ARCHITECTURE COMPETITION

Lower tiles Upper tiles Supporting bamboo structure Sunbrella water proof fabric Rebar Steel joint Hong Kong, a fast rhythm, multicultural and subtropical city, has very good public transportation systems. People mainly travel by MTR and bus. However, most of those bus stations are exposed under the sky, people who are waiting for the bus have to suffer from strong sunlight and sudden shower. The project located at a bus station that nearby Fortress Hill subway station where has great crowds go and forth. The north point church is behind the subway station without an entrance. We want to build a complex fabric shading roof, which is a marriage between traditional Hong Kong culture and modern spirit. The WA ( it is a smart traditional roof structure that we want to salute, but with new SUNBRELLA technique, which is not only a sun shading but also is lightweight, water and wind resistant. The form of it is like a green wing that continues the color of Fortress Hill Subway interior tone. We want it to be a city shelter that can really provide public value. 400 mm Rebar Resin fill Metal clip Scew

Bending force 200 mm

Bamboo edge

Sunbrella fabric

Traditional hand tie

Bamboo edge

400 *400 Retangular

400 *400 Parallelogram

Mutiple parallelogram

820 parallelogram grid

BAMBOO BENCH YEAR: 2017 LOCATION: Shenzhen, China STATUS: Special Entry Prize PROGRAM: Furniture CLIENT: UABB ROLE: All Works

STEAMER 蒸笼

350

LACK OF PUBLIC SEATS 缺乏公共座椅

YANG SHUZHI @ ARCHITECTURE COMPETITION

BAMBOO PAVILION YEAR: 2017 LOCATION:Chong Qing, China STATUS: Concept PROGRAM: Pavilion CLIENT: Wuzhiqiao ROLE: All Works

A NEW SCENIC CITY CHAPTER 1: URBAN SCENARIO REN MIN NAN AREA - DOUBLE LEVEL SYSTEM

YEAR: 2018 LOCATION: Guangzhou, Guangdong, China STATUS: Student Work PROGRAM: Urban Strategy, Architectural Renovation ROLE: All Works

CONTEXT The site is located in Guangzhou, China. In a word, this area is dominated by commercial activities, mainly for cloth wholesaling. The New China Tower and the Thirteen Factories Street are the most active places. To its south is the Pearl River, and the Ren Min Nan overpass divides the site to pieces.

600M

ISOLATION

First, for the city, the site was used to be the icon for trading and tourist resort before 2000. However, because the business shifted from high-end to low-end and the spatial quality decreased, the site is not attractive anymore. People rarely go here except they pass by. The site is a like a isolated island of city only for monotonic commercial activities.. Second, because of the overpass and vehicle driving traffic, the site is not suit for pedestrian now. Not only for visitors, but also for people work there. Pedestrians are isolated by vehicle driving passes. Third, The pearl riverside is not connected well with the thirteen factories. The two parks - the Cultural Park and the Children Park are disconnected as well. The landscapes, public spaces are isolated.

YANG SHUZHI @ THE UNIVERSITY OF HONG KONG (HKU)

SITE

600M

Isolation is the biggest issue of the site.

MODERN TOWERS ARCADE BUILDINGS INFRASTRUCTURE PARKS

COMMERCIAL RADIATION The commercial activity in New China Building has been growing dramatically since 2000. Itâ&#x20AC;&#x2122;s the center of the wholesale and retail area even it â&#x20AC;&#x2DC;s vacant for 20 floors. The New Asian International City and the Hongbiantian Costume Trading center becomes the right hand on trading for this area. The Nanfang Building has faded its role recently. We assume that if we take the advantage of the aggregating effect of the New China Building, and making improvement for the trading system, economy, and environment, the activity in this area would be continuously growing.

A NEW SCENIC CITY

ANCIENT TIME In the ancient time, the water transportation was the main and only way that western world can trade with Canton. Also, in the inner Canton city, water carriage connected the daily life of the Canton citizen.

FROM 1900-1990 Before the construction of the Ren Min Nan overpass, the Ren Min Nan street was the most prosperous commercial street over China. For the efficiency of circularizing the vehicle driving modern city, the Ren Min Nan overpass shorten the time to travel around the city. However, it divided the Ren Min Nan area and covered the whole street, it made the spatial quality decreased.

ANCIENT CANTON

E THE PEARL RIIVER SID

REN MIN NAN ROAD

THIRTEEN FACTORIES STREET

YANG SHUZHI @ THE UNIVERSITY OF HONG KONG (HKU)

NOW The Thirteen Factories Street is still flourishing for its cloth wholesaling industry. But it was somehow disconnected with the riverside because Ren Min Nan road is the main path to connect them. The Overpass and the vehicles made this road crowded and chaotic. Because of the isolation of all these important spaces, the historical value and its future potential value are broken into pieces.

DOUBLE LEVEL STRATEGY

ELEVATED LEVEL The elevated level is aimed to connect the west and east part divided by the overpass. It provides more possibility to connect different area. We propose to change part of the vehicle overpass into pedestrian footbridge in a long term.

GROUND LEVEL In The ground level, we suggest to change the Ren Min Nan Road back to a pedestrian commercial street as it used to be. Plus, we want to re-create south-north oriented venues to connect the riverside and the inner city. To regain the relationship with the nature.

The target of the double level strategy is: Re-Connect the isolated places. Re-Gain the relation hip between human and nature. Re-Mix the monotonic functions. Re-Activate the quality decreasing spaces.

A NEW SCENIC CITY 2018

2020-2030

AFTER 2030

YANG SHUZHI @ THE UNIVERSITY OF HONG KONG (HKU)

~~~Fry-King~~~

~~~Fry-King~~~ ~~~Fry-King~~~ ~~~Fry-King~~~

~~~Fry-King~~~

A NEW SCENIC CITY MIXED DAILY LIFE

RE-ACTIVATED SPACES

YANG SHUZHI @ THE UNIVERSITY OF HONG KONG (HKU)

TURN THE VEHICLE OVER PASS INTO PEDESTRIAN FOOTBRIDGE

PEDESTRIAN UNDER THE OVERPASS

OPEN THE GROUND OF NEW CHINA BUILDING TO PUBLIC PLAZA

A NEW SCENIC CITY CHAPTER 2 : ARCHITECTURE PROPOSAL NEW CHINA BUILDING - A NEW SCENIC CITY

CONTEXT

GOVERNMENT PLANING 2018 FOR NEW CHINA BUILDING 1. Control the amount of stores strictly. 2. Re-organize the wholesales and the storages. 3. Incorporate the new industry (IT, cultural, art, related)

PAST INTENTION : TURN THE APARTMENT & HOTEL -USE INTO COMMERCIAL & OFFICE Yangcheng Evening News reporter Lu Nanfang reports: The reporter learned from the Guangzhou Municipal Planning Bureau yesterday that the New China Building in the 13th shopping district intends to change the functions of the 21st to 40th floors from apartment and hotel to commercial office. The planning adjustment is being published on the official website of the Planning Bureau for pre-approval. The New China Building was once the famous unfinished building in Guangzhou. After several twists and turns, the property auction was taken over by the current Dongjia Guangdong Jinsuifeng Industrial Co., Ltd., and its fate has always been the focus of social attention. Jinsuifeng Industrial Co., Ltd. recently submitted an application for planning adjustment of the New China Building. It is proposed to change the functions of the 21st to 40th floors of the project from apartment and hotel to business office. Zhou Feng, the research department of Mantanghong Real Estate, said that the atmosphere of the apartment hotel market in the 13th line is very general. The vicinity of the New China Building is dominated by wholesale markets such as clothing wholesale and electronic components wholesale. If the high-rise part is changed to a display-type office building, the market is expected to be better. Another industry source believes that apartments and hotels are mainly rent-based, but if they are changed to commercial office, they can be rented and sold, and they can withdraw funds more quickly.

YANG SHUZHI @ THE UNIVERSITY OF HONG KONG (HKU)

EXISTING BUILDING

HOTEL

COMMERCIAL & OFFICE

VACANCY

COMMERCIAL

APPARTMENT

COMMERCIAL

1998 PLANNED

2012 PLANNED

2018 REALITY

A HALF OF THE BUILDING IS VACANT

OVER CROWDED

AROUND 95 STORES /F 20*95=1900 STORES AT LEAST 1 STAFF FOR A STORE NOT INCLUDE THOSE SERVICING STAFFS MORE THAN 2500 PEOPLE WORKING HERE MORE THAN 60000 PEOPLE SHOPPING HERE

CONJUNCTED VERTICAL TRAFFIC

EXPENSIVE RENT FEE

AROUND 60,000 RMB FOR 2 M2

A NEW SCENIC CITY

NATURE IN BUILDINGS

BUILDING IN NATURE

Loss of GFA Expulsion of existing people Indoor environment

Expansion of GFA Keep the existing people Outdoor environment

BUILDING IN NATURE People can experience the entire building covered by nature. Because of the stepping of the building, the nature spaces become larger and larger.

YANG SHUZHI @ THE UNIVERSITY OF HONG KONG (HKU)

ACTIVATE THE VACANCY To let visitor access the exterior nature part first, then get into the existing building to activate the original building.

PE AR L

VE R

N BA

IY UN

CONNECT THE SHAN-SHUI IN VIEW The most significant nature of Guangzhou is the Pearl River and Baiyun mountain. So the viewing sides should face the south and north, facing the Pearl River and Baiyun Mountain perspectively.

OU NT AI N

A NEW SCENIC CITY

EMERGENTS WATER STORAGE

CANOPY

LOWER STORY GROUND COVER

PLAZA LEARN FROM THE FOREST LAYERS Because the differences of sunlight and rain, the forest has various vegetation layers and animal families. Overall, the higher the plants are, they can get more energy to grow. Thanks to the diversity of vegetations, various animals live in the forest in harmony.

VACANCY

FOLLOW THE LAWS OF NATURE Design the landscape according to their platform level. And provide diversity to the whole nature system.

PUBLIC DESK MEP

HOTEL APARTMENT GYM RESTAURANT STORAGE

MEP

ART STUDIO

OFFICE VACANCY

WORKSHOP WHOLESALE STORAGE

WHOLESALE

MEP

EXHIBITION

FOOD COURT STORAGE MEP

WHOLESALE

RETAIL RETAIL

PARKING

WHOLESALE

RETAIL MARKET RETAIL

PARKING A NEW BUILDING AS A NEW CITY The new building is re-organized into various uses for its diversity. On the top of it there is a public desk that opens to the public for 24 hours everyday. It is the destiny that attract people from the ground to the top of it. By the journey towards to the top, each part of the building would be activated.

YANG SHUZHI @ THE UNIVERSITY OF HONG KONG (HKU)

HALL PUBLIC DESK

HOTEL

APARTMENT

CANTEEN GYM SKY LOBBY RUNNING TRACK

ART STUDIO OFFICE WORKSHOP

MEETING BOX EXTERIOR THEATRE

WHOLESALE RETAIL

FOOD COURT EXHIBITION PLAZA

RETAIL WHOLESALE

Â±0.000 ,

MARKET PLACE PLAZA

A NEW SCENIC CITY

PLATFORM A RETAIL /MARKET/ CLOTH WHOLESALE The Platform A remains the original uses but it is a more open space for the public. The original massive block on the ground floor is shifted to small market boxes.

PLATFORM B FOOD COURT / EXHIBITION / WHOLESALE /RETAIL The plaza of Platform B is a food court for daily uses, but it could be change to exhibition when there are big events. The facade of this part is renovated to vertical banners that can suit for advertisement of cloth wholesale. YANG SHUZHI @ THE UNIVERSITY OF HONG KONG (HKU)

PLATFORM C MEETING / EXTERIOR THEATRE / ART STUDIO / OFFICE This part is as an advanced leader of the cloth sailing fashion industry. It offers opportunities for original designs. And let the design industry tight with making and sale.

PLATFORM D GYM / RESTAURANT / APARTMENT / HOTEL The apartment and hotel can offer living spaces for whoever work here or visit here. The gym and restaurant are the ancillary facility of them.

A NEW SCENIC CITY

PLATFORM E NATURE PARK / PUBLIC DESK / EXTERIOR HALL The top of the building is a natural public platform that opens for 24 hours everyday, offering a viewing desk for people to appreciate the view of Pearl River and Baiyun Mountain. And its a place for gathering, celebrating, communicating.

PLATFORM E

PLATFORM C

PLATFORM D

YANG SHUZHI @ THE UNIVERSITY OF HONG KONG (HKU)

ISOMETRIC

EAST ELEVATION COLLAGE

WEAVING BENCH YEAR: 2018 LOCATION: Hong Kong, China STATUS: Student Work PROGRAM: Furniture Design ROLE: All Works

The main material of this bench are hemp rope and weathered steel, aiming to offer a comfortable, durable, lightweight design. The rope is flexible and elastic that can suite with human-body. The gaps between the ropes can drain off the rain water .The weathered steel frame is strong in structure and stable performing for the seaside weather. The construction methods are only for welding the steel tubes and tieing the rope. It should be very convenient, low-cost and low-tech to build it.

MATERIAL

align with the central hole

ROPE

WEATHERED STEEL

CONTINUOUS SERPENTINE ROPE TIE

STRUCTURE

weight

tension compression

compression

BENCH PLAN 5mm thickness weathered steel

4mm diameter hemp rope

BENCH LONG SIDE ELEVATION

welded cornet

BENCH SHORT SIDE ELEVATION

YANG SHUZHI @ THE UNIVERSITY OF HONG KONG (HKU)

More interesting ways to tie the bench...

60mm*35mm rectangular steel tube 4mm diameter / 67.3m long hemp rope

there are 2 close holes for the end tie

35mm*35mm rectangular steel tube

CONNECTION DETAIL

COMPOSITION

AGRI-PUNCTURE SHIP

YEAR: 2017 LOCATION: Hong Kong, China STATUS: Student Work PROGRAM: Furniture Design Team: Yang Shuzhi, Qu Yu, Hong Weiliang, Zhaoyan, Fan Taiwen ROLE: Team Leader | Concept, Renderings, Diagrams

Thin Film Solar Cells ETFE

Carbon Cable

Rotating Rail

Farm Module

Sky Ship

YANG SHUZHI @ THE UNIVERSITY OF HONG KONG (HKU)

BUS TRAVELING ROUTES IN SINGAPORE

RAINFALL

SUNSHINE HOURS

Singapore is situated near the equator and has a typically tropical climate, with abundant rainfall, high and uniform temperatures, and high humidity all year round. This project not only satisfies the landscape demand but also attracts people to the public green space. In addition, it also solves the problem the lack of agricultural land-use in Singapore. AIR CONDITIONING

ELECTRICITY

SPLIT AIR CONDITIONING SYSTEM

CENTRAL AIR CONDITIONING SYSTEM

MEP

FLYING PART Electricity is coming from the solar power that absorbed by the solar panel covered on the ship

Warm Air Cold Air Nature Air

STATION PART Electricity is supported by city power station

AGRI-PUNCTURE SHIP The south faรงade is the rotating vertical greens so it can shade the building. The north faรงade faces the view of the park. The west is a solid shear wall with small openings on it as well as the east one- they can block the low-angle sunlight in the morning and afternoon. Moreover, the openings on the top of these two faรงades are more than the openings on the bottom for the structural reason and view. Except the room zoom, The Station Tower and The Sky-Bus tower are mostly open to the air. This can help the ventilation and save energy conducted by air-conditioner.

Maintenance Floor Plan

Exhibition Floor Plan

BMU Floor Plan

Standard Floor Plan

Ground Floor Plan

YANG SHUZHI @ THE UNIVERSITY OF HONG KONG (HKU)

SUSTAINABLILITY - VENTILATION

SUSTAINABLILITY - SUNSHADE

AGRI-PUNCTURE SHIP

NOSE CONE BATTENS It provides the point of attachment for mast mooring and adds rigidity to the nose CATENARY CURTAIN It support the weight of the car by distributing the loads imposed by the airship into the fabric of the main envelope. GONDOLA Inside the gondola, there a series of controls: The overhead control panel containing controls for communications, fuel, and electrical systems; throttles to regulate engine speed and propeller pitch controls to regulate angles at which propeller blades â&#x20AC;&#x153;biteâ&#x20AC;? the air; fuel mixture and heat controls to regulate the degree to which fuel is mixed with air in engine; temperature controls to prevent icing; envelope pressure controls to regulate helium and ballonet air pressure; communication equipment; main instrument panel; rudder pedals to control right/left direction of blimp; elevator wheels to control up/down direction of blimp; navigational instruments; and color weather radar. BALLONETS Within the bladder are one or more air cells/ balloons called ballonets. These are filled with air (as opposed to the rest of the bladder which is filled with helium) and are attached to the sides or bottom of the blimp. The ballonets expand and contract to compensate for changes in helium volume due to varying temperature and altitude. The pilot has direct control of the ballonets via air valves

YANG SHUZHI @ THE UNIVERSITY OF HONG KONG (HKU)

ROTATING PLANTING UNIT

Speed: 2meters/ min Time for one round: 1hours The rotation of the roller along the shaft drives the planting unit to get the average sunshine

PICKING METHOD

For Visitor

1 The three-dimensional vertical cultivation can increase the amount and area of cultivated land vertically in the case of extremely small occupied area, and increase the utilization rate of land; 2 The water saving rate reaches 90%. It is only necessary to use the soil to cultivate 1/10 of the amount of water to complete the growth of the same biomass. Particularly suitable for development in areas that lack water resources. 3 Closeness of space isolation can reduce 75% of insect pests, reduce the use of pesticides, and make crops safer and healthier 4 Nutrition can be circulated in a closed system to achieve zero effl ux so that it can be sustained without polluting the environment 5 does not require soil, to avoid the risk of soil erosion 6 Planting environment is clean and healthy, easy to adjust, easy to control, easy to manage, suitable for the city; 7 Adaptable to avoid the plantâ&#x20AC;&#x2122;s soil selectivity

For Specialist

PLANTING UNIT WATER CIRCULATION

water purifier

cloth medium

RAIN COLLECTION

SUN EXPOSURE ANGLE

cloth medium

membrane

rain collection

pump

I WANT A WARDROBE YEAR: 2017 LOCATION: Hong Kong, China STATUS: Student Work PROGRAM: Interior Renovation, Furniture Design Team: Yang Shuzhi, Nicolas Lau, Jessie Liu, Nicole Tse BUILDING EXPLODED DIAGRAM

BUILDING CONTEXT

THE CORRIDOR

THE UNIT ENTRANCE

BUILDING ELEVATION

YANG SHUZHI @ THE UNIVERSITY OF HONG KONG (HKU)

BUILDING SECTION WITH THE UNIT

Building Section

Building Entrance

Grocery Store

Ms Chan’s Unit

Access to Roof

Roof area

Building Section 394 Lai Chee Kok Road

BUILDING PLAN WITH THE UNIT

Legend: Existing Walls Walls to Subdivide Units/Shops SDU

Common Area

SDU

Sub-divided Units Ms Chan’s Unit

Grocery Store

SDU

Building Plans 394 Lai Chee Kok Road

HOMELESS ROOM EXISTING AXONOMETRIC

EXPLODED AXONOMETRIC

YANG SHUZHI @ THE UNIVERSITY OF HONG KONG (HKU)

THE EXISTING BEDROOM

THE PROPOSED BEDROOM

HOMELESS ROOM YEAR: 2017 LOCATION: Hong Kong, China STATUS: Student Work PROGRAM: Interior Renovation, Furniture Design Team: Yang Shuzhi, Nicole Tse, Liu Yelin SITE EXPLODED AXONOMETRIC

YANG SHUZHI @ THE UNIVERSITY OF HONG KONG (HKU)

THE UNIT

3 2 4 6

The walls between the bedrooms and the living room blocked the sunlight dramatically, and they stopped the air flowing in the room. We propose to demolish all those walls to make an environmental improvement.

HOMELESS ROOM THE ORIGINAL UNIT PLAN

THE DAYLY ROUTINE OF HOMELESS

Unit Plan Apartment A 1/ Living Room 2/ Dinning Room 3/ Room1 4/ Room2 5/ Kitchen

THE ORIGINAL UNIT

DEMOLISH UNNECESSARY WALLS

6/ Bathroom

FREE PLAN

Apartment B 7/ Living Room 8/ Bathroom SHARING SPACE, LIGHT AND AIR

1:50 1m

THE ORIGINAL UNIT DAYLIGHTING

YANG SHUZHI @ THE UNIVERSITY OF HONG KONG (HKU)

THE FREE PLAN DAYLIGTING

UNIT DRAWING | PLAN WITH PROTOTYPE SCALE 1:50

1580

2165

956

2259

1470

1 1

䐀䤀一一䤀一䜀娀伀一䔀

圀伀刀䬀䤀一䜀娀伀一䔀

1760

Reflected Ceiling Plan

䈀䔀䐀㐀

䈀䔀䐀㄀

䈀䔀䐀㔀

1115

䈀䔀䐀㈀

䰀䤀嘀䤀一䜀䴀伀䐀唀䰀䔀

5 3

1830

匀䠀伀圀䔀刀

䈀䔀䐀㌀

䈀䔀䐀㘀

600

䘀刀䤀䐀䜀䔀 ☀ 䰀伀䌀䬀䔀刀匀

䬀䤀吀䌀䠀䔀一䔀一吀刀䄀一䌀䔀

1/ Beam 吀伀䤀䰀䔀吀

2335

2/ Type1 lamps and lanterns 3/ Modulator tube

UNIT DRAWING | AXONOMETRIC SECTION WITH PROTOTYPE 1:100 1:50 SCALE 1:50 N N/A 2m

2m 1m

4m 2m

6m 3m

HOMELESS ROOM

FREE THE LIGHT AND AIR

Sharing is the sole idea of this concept. People share light, air and space in the room. Living like in a dorm. The Homeless would build their own living module when they move in. This would be a help of self-identity and social satisfaction for those homeless to help them go back to the society.

EASY ASSEMBLE AND DISASSEMBLE / FREE SPACE USAGE

MULTI-FUNCTIONAL MODULE

YANG SHUZHI @ THE UNIVERSITY OF HONG KONG (HKU)

ERGONOMIC

METRIC TOTYPE

HOMELESS ROOM

TYPE 1

TYPE 2

TYPE 3 SELECTED

PROTOTYPE | DETAIL - FINALIZED DESIGN SCALE 1:1

JOINT DESIGN

PROTOTYPE | DETAIL - NUTS AND BOLTS SCALE 1:1

RIGHT ANGLE CONNECTION - TYPE 1 SECTION

SHELF BOARD SUPPORT SECTION

RIGHT ANGLE CONNECTION BACK ELEVATION

RIGHT ANGLE CONNECTION SIDE ELEVATION

RIGHT ANGLE CONNECTION - TYPE 1 SECTION

RIGHT ANGLE CONNECTION - TYPE 2 SECTION

RIGHT ANGLE CONNECTION FRONT ELEVATION

YANG SHUZHI @ THE UNIVERSITY OF HONG KONG (HKU)

RIGHT ANGLE CONNECTION SIDE ELEVATION

HOMELESS ROOM MAKER BOOKLET

1920

材料包

450 980

Package

1920

x60

x36 550

950

550

x60

1920

488

1600

966

920

1900

488

1920 450

550

390

438

300

438

400 438 980

820

920

1600

550

400

1920 300

980

裁切圖1 Cutting Sheet 1

820

980

2230 488 980

920

950

920

1900 1920

488

YANG SHUZHI @ THE UNIVERSITY OF HONG KONG (HKU)

裁切圖 2 Cutting Sheet 2

鑽孔模板 Drilling Template

USER BOOKLET - WARDROBE A

x10

x18

衣櫃

Wardrobe A

4 6

MOVEABLE SHADES YEAR: 2017 LOCATION: Hong Kong, China STATUS: Student Work PROGRAM: Digital Design Team: Yang Shuzhi, Jetson Lai, Hong Weiliang, Timothy

YANG SHUZHI @ THE UNIVERSITY OF HONG KONG (HKU)

DIGITAL FORMS YEAR: 2017 LOCATION: Hong Kong, China STATUS: Student Work PROGRAM: Digital Design Team: Yang Shuzhi

WAVED STRUCTURE YEAR: 2017 LOCATION: Hong Kong, China STATUS: Student Work PROGRAM: Structure Design Team: Yang Shuzhi, Hong Weiliang

Diagram of waved surface generation

Free Plan Free Division

3.5m 3.5m

thickness 600mm

3.5m 3.5m

thickness 700mm

3.5m 3.5m

YANG SHUZHI @ THE UNIVERSITY OF HONG KONG (HKU)

3.5m

thickness 500mm

3.5m

thickness400mm

3.5m 3.5m

thickness 300mm

RECLAMATION BRIDGE

230 m

YEAR: 2017 LOCATION: Hong Kong, China STATUS: Student Work PROGRAM: Structure Design Team: Yang Shuzhi, Jetson Lai

PROBLEM 1 : NOT A WALK-FRIENDLILY ZONE

Uncrossable Road

ROADS

ELEVATED PATHS

This diagram shows existing roads and highway infrastructures. The presence of these structures and the lack of pedestrians crossings leads to low walkability around the site area.

This diagram shows existing elevated walkways, it could be seen that the site closer to the end of the central pier lacks elevated connectivity, and thus leading to the lower degree of walkability around that area.

BUILDABLE AREA This diagram highlights the build-able area for our chosen site. The darkened areas are the possible locations where the design could touch the ground, ie. Possible locations of cores and footings. Other locations are not possible due to the presence of different built structures or landscape.

PROBLEM 2: NO LAND FOR RECLAMATION

7.34M

CONCEPT: A BRIDGE FOR RECLAMATION

800H

600H

400H

200H

0 1960

2016 HK Population

YANG SHUZHI @ THE UNIVERSITY OF HONG KONG (HKU)

1985

2013 HK Reclamation (Per Year)

TOWER

Structure Concept

DECK Le Corbusier - Domino System

TYPOLOGY 1 Weâ&#x20AC;&#x2122;re inspired by Domino System ( Le Corbusier) diagram. We try to keep the top of the structure as a flat rigid grid system for future extension, to get a flexible and unify solution. But we can not set all columns to the ground if we keep the original beam- column system, so we have to grab some footprints to the same point.

Deck Extension System

TYPOLOGY 2 Longer span, But the parts with highly inclined members are super unstable.

YANG SHUZHI @ THE UNIVERSITY OF HONG KONG (HKU)

TYPOLOGY 3 We try to use truss to enforce those weak parts, but this doesnâ&#x20AC;&#x2122;t work because those inclined members are still the main part to take the force.

TYPOLOGY 4 We try to add supporting points in the middle of those members, but it contributes just a little bit to take the force.

YANG SHUZHI @ THE UNIVERSITY OF HONG KONG (HKU)

TYPOLOGY 5 We make the structure as a spatial truss that consist of 4 long main truss and horizontal members. Its stable when it face the gravity, but unstable with the torsion.

TYPOLOGY 6 - FINAL TYPOLOGY We made the button surface of the truss as a double curve surface to resist torsion. And we add 3 cores as the cores for future extension high-rises.

600mm 800mm 1000mm 1200mm 1400mm 1600mm 1800mm 2000mm MEMBER SIZE OPTIMIZATION DIAGRAM

YANG SHUZHI @ THE UNIVERSITY OF HONG KONG (HKU)

NATURE MUSEUM YEAR: 2009 LOCATION: Haerbin, China STATUS: Academic Work PROGRAM: Museum TEAM: Yang Shuzhi, Shao Shuai NORTH ENTRANCE

ISOMETRIC

SOUTH ELEVATION

DETAIL SECTION

OUTDOOR PATH YANG SHUZHI @ QINGDAO UNIVERSITY OF TECHNOLOGY

CENTER MULTI-FUNCTIONAL HALL

NATURE MUSEUM

VISITING CIRCULATION 2F

4. Lecture Hall 0. Outdoor

5. Glass Corridor

6. Exhibition 2

3. Transition

0.1 Outdoor Path

7. Bridge

8. Exhibition1 10. Cafe

-1F

9. Exhibition3

2. Center Hall

1. Entrance

0.2 Riverside

1F PLAN

-1F PLAN

9 1

8 3

0.1 10

0.2

2F PLAN

ROOF PLAN D

7 4

5 D YANG SHUZHI @ QINGDAO UNIVERSITY OF TECHNOLOGY

This museum seek to offer multiple and complex experience, with various structure and lighting to diversity the spatial phenomenon. An intricate visiting circulation connects all the visiting space. • Circulation System: Visitors can choose multiple paths to wander in the museum. They would have different perspective while visiting—seeing each other or the outdoor scenery. They would experience dark and bright, up and down, openness and closeness, enjoyment and solemness. • Lighting System: Lightings respectively correspond to spaces. The center hall is top-lighted with round window, the exhibition hall 1 is top-lighted with north-tilt girder, the exhibition hall 2 is side-lighted with fish-belly roof.

A-A SECTION

EXHIBITION HALL 1

B-B SECTION

C-C SECTION

D-D SECTION

E-E SECTION

EXHIBITION HALL 2