2017 Architectural Portfolio_V1

PORTFOLIO 2013-2017

STEVE ZHENG SUN

RESUME Portfolio:

issuu.com/stevezhengsun

Email:strav3tju.sc@outlook.com TEL:+853 68816301

1356039@tongji.edu.cn

+86 13392596001

Personal Information Full name：Steve Zheng Sun 鄭國臻 Gender: male Birthday：31th, Jan, 1995 (age 22) Citizenship: Macanese

Education Experience 2013-current

Tongji University , College of Architecture and Urban Planning , School of Architecture BE (Architecture)

Academic Experince 1.

2.

3.

Investigator of an NNSFC project " Renew Design Research on 'Aging in Place' of Traditional Community In Metro-city_Shanghai Worker's New Village as Example ".

Won third place in a design competition " My Canteen,my decision_future school canteen design ".

Project 2016Y3S2 was marked as excellent work on urban complex design exhibition 2016.

Computer skills Autodesk CAD/Ecotect/Flow design Rhinoceros Adobe Photoshop/Indesign/Illustrator SketchUp

Languages Spoken and written Mandarin, English and Cantonese.

INDEX

Academic Selected Project works

2017 Year4S2

Radiator --------------------------------------------------- 06

2014 Year1S2

Division and In-between ------------------------------ 24

2015 Year2S2

School Hub ----------------------------------------------- 30

2017 Year4S1

Flux and Reflux ------------------------------------------ 36

2016 Year3S2

Smash and Integrate ----------------------------------- 44

It's a game for the idealists, keep calm and carry on.

Project 2017 Y4S2, 16 weeks Cooperative work, 3 men Experimental museum design Instructors: Prof. Linxue Li, Prof. Iñaki Abalos Collaborators: Qianqian Tang, Angui Li

"Radiator"

Thermodynamic Prototype in Urban Regeneration, in the condition of 热塑形——城市更新的热力学原型 China.

Heat Formation -Thermodynamic Prototype in Urban Rege 2017 春季学期四年级课程设计 Site: former site of Shangai power company, Shanghai 2 Site area:80900 m GFA:24000 m2

2017 Spring Semester 4th Year Design Studio

Based on the reciprocal thinking of the long history of energy, material and architectural form, the study of thermodynamic architecture attempts to re-establish the contemporary design method and evaluation system to reflect the lack of consideration of the factors of climate and environment. This studio focus on factors in our environment that can affect the form of the building and the thermodynamic assessment of it, such as air, ventilation, temperature, materials. About this topic, we basically setted five steps:research, preliminary prototype establishment, prototype development , material research and implantation to the urban.

The site of the former site of the Shanghai power company is an area contains three main attributes: waterfront, historical, and industrial hesitage. We must focus on the thermodynamic issues and the local issues at the same time.We first generated the prototype from the study of radiator, which is an idea learn from the climate adaption of Bentota beach hotel. Then we generated the tectonic prototype on the basis of our deeper research and the modular theory , so that we can do the implantation to our site after.

In whole, we basically generated a mulit-function museum within art, history, creative functions. Which is with comfortable experience, also a museum connect the old and the new, means using the original chimney on the site as the core of space and thermodynamic, to connect the new buliding and the old plant.

From the diagrams you may know how we proceed the design exactly.

06

唐倩倩 李安贵 郑国臻 Outlineoutline of the prototype generation

radiator and ar

原型研究 prototype study theory Analysisradiator about the relationship between radiator and architecture radiator and architecture

shape coefficie

shape coefficient

07

generation

Equably radiation as flat surface

More radiation area as raised surface

And more radiation area as sloped surface facing to the sun

Overlap each other, then different spaces of different radiation levels

Superterranean ground floor as air inlet

Openings on the top as air outlet

Generation diagram of prototype

08

表面均匀受到日照辐射

表面凸起，增大受辐射面积

向阳面倾斜，增大受辐射面积

互相错叠，形成不同辐射程度的空间

底层架空，形成进风口

space 中庭

原型研究 prototype study

唐倩倩 李安贵 郑国臻 -45°

-30°

-15°

0°

15°

30°

45°

2m

4m

6m

8m

12m

15m

18m

3m * 32m

4m * 32m

6m * 32m

8m * 32m

10m * 32m

15m * 32m

20m * 32m

3m * 32m

4m * 32m

6m * 32m

8m * 32m

10m * 32m

15m * 32m

20m * 32m

3m

6m

8m

12m

15m

18m

20m

迎风面倾斜角度 angle

风 wind

交错 架空高度 aerial height

风 wind

进风口截面积 input area

风 wind

架空

出风口截面积 output area

风 wind

进出风口高差

3m

level

风 wind

Diagram of prototype spaces

热塑形——城市更新的热力学原型 Heat Formation -Thermodynamic Prototype in Urban Regeneration 体量 scale

2017 春季学期四年级课程设计

距离 distance

2017 Spring Semester 4th Year Design Studio

高低 height

开口 input and output

热塑形——城市更新的热力学原型 Simulation of wind and radiation of prototype testing Heat Formation -Thermodynamic Prototype in Urban Regeneration 2017 春季学期四年级课程设计

2017 Spring Semester 4th Year Design Studio

热力学与工业博物馆 Thermodynamic 指导老师 李麟学 tutor Li Linxue

09

10

基地分析 site analysis

唐倩倩 李安贵 郑国臻 site

climate

climate

boundary and wind

boundary and wind

site plan

site and shape

Site climate analysis

site and shape

置入场地

旋转方向

切割

11 热塑形——城市更新的热力学原型 Heat Formation -Thermodynamic Prototype in Urban Regeneration 2017 春季学期四年级课程设计

2017 Spring Semester 4th Year Design Studio

热力学与工业博物馆 Thermodynamic 指导老师 李麟学 tutor Li Linxue

唐倩倩 李安贵 郑国臻 日照 insulation

院落 yard

different shape

35°

82°

part distance

joint distance

part distance

joint distance

core of thermod

Prototype sunlight adaption diagrams

角度 angle

12

空间的核心 core of the space

-25°

比例基数为 4 米

Prototype modular diagrams

generation

表面均匀受到日照辐射

表面均匀受到日照辐射

13

表面均匀受到日照辐射 Sloped表面均匀受到日照辐射 surface for more sunlight

表面均匀受到日照辐射 表面均匀受到日照辐射 Air inlet at the bottom, air outlet at the top

表面均匀受到日照辐射 Generate the storeys

表面均匀受到日照辐射 Atrium space continues the ventilation

Generation diagram of tectonic prototype

14

core of thermodynamics

角度 angle

-25°

高低 level

low

长度 length

short

截面积 area

small

-10°

空间的核心 core of the space

热力学的核心 core of thermodynamics

core

？

+

=

？

+

=

？

表面均匀受到日照辐射

+

+

=

表面均匀受到日照辐射 表面均匀受到日照辐射 表面均匀受到日照辐射 热塑形——城市更新的热力学原型 Chinmey combination diagram Heat Formation -Thermodynamic Prototype in Urban Regeneration

2017 春季学期四年级课程设计

2017 Spring Semester 4th Year Design Studio

Section wind simulation (expected and actual)

原型 dynamic Prototype in Urban Regeneration

Spring Semester 4th Year Design Studio

热力学与工业博物馆 Thermodynamic 15 指导老师 李麟学 tutor Li Linxue

0°

材料构造

Details exploded diagram

对比 angle 16

=

+

+

scale 17

18

19

20

Section B-B

Perspective section

21

22

22

Master site plan

23

Project 2014 Y1S2, 16 weeks Individual work Dwelling design Instructors:Prof.Bing Hu, Qian Jin

"Division and In-between" Construct building with topography,secular space with sacred space.

Site: Jiangju mountain, NanJing, China Site area:195 m2 GFA:323 m2 This project is expected to explore the association and interconnections between topography and building, between secular space and sacred space by the issue of "division and in-between". It is important to explore the issues between space perception, body performances in the first year about Architecture study. In addition, the preliminary acknowledge about construction are also part of the teaching.

We were required to design a vacation house for one person and his/her family from the following-a painter, a book pulisher, a philosopher, a sculpture maker, and a tea dealer. And I decided to go with the painter. By doing so, I do a research about a painter's life and an interview to a real painter who named Jun Leng. He is a realism painter,His works was famous because of the details, he can be creative to materials like metal, leaf or mud.

Therefore, I designed this hoilday house on the basis of this character.He has a family with his wife and one thirty years old daughter.A house within two bedrooms, a workshop and a meditation room will be required.After that, a quiet mountain area facing the lake,with trees surrounding at the site should be appropriate.

Espacially, a meditation room is settle on the east side of the house, I made it a little far away for the living area, hoping to create the sense of ceremony on the way to the room.When in the morning, the sun rised up and the sunlight will get into the room, and the area of the light is bright but others are dark.

24

Site reading

25

Ground floor plan

26

Second floor plan

27

site section

A-A section

28

29

Project 2015 Year2S2, 9 weeks Individual work College student activity design Instructors: Prof.Li Li, Prof. Lan Luo

"School Hub" Regenerate vitality,genrate complexity for the centre of the campus.

Site: Siping campus of Tongji University, Shanghai, China Site area:5463 m2 GFA:4120 m2

For the reasons of delivery companies and land use issues, the former address of the student activity center of the school has already became a shell that without vitality. Except from specific actvities like going to shower, receiving deliveries, etc., the place can not provide a perfect spaces for after class activities. In order to satisfy that, we need to build a new one no only for social and work, but also for cluture and education, daily supplies.

The site is base on the former site. It is in the centre of the campus, with a memorial park next to it, between the education area and dormitory area. And we need to build a "school complex" within spaces like supermarket, ATM, theater, offices, exhibition and so on, and also provide convenient traffic condition so that can relieve the peak times inside the school. How to balance the spaces differences and optimize the current circumstance of the former address are the main focus.

The result is to put a big mass positive buliding and a tunnel that can serve two mass flows--foot passengers and cyclists. Seperating the active(public) spaces and quiet spaces apart, put them into ground floor and second floor, also try best to serve different sequences of spaces usages.

30

Model

31

Chronological change on the map of Tongji University from 1946-2007

32

Site red line

Parting the different volume

Leaving a big volume for the theater

Overall volume

Generation

33

Theater

+1.32

Ballroom

Post office

上

上

Cafe

Photography

上

Supermaket

Broadcast

Exhibition Book store

上

上

ATM

±0.00

-0.48

Ground floor plan

34

下

下

下

下

Second floor plan

South elevation

+8.60

+4.05

+3.85

A-A section 35

Project 2017 Y4S1, 8 weeks Cooperative work, 4 men Urban design Instructors: Prof.Harry den Hartog Collaborators: Zhihao Fang, Jianghui Wang, Yu Zhang

"Flux and Reflux" Renovate the old famous along river street of Hongkou, Shanghai.

Site: Hongkou bund area, Hongkou district, Shanghai Site area:85771 m2 GFA:188411 m2

The site is located at North bund area of Hongkou district, Shanghai. This area has many kinds of building types and functions, especially the Linong old houses,they were basically surrounded by residential apartments and offices’ buildings. Also, the situation of the area is intense that, the river is not under well usage, and the bad environments surrounding. But most importantly, the areas have the floor problems when there is bad rainstorm weather.

To slove the issues,we come up an idea of “Flux and Reflux”.We excavate more distributaries from the Hongkou river, to lead more water ways to the area, to create more flexible interesting spaces such as market square and lake square and to decompress the water level what it is storm weather at the same time. Which means the water level will change and the functions will change along. When the water level is high, they become normal small rivers like drains for water splitting and also landscapes for the areas; when the water is dry, they will become pedestrians and leisure area like café and for barbeque. From different states of the river and timetable, we created plenty of spaces to echo the site and the historical building form.

To echo the idea of "SPONGE CITY", a"sponge park" is required. We have a clear concept that to make this area more valuable and more convenient, but also want more amusing spaces to support the sponge city idea, the new Shanghai city master planning, but more importantly, to let the people know our designing intention and get benefit from it.

36

Diagrams of ecology intention

Sponge park (steps)

Sponge park(storm water container)

Waterfront (square)

Waterfront (dinnering)

Comunnity (sqare)

Comunnity (market)

Podium (pedestrain and cafe)

Podium (lake and creek) 37

FAR:2.2 Building coverage:23% Total floor area:188411m2 Building foot print:38690m2 Site area:85771m2 Green area:10210m2 Green ratio:18%

Master plan(high water level)

Master Plan 1:1000 ďźˆHigh Water Le

Design statement: The site is located at North bund area of Hongkou district, Shanghai. This area has many kinds of build38functions, especially many Linong old houses built there, and they were basically suring types and rounded by residential apartments and offices’ buildings. Also, the situation of the area is intense, which is mostly because of the Hongkou river of the site is not under well using, and the bad environments along the riverside badly influent the site. And most importantly, the river surrounding areas always cannot safely get through the floor problems when there is bad rainstorm weather. Our goal is to change

Master Plan 1:1000 （Low Master plan(low water level) Water Le We come up an idea of “Flux and Reflux”, first we excavate more distributaries from the Hongkou river, to lead more water ways to the area, and to create more flexible interesting spaces such as market square and lake square. The water level will change and the functions of the them will change along. When the water level is high, they become normal small rivers like drains for water splitting and also landscapes for the areas; when the water is dry, they will become pedestrians and leisure area like café and for barbeque. Along the riverside, we design no high rises, small scale, multi functions and water closed pedestrian system. There will be riverside cantering, flexible squares can orga-

39

East elevation

1:300

Detail area roof plan 40

41

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High High

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Buildi ng Buildi ng

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Green uare Sq Green uare Sq

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Water Lev WaHtigehr Lev

pa Retai l Sp Retai a l

unction e Ftion ate Fcuncpen C ring ce pen O Catering

Low

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B B Recombination Recombination

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unction e Ftion ate Fcuncpen C ring ce pen O Catering

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Service space Pitched Service space Pitch Extract element And Rebu Extract element And Reb

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A+B A+B

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A+B A+B

A+C A+C

B+B+C B+B+C

A+C+A A+C+A

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A+A A+A

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High

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unction e Ftion Ca Fcuncigate tering ce igatirer Catering

Water WatHeigrh Lev Lev

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42

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River section diagrams

el

Retai Retlai l

Acc A cecs sibility y e s s i b ilit

ng

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cc

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High

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aLn d k a nsdc a p e F oF or scape

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Green uare Sq Green uare Sq

Low

t b Sea c k t b ac

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Buildi ng Buildi ng

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W Wataerter Le High Le v v High

t b Sea c k t b ac

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Green uare Sq Green uare Sq

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High High t b Sea c k t b

Buildi Builndgi ng

S

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el l ow e L ow

Green uare Sq Green uare Sq

Low

River Section Diagram River Section Diagram

Professor:

Harry

43

Project 2016 Y3S2, 16 weeks Cooperative work, 2 men Urban complex design Instructors: Prof. Guanglin Sun Collaborator: Dunmao Zheng

"Smash and Integrate"

Explore the "mixed-use" thesis in magacity of China--Shanghai.

Site: North Sichuan road business district, Shanghai, China Site area:42552 m2 GFA:93536 m2

City growing fast and everything in the city has already becoming crowed. All of these phenomenons emerged the overspeed development of China.

"Mixed Use Development" suits the circumstance of Shanghai very much. There are over seventy-two urban complexs located in Shanghai with different types so far, and they will only be increasing. In whole, building and planning an urban complex might solve some kind of the issues for an area.

Specially, our site located in the style constructions conservation area of Shanyin road area, with a hundreds years history park--LuXun park, also a famous tourism spot--Tianai road and the Duolun road. To implant an urban complex in this area is a bold move because of the history. If an urban complex can intervene to solve issues like neighborhood relationship, vitality of the area, etc.. WHAT CAN WE DO? We have discovered that, a block can be subdivided by its nearby roads, then the several functions of the buildings within the block will also be realized by subdivision and transformation in Shanghai, which is also an self-organization about mixed use.After, we worked out a concept about "smash and integrate". To samsh for the volume of complex near the old Linong houses for comfortable scale at the street, also means to help to bring the locals take part in the complex; then to intergate the functions of the typical urban complex like hotel, retail, office etc..

As a special spot, a conservation old building may be the spotlight of the project, saving one of this at the site as a creative shopping area should be appropriate.

44

Context echo

Steet echo

Sources of crowd

Moving lines

Green area

Site reading

45

Plan topology

Voulme genaration

Voulme and conservation

Echo from surroundings Vision analysis

Tower genaration

46

Separate for foot flowlines

Squares generated by convergence of flowlines

Smash for vloume adaption and entrances

Guide and splite the flowlines

Process models

47

Gound floor plan 48

Office tower typical plans

Hotel tower typical plans

Hotel suite typical plans

49

East elevation

Section diagram of function

50

51

52

Exhibition

53

During edition: 27.05.2017--12.07.2017

Steve Zheng Sun. 2017