Yang Shuzhi Portfolio 190306_m

YANG Shuzhi ARCHITECTURE PORTFOLIO

BIOGRAPHY Yang Shuzhi is a Shen Zhen and Hong Kong based architecture designer also interested in urban design, interior design, landscape design and furniture design.. He defines architecture design as resolving the fun- damental 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 09.2017-06.2019 08.2007–06.2012 Master of Architecture, The University of Hong Kong Bachelor of Engineering (Urban Planning), Qingdao University of Technology WORK EXPERIENCE 12.2017-12.2018 04.2017-05.2018 In+ Design | Shenzhen | Project Partner 09.2016–04.2017 Henning Larsen Architects| Hong Kong| Architectural Consultant 06.2016-09.2016 The Chinese University of Hong Kong | Hong Kong | Research Assistant 04.2013–05.2016 FCHA | Shenzhen | Project Architect 06.2012–02.2013 Tanghua Architects | Shenzhen| Architect - Project Architect 11.2011–01.2012 H+M Design Inc | Beijing| Architectural Designer Studio Pei-zhu | Beijing| Internship PRIZES 04.2016 10.2015 2nd Prize Winner Of Charlie Hebdo Portable Pavilion Competition 01.2015 18 Of 616 In Young Bird Plan 2015 Architectural Competition 01.2014 Best Architect Of 2014 In Tanghua Architects 05.2011 Best Rookie Of 2013 In Tanghua Architects 1st Prize & 2nd Prize of Qingdao University of Technology Photography Competition CONTACT [email protected] | [email protected] +86-17520497510 | +852-63916463 Email: 50951001 | Shukuakuakuakua_ Phone: QQ | WeChat:

PROFESSIONAL WORKS 2017 2017 01 BCDA ICone Tower 2016 02 Shanghai Lixin Financial College Planning 2018 03 Springs F1C 2015 04 Vanke Port Apartment 2015 05 Foshan Vanke A32 Campus 2015 06 Chengdu Huayu Complex 3.0 2015 07 Bishan Library Interior Renovation 2015 08 Bishan Civil Center 2015 09 Yun Yang Commerce Chamber Tower 2015 10 Public Service Center of Zhendong New District 2014 11 Hongde 181 Tower Renovation 2014 12 Chengdu Huayu Complex 2.0 2014 13 Banyan Tree Cave Dwelling Hotel & Resorts 2014 14 Forebase Hotel in Pengshui 2013 15 Mulong Bay Hotel & Residence 2013 16 Donghai Park CBD Planning 2013 17 Xicheng Museum 2013 18 Beijing Swimming Center Renovation 2013 19 Helsinki Library 2013 20 Dormitory of Beijing Forestry University 2012 21 Fengyuan ST. Shopping & Leisure 22 Wuhan Wanlin Museum 2016 2015 ACADEMICAL WORKS 2018 2017 01 Charlie Hebdo Pavilion 2017 02 In Between Arches 2018 03 Daft Punk Place 2018 04 Inflatable Structure 2017 05 Wa-Brella 2017 06 A New Scenic City 2017 07 Weaving Bench 2017 08 Argri-Puncture Ship 2017 09 I Want A Wardrobe 2017 10 Homeless Room 2009 11 Moveable Shades 12 Waved Structure 13 Reclamation Bridge 14 Nature Museum











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 Mount Mayon “a Majestic Volcano rising at the outskirts of Manila.” 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 TRADITIONAL BUHAY KUBO idea to add more character in a Business District that has few dist`inctive buildings. Understanding context, site and ancestral heritage - We also think that it is a important to make a strong statement about what it means defining place 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 BUBONG is about. BULWAGAN WHAT IS AN ICON? SILONG THE TRADITIONAL BAHAY KUBO First, we have to understand what makes an ‘Icon ‘successful. An Icon needs to cap- Ancestral heritage construction ture 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, gener- ous 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 lo- cated in a unique, spectacular and spiritual space, comparable to cathedrals. YANG SHUZHI @ HENNING LARSEN ARCHITECTS

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

+ This is an example of various samples of different geometric patterns within the Philippines culture. Reference to the conical building shape and the traditional patterns of the Philippines.

BCDA ICONE TOWER THE ICONE PLAZA CIVIC ENTRANCE CIVIC CIVIC LOWER UPPER CENTRE CENTRE OFFICES OFFICES LIFT LIFT LIFT LIFT RESTR. 4m BAR LIFT BCDA LOWER LIFT OFFICES OBSERV. LIFT LIFT INFORMATION OBSERV. 4m STAFF ENTRANCE DESK LIFT 6m BCDA LIFT 7m LOWER OFFICES LIFT KITCHEN 4m CARGO CAR PARK CAR PARK UPPER UPPER LIFT LIFT OFFICES OFFICES LIFT 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. BCDA LIFT FRONT DESK 6m 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 OBSERVATORY +200.00m FFL RF +200.00m FFL +199.50m SSL OBSERVATION EXT +184.800m TOP 18.95 40F +180.60m FFL OBSERVATION INT +180.45m SSL OBSERVATORY 12.60 39F +177.00m FFL REST +177.00m SSL RESTAURANT 8.40 38F +168.00m FFL BMU KITCHEN 2 x 4.20 = 8.40 4.80 3.60 +167.95m SSL BMU 37F +159.60m FFL KITCHEN ST - 1 +159.55m SSL EXHAUST RM MEP 2 36F +156.00m FFL SERVICE ST - 2 COOLING +155.95 SSL LOBBY WATER PLANT 35F +151.20m FFL VIP LOBBY F SERVICE +151.20m SSL LOBBY 34F +147.00m FFL ST - 2 +146.85m SSL BCDA 2 BOH F SERVICE 3 x 4.20 = 12.60 33F +142.80m FFL LOBBY +142.65m SSL ST - 2 32F +138.60m FFL +138.55m SSL BOH F SERVICE LOBBY 31F +134.40m FFL +134.25m SSL ST - 2 30F +130.20m FFL BOH F SERVICE +130.05m SSL LOBBY 29F +126.00m FFL ST - 2 +125.85m SSL BCDA 1 BOH F SERVICE 4 x 4.20 = 16.80 28F +121.80m FFL BOH F LOBBY +121.65m SSL ST - 2 27F +117.60m FFL +117.45m SSL SERVICE LOBBY 26F +113.40m FFL +113.35m SSL ST - 2 25F +109.20m FFL BOH F SERVICE +109.05m SSL ST - 1 LOBBY 24F +105.00m FFL ST - 2 +104.85m SSL MEP 1 SERVICE 2 x 4.20 = 8.40 23F +100.80m FFL LOBBY ST - 2 +100.65m SSL FIRE PUMP RM SERVICE COOLING 22F +96.60m FFL LOBBY WATER PLANT +96.45m SSL LOBBY F ST - 2 21F +92.40m FFL LOBBY F +92.25m SSL LOBBY F SERVICE LOBBY F LOBBY 20F +88.20m FFL LOBBY F +88.05m SSL LOBBY F ST - 2 LOBBY F 19F +84.00m FFL LOBBY F SERVICE +83.85m SSL LOBBY F LOBBY ST - 2 LOBBY F 18F +79.80m FFL LOBBY F SERVICE +79.65m SSL LOBBY F LOBBY LOBBY F 17F +75.60m FFL LOBBY F ST - 2 +75.45m SSL LOBBY F LOBBY F SERVICE 16F +71.40m FFL LOBBY F LOBBY ST - 2 +71.25m SSL LOBBY F OFFICE 2 LOBBY F SERVICE 10 x 4.20 = 42.00 15F +67.05m FFL LOBBY F LOBBY +67.15m SSL LOBBY M ST - 2 14F +63.00m FFL +62.85m SSL SERVICE LOBBY 13F +58.80m FFL +58.65m SSL ST - 2 12F +54.60m FFL SERVICE +54.45 SSL LOBBY 11F +50.40m FFL ST - 2 +50.25m SSL SERVICE 10F +46.20m FFL LOBBY +46.05m SSL ST - 2 9F +42.00m FFL +41.85m SSL SERVICE LOBBY ST - 2 8F +37.80m FFL +37.65m SSL SERVICE LOBBY 7F +33.60m FFL +33.45m SSL ST - 2 6F +29.40m FFL SERVICE +29.15m SSL LOBBY ST - 2 5F +25.20m FFL SERVICE +24.95m SSL LOBBY 4F +21.00m FFL ST - 2 +20.85m SSL SERVICE 3F +16.80m FFL LOBBY +16.65m SSL ST - 2 2F +11.40m FFL OFFICE 1 +11.25m SSL SERVICE 7 x 4.20 = 29.40 LOBBY MF +7.20m FFL ST - 2 +7.15m SSL SERVICE GF 0.00 m FFL (+26.00m AMSL) LOBBY -0.10m SSL ST - 2 B1 -5.50m FFL B2 --58..5700mm SFFSLL SERVICE GENERAL NOTES B3 --18.17.900mmSFSFLL LOBBY ST - 2 B4 --1115..1900mm SFFSLL -DO NOT SCALE THE DRAWINGS. IT IS THE RESPONSIBILITY B5 --1158..3100mm SFFSLL SERVICE CONTRACTORS AND CONSULTANTS TO VERIFY THE DIMENS B6 --1281..3500mFFSLSL LOBBY DISCREPANCIES ON THE DRAWINGS PRIOR TO COMMENCEM DRAWINGS, CONTRACT DOCUMENTS AND CONSTRUCTION W -21.50 SSL ST - 2 IMMEDIATELY TO ARCHITECTS WHEN DISCREPANCIES ARE -DRAWINGS TO BE PRINTED IN COLOUR. MUSEUM CONF. CONF. TRADING 4.20 4.20 2 x 4.20 = 8.40 SERVICE SERVICE ACCESS LOBBY ST - 2 LEGEND SERVICE SERVICE ACCESS PREMIUM OFFICE LOBBY BCDA OFFICE SERVICE SERVICE ACCESS LOBBY INSTITUTIONAL: MUSEUM, GALLERY, OBSERVATORY SERVICE SERVICE ACCESS LOBBY RETAIL: CONFERENCE, RESTAURANT 5.40 OB LOBBY ST- 4 BoH, MEP SERVICE SERVICE LOBBY CORRIDOR SERVICE ST- 4 LOBBY AHU GROUND LOBBY ST- 4 0.00 11.40 SERVICE ACCESS RESTAURANT LOBBY CORRIDOR BASEMENT SMOKE F&B KIOSK LOBBY EXHAUST LOADING SERVICE SERVICE GENSET INTAKE 5.50 LOBBY CORRIDOR HV SWITCH REFUSE PARKING PARKING PARKING LV SWITCH SERVICE SERVICE GENSET PARKING 5 x 3.2 = 16.00 CORRIDOR LOBBY PARKING PARKING SERVICE SERVICE PARKING CORRIDOR LOBBY CHILLERS CHILLERS SERVICE PS & PD TANKS LOBBY SERVICE LOBBY SERVICE LOBBY YANG SHUZHI @ HENNING LARSEN ARCHITECTS

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. STRUCTURE CONCEPT 100 M Tall Roof Crown Built with Steel Diagrid 600 to 800 mm steel boxed section) Lateral Diagonal Bracing and Ring (600 x 600 mm steel boxed section) GENERAL HIGHRISE STRUCTURE Internal Concrete Core (300 mm thick at high zone) Columns have to increase for the lower part to carry gravity load and deal with lateral load Cantilevered 100m Above Observation Deck Without Core DIAGRID HIGHRISE STRUCTURE Internal Concrete Better at dealing with lateral load, but the lower zone have to be Core (450 mm thick at mid zone) bigger in terms of gravity. External Frame Diagrid (1000 x 1000 mm steel X-... boxed section) X-3 External Frame Diagrid Node X-2 X-1 250 to 300 PT/RC Floor Plate X (possibly integrated with Perimeter Ring Beam BCDA STRUCTURE By taking atvantage of diagrid, External Raking Column (1200 x and decrease the number of the columns while the floor levels increas, 1200 mm steel boxed section at the tower has more columns on the base to deal with the vertical load. lower zone) YANG SHUZHI @ HENNING LARSEN ARCHITECTS Inner Raking Column (800 x 800 mm at lower zone) Internal Concrete Core (600 mm thick at mid zone) ISOMETRIC VIEW OF STRUCTURAL ANALYSIS Showing breakdown of exoskeleton structure and inner floor slabs

Over Tower Lateral Deflection Diagrid MemStrubceturralDDeetasilsigannd DSestirgen Psrsocess First buckling of ground level raking < H/500 Levels of Ssttrruecstsurianl DtheteaislstrauncdtDureesign Process 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 3 4 19F +84.00m FFL JOINT A +83.85m SSL JOINT A 18F +79.80m FFL +79.65m SSL JOINT B 4.200 4.200 JOINT B 4.200 4.200 17F +75.60m FFL 1 +75.45m SSL JOINT A 4.200 4.200 FACADE TYPE T-01 B FACADE TYPE T-01 A 16F +71.40m FFL JOINT A ALUMINIUM SUN BLADE TYPE A +71.25m SSL GEOMETRY TO FOLLOW JOINT B TOWER GEOMETRY (CURVED) 15F +67.05m FFL COATED. COLOR AS +67.15m SSL PER ARCHITECT'S SELECTION FLOOR TO FLOOR CURVED GLAZING NO JOINT AT SHADOW BOX CURVED IGU LOW IRON (TO FOLLOW TOWER GEOMETRY) NO EXTERNAL CAPPING STRUCTURAL GLAZING JOINT FACADE TYPE T-01 A 4.200 4.200 0.075 JOINT B 2 ELEVATION 3 SECT 1:50 1:50 43 INTERNAL DIAGRID CURVED IGU LOW IRON GYPSUM BOARD CLADDING TO FOLLOW TOWER GEOMETRY FACADE TYPE T-01 B 1.200 1.200 ALUMINIUM MULLION 1.200 GEOMERTY TO FOLLOW TOWER GEOMETRY (CURVED) COLOR AS PER ARCHITECT'S SELECTION FACADE TYPE T-01 A 0.250 0.850 1.527 1.200 1.527 1.527 ALUMINIUM SUN BLADE 1.527 GEOMERTY TO FOLLOW 1.527 1.527 TOWER GEOMETRY (CURVED) 1.527 COATED. COLOR AS PER ARCHITECT SELECTION JOINT A EXTERNAL ALUMINIUM CLADDING NO EXTERNAL CAPPING TO FOLLOW TOWER GEOMETRY STRUCTURAL GLAZING JOINT COLOR AS PER ARCHITECT'S SELECTION 2 1 PLAN 17/F 1:50 YANG SHUZHI @ HENNING LARSEN ARCHITECTS

0.075 0.075 GENERAL NOTES 0.900 0.150 0.150 -DO NOT SCALE THE DRAWINGS. IT IS T 4.200 4.200 CONTRACTORS AND CONSULTANTS TO DISCREPANCIES ON THE DRAWINGS PR 3.000 DRAWINGS, CONTRACT DOCUMENTS AN IMMEDIATELY TO ARCHITECTS WHEN D 0.075 0.900 0.150 0.150 -DRAWINGS TO BE PRINTED IN COLOUR 4.200 4.200 WELDED JOINT. SANDED TO SE TRANSITION BETWEEN TWO PA 3.000 KEEP SHARP EDGE. EDGE TO FOLLOW TOWER GEOMETRY (CURVATURE). COATED. COLOR AS PER ARCHITECT'S SELECTION DIAGRID CL 1:2 FOLD TO ENSURE FLUSH ALIGNMENT OF TWO PANELS ALUMINUM PANELS TO FOLLOW TOWER GEOMETRY OPEN JOINT 5-15mm ALLOW DILATATION SHARP PANEL CUT NO ROUND FOLDED EDGE. COA COLOR AS PER ARCHITECT'S SELECTION DIAGRID CL 1:2 0.075 0.900 0.150 0.150 4.200 ALUMINIUM CLAD PANEL 4.200 ALUMINIUM CLAD PANEL DOUBLE CURVED DOUBLE CURVED COATED. COLOR TO BE COATED. COLOR TO BE SELECTED BY ARCHITECT SELECTED BY ARCHITECT 3.000 PE T-01 A ALUMINIUM SUN BLADE TYPE A 0.075 GEOMETRY TO FOLLOW TOWER GEOMETRY (CURVED) COATED. COLOR AS PER ARCHITECT'S SELECTION 0.900 0.150 0.150 CURVED IGU LOW IRON (TO FOLLOW TOWER GEOMETRY) 4.200 FLOOR TO FLOOR CURVED GLAZING AUTOMATIC ROLLER CURTAIN 4.200 NO EXTERNAL CAPPING AUTOMATIC ROLLER CURTAIN ARCHITECT - DESIGN NO JOINT AT SHADOW BOX TO FOLLOW TOWER GEOMETRY STRUCTURAL GLAZING JOINT TO FOLLOW TOWER GEOMETRY SUSTAINABILITY LOCAL ARCHITECT CURVED IGU LOW IRON (TO FOLLOW CONNECTED TO BMS ALUMINIUM SUN BLADE TYPE B CONNECTED TO BMS TOWER GEOMETRY) GEOMETRY TO FOLLOW LANDSCAPE ARCHITECT NO EXTERNAL CAPPING ALUMINUM MULLION TOWER GEOMETRY (CURVED) ALUMINUM MULLION STRUCTURAL GLAZING JOINT GEOMETRY TO FOLLOW COATED. COLOR AS GEOMETRY TO FOLLOW LOCAL LANDSCAPE ARCHITECT TOWER GEOMETRY (CURVED) PER ARCHITECT'S SELECTION TOWER GEOMETRY (CURVED) FACADE TYPE T-01 A STRUCTURE COATED. COLOR AS FACADE TYPE T-01 B COATED. COLOR AS MEP PER ARCHITECT'S SELECTION PER ARCHITECT'S SELECTION FACADE 0.075 FIRE & LIFE SAFETY 3.000 0.075 ACOUSTIC CONSULTANT 3 SECTION 4 SECTION 1:50 1:50 LIGHTING DESIGNER We tested out 4 cases to design N and determine the direction of the exterior shades. CURVED IGU LOW IRON TO FOLLOW TOWER GEOMETRY 1.527 1.527 FACADE TYPE T-01 PPING ALUMINIUM SUN BLADE JOINT GEOMERTY TO FOLLOW TOWER GEOMETRY (CURVED) COATED. COLOR AS PER ARCHITECT SELECTION

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 pro- vides 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 VEHICLE CIRCULATION Cleverly arranged all the loops and wetland plank path, provides a convenient In order to meet the delivery and fire safety requirement, we set a simple and ef- pedestrian and bicycle system, to achieve green and no vehicle free design con- fective vehicle road system, also truly separate pedestrian and vehicle circulation. cept. At the same time combined with intelligent bike rental system, build green intelligent campus YANG SHUZHI @ HENNING LARSEN ARCHITECTS

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 Because of the existing nature quality the SLU Campus has great po- nature value. The existing nature has a strong identity that tells tentials to become a unique place in Shanghai, a global state-of-the-art the story of the place and genius loci. Lush bushes, crooked example of sustainable urban development that improves quality of life trees, moving reeds, lakes, streams and swamps are habitat of the people living and using the SLU Campus. for a rich wildlife of fish, birds and insects. 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 The nature based solutions are dynamic, adaptable and ever SLU Campus is wetland. However the master-plan is divided changing, making SLU Campus resilient towards future climate into four different types of wetland each with a specific identity challenges. Over time a new SLU nature will develop. The four and value. This concept will scale the campus down into smaller different nature typologies will merge into a new and genuine neighborhoods making the campus much more livable, stimu- SLU Nature, which will enhance the SLU Identity. lates local sense of belonging and strengthening local sense of community. WETLAND OPEN MEADOW YANG SHUZHI @ HENNING LARSEN ARCHITECTS

SLA CAMPUS ECOSYSTEM QUALITY OF LIFE Research shows that nature supports the ability to learn, Our proposal for SLU Campus secures and improves quality increases the ability to concentrate and reduce stress. SLU of life by using nature based solutions. A new wetland of city Campus will become a unique ecosystem of people and nature. nature flows throughout the site with a remarkable high biodi- Knowledge, learning and creativity will go hand in hand with versity that ensures an ecosystem that will last and develop for co-existing, sense of community and individual space. A strong centuries, growing stronger, more atmospheric and significant and significant relation between the built and the grown envi- every day. ronment forms a unique and sustainable urban development of the SLU Campus that will grow stronger and more valuable 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 MAIN PLAZA EDUCATION AREA STREET ELEVATION STUDENT HOUSING AREA STREET ELEVATION YANG SHUZHI @ HENNING LARSEN ARCHITECTS

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 require- ments, 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 GRID 150MM 400mm profile - WWR 0.49 150mm profile Clear glass Magic glass Normal Glass: 2027 RMB/m² Normal Glass: 1861 RMB/m² Low-Iron Glass: 2110 RMB/m² Low-Iron Glass: 1974 RMB/m² EXTERNAL SHADING VERTICAL PANEL 150mm profile w Ext. Sunshading l150mm profile w vertical panel Magic glass Magic glass Normal Glass: 1980 RMB/m² Glass: 2027 RMB/m² Low-Iron Glass: 2080 RMB/m² Low-Iron Glass: 2127 RMB/m²

VANKE PORT APARTMENT YEAR: 2018 LOCATION: Fuyong, Shenzhen, China STATUS: Completed PROGRAM: Apartments CLIENT: Vanke TEAM: Yang Shuzhi, Yu Liwei, Song Yang ROLE: Project Partner, Project Architect YANG SHUZHI @ IN+ DESIGN

YEAR: 2018 LOCATION: Shishan Village, Zhuhai, Guang Dong STATUS: Completed PROGRAM: Apartments CLIENT: Vanke TEAM: Yang Shuzhi, Li Chaotao, Song Yang ROLE: Project Partner, Project Architect

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