Portfoio _Xiuping Liu

P O

R

T F

L I O Xiuping Liu 2014 -2019 selected works

1

2

Xiuping Liu B.Arch, Dalian University of Technology, China M.Arch candidate, UC Berkeley, USA Tel: +1-510-260-5444 E-mail: xiuping_liu@berkeley.edu

Architecture selected work samples application for Junior Architect

3

4

Contents [SRO Residetial Complex] Intergrated Design 9/2019- 12/2019

[The Sweet Dream] Youth Activity Center Design 9/2014- 11/2014

[The Filter] Seaside Hotel Design 3/2015- 5/2015

[Growth of Memory Pieces] Historical Museum Design 5/2015- 7/2015

[The Piece of Cloth] Gymnasium Design 5/2016- 7/2016

[Beyond Sedentary] Home Competition 6/2018- 8/2018

[LUDIC(UM)] Inflatable Architecture Design 6/2018- 8/2018

[Bending Beam] Bridge Design 3/2018- 5/2018

[Other Works] Models, Drawings & Photographies & Internship works 5

6

[01][SRO Residential Complex]

Intergrated Design Studio individual work academic work 9/2019 --12/2019, UC Berkeley, USA instructor: Jasmit Rangr

7

This project primarily investigates on different interior atmosphere in public and private space. By dividing the building into 2 parts, private residential rooms in northwest and public space in southeast, people in residential rooms can enjoy the quiet and private courtyard, while people in public space can have a better view of Berkeley downtown.

The entrance is at the southwest corner of the building. First floor is a multi-use room which can be used as an art gallery and café.

People can go upstairs through these 2 cores. Because of the height difference, one of the core leads to private rooms and the other is to public space. The second floor is mechanical rooms, kitchen, dining room with an outdoor garden and an office. Third and fourth floor have 2-story media room and a lounge.

Those public space have various dynamics views and lighting atmosphere because of the manipulation of openings. Multi-use room has a curtain wall on the street side which allow passengers see the activities inside and the transparent façade makes the colorful mass floating in the air. Kitchen’s view is framed by a square window. The dining room’s view is framed through a rectangular window, making people feel view of the garden a landscape painting. The media room on the below floor is a pure black movie room. These black reflective stones are screens. The whole space looks clean and simply. A red staircase connects the reading room on the upper floor. Half of the reading room is an outdoor yard, with curved walls that soften the light. These bookshelves are central pivoting doors. When they are opened, the reading room becomes a half outdoor space. On the other side, curtain wall on the facade let people enjoy the quiet inner courtyard. The plane of each floor is scattered to each other, making each house have an outdoor balcony.

8

The whole building adopts steel frame structure, and the largespan multi-functional room on the first floor is supported by truss.

Mechanical ventilation is adopted in the kitchen on the first and second floors, and natural ventilation is adopted for the rest of the space.

9

10

11

Dining Room

Kitchen

Reading Room

Media Room 12

|Public Space Interior Perspective|

COPING

DRAINAGE MATERIAL

VAPOR RETARDOR

CAPILLARY FABRIC

CASING BEAD

6’’ RIGID INS. 6’’ CONCRETE METAL DECK 8’’ CASTELLATED BEAM

WEEP FLASHING WITH SILICONE SEALANT STEEL SHELF ANGLE AL HEADER CURTAIN WALL SYSTEM VIRACON LOW E TRIPLE GLAZING

WOOD FLOOR WOOD RAISED FLOOR 6’’ CONCTERE SLAB AL SILL PLATE & FLASHIING CAVITY INSULATION STEEL SHELF ANGLE SEALANT STUCCO BUILDING PAPER SELF-FURRING METAL LATH CONTINUOUS INSULATION CEILING GRANITE

HORIZONTAL ALUMINUM PROFILE AERATED CONCRETE FLOORING GRANITE PVC RAISED FLOOR PEDESTAL WATERPROOF MEMBRANE REINFORCED CONCRETE FOR GRADING, 2%SLOPE STUCCO BUILDING PAPER SELF-FURRING METAL LATH CONTINUOUS INSULATION L PROFILE WATERPROOFING PROFILE 6’’ CASTELLATED BEAM WOOD CEILING

WOOD FLOOR WOOD RAISED FLOOR 6’’ CONCTERE SLAB AL SILL PLATE & FLASHIING CAVITY INSULATION STEEL SHELF ANGLE SEALANT STUCCO BUILDING PAPER SELF-FURRING METAL LATH CONTINUOUS INSULATION CEILING GRANITE

ALUMINUM PROFILE TRIPLE TEMPERED GLASS COPING VAPOR RETARDOR CASING BEAD STEEL STUD WALLBLOWN OUT INS.

PVC RAISED FLOOR PEDESTAL

FLOORING WOOD WATERPROOF MEMBRANE

WATERPROOF MEMBRANE STUCCO

REINFORCED CONCRETE SLAB

REINFORCED CONCRETE FOR GRADING, 2%SLOPE

BUILDING PAPER SELF-FURRING METAL LATH 2’’ CONTINUOUS INSULATION WITH DRAINAGE CHANNELS CAVITY INSULATION AIR/WATER BARRIER SHEATHING GYPSUM BOARD STUCCO

BRICK BASE FINELILNE SILL SEXTENDED AND DRESSED INTO BRICK SLOT DRAIN BRICK SLOPES AWAY FROM WALL AT 5% SUB BASE

FLOORIN CONCRETE WATERPROOF MEMBRANE REINFORCED CONCRETE SLAB RIGID INS.

|Wall Section|

13

14

15

16

C-C Section Perspective 17

18

[The Sweet Dream]

Youth Activity Center Design academic work

9/2014--12/2014, DUT, Dalian [The Dream] instructor:Sweet Bing Li

Youth Activity Center Design academic work

9/2014--12/2014, DUT, Dalian [The Dream] instructor:Sweet Bing Li

Youth Activity Center Design academic work 9/2014--12/2014, DUT, Dalian instructor: Bing Li

[The Sweet Dream]

Youth Activity Center Design academic work 9/2014--12/2014, DUT, Dalian

instructor: Bing Li [The Sweet Dream]

Youth Activity Center Design academic work

9/2014--12/2014, DUT, Dalian [The Dream] instructor:Sweet Bing Li

Youth Activity Center Design academic work

9/2014--12/2014, DUT, Dalian [The Dream] instructor:Sweet Bing Li

Youth Activity Center Design academic work

9/2014--12/2014, DUT, Dalian [The Dream] instructor:Sweet Bing Li

Youth Activity Center Design academic work

9/2014--12/2014, DUT, Dalian [The Dream] instructor:Sweet Bing Li

Youth Activity Center Design academic work

9/2014--12/2014, DUT, Dalian [The Dream] instructor:Sweet Bing Li

Youth Activity Center Design academic work

9/2014--12/2014, DUT, Dalian [The Dream] instructor:Sweet Bing Li

Youth Activity Center Design academic work 9/2014--11/2014, DUT, Dalian instructor: Bing Li

[The Sweet Dream]

Youth Activity Center Design academic work

9/2014--11/2014, DUT, Dalian [The Dream] instructor:Sweet Bing Li

Youth Activity Center Design academic work 9/2014--11/2014, DUT, Dalian instructor: Bing Li

[The Sweet Dream]

Youth Activity Center Design academic work 9/2014--11/2014, DUT, Dalian instructor: Bing Li

[01][The Sweet Dream]

Youth Activity Center Design individual work academic work 9/2014 --11/2014, DUT, Dalian instructor: Bing Li

19

From 1960's to 2000's, with the economic development in second-tier cities in China, more and more schools were built in Dalian (a second-tier city in the north of China). But most of these projects emphasized on school's size, location and faculty scale rather than student's learning experience.

Questionnaires and interview results show more and more students in Dalian now facing the pressure of entrance exam, which leads to less sleep hours, rest time and finally, sub-health fatigue, especially those in key schools. Besides, nowadays, refurbishment are taken place in lots of schools, while most just buying new desks and chairs or increasing the number of classrooms.

Based on the investigation, this project aims to build a youth activity center with new education mode and new learning envirmonment in the city center of Dalian. Due to different kinds of surrounding environment (People Square, municipal government, kinfergarden etc.), I choose to cut the initial triangular massing with several openings facing to open spaces, like People Square. Besides, instead of using the basic funtion layout (single corridor with classrooms on two sides), I use an atrium to connect different cubes, and each cube has its own vehicular circulation, so that each cubes are seperate but also connected bt the atrium.

With different different cubes intersect each other, there are plenty of open space formed at the intersections. And with trees, grass and sunlight in those intersections, great atmosphere for outdoor activity are formed.

20

21

The change of learning environment in China 1960’s

1980’s 1970’s

2010’s

1990’s 2000’s

In the 1960’s, China started a revolution called”the Great Proletarian Cultural Revolution”.At that time , the intellectuals were be treated as “pests”.

Studying was forbidden, while planting trees and crops were promoted.

The cultural revolution was still brainwashing Chinese in the 1970’s.Government spent too much money on this battle to built schools for children.

The time that Chinese realised the importance of studying and knowledge is in the 1980’s.The Chinese government started to encourage young people to go to the colleges .However, the cruel revolution added up to stagnation and backwardness which led to an extreme lack of proper constructions of schools.

We interviewed 419 students studying in various middle schools in Dalian to know their daily routines for the sake of creating proper and interesting spaces for teenagers.To maintain accuracy, the majority of schools we chosen were adjacent to our site which are in the city centre.

In the 1990’s ,the situation of receiving education has improved a lot. But Chinese students has not realised the importance of outdoor activities.Although schools allow students doing radio calisthenics every day at the same time, that’s the only period that students could play outside.

time

7.5h

6h

6h

6h

4.5h

4.5h

4.5h

7.5h

3h

3h

3h

1.5h

1.5h

1.5h

A

B

C

D E category

A

B

C

D E category

A

Dalian Yuming Senior High School time

7.5h

7.5h

6h

6h

6h

6h

6h

4.5h

4.5h

4.5h

4.5h

4.5h

3h

3h

3h

3h

3h

1.5h

1.5h

1.5h

1.5h

C

D E category

A

time

B

C

A

D E category

Dalian Gezhi Middle School

B

C

D E category

Dalian No.1 Senior High School time

time

A

7.5h

6h

6h

6h

6h

4.5h

4.5h

4.5h

4.5h

3h

3h

3h

3h

1.5h

1.5h

1.5h

D E category

Dalian No.39 Middle School

A

B

C

D E category

Dalian Yuwen Middle School

D E category

A

B

C

D E category

Dalian No.23 Senior High School

7.5h

1.5h C

C

time

7.5h

B

B

Dalian No.8 Senior High School

7.5h

A

D E category

7.5h

1.5h B

C

time

7.5h

A

B

Dalian No.79 Middle School

7.5h

Dalian No.24 Senior High School

22

time

time

time

time

These are 2 pictures of Dalian teenagers and their senior high school.

Nowadays the competitive pressure grows exponentially. Parents and schools put studying at the first place and forced their children to spend lots of time to sit at desks to study. As a result, many students in Dalian get unhappy ,overstressed ,unhealthy and even have severe depressive symptoms. So as an architect, how to chage this situation?

7.5h

Dalian No.80 Middle School time

What we can spot from the pictures is that China was keep improving the school buildings with the development of China’s economy. However, most schools just increased the number of rooms which could be designed and built quickly in order to cater for the great increase demand of schools. Those quick-built schools overlooked the student's psychological taste.

A

B

C

D E category

Dalian No.9 Senior High School

A

B

C

D E category

Dalian No.34 Middle School

A studying B sports C entertainment D afternoon nap E lunch

The living environment around the site Dalian Municipal Government

Dalian Court A residential building

1.Dalian Municipal Government is in the north of the site. The style of this building is old-fashioned and inflexible. The most people working here are civil servants and government officials who always dress formally and look busy.

2.This is a typical residential building on the south of the site. This gated community looks like a big wall standing against the street.

Obviously, such community is just a normal building which cannot provide interesting space for the teenagers.

Departments for the Aged

3.The Dalian Court standing on the side of the big lawn may look like a serious judge in children’s eyes, while the lawn where children can fly their kites seems much more interesting.So again, this building creates a dark and depressing atmosphere. However, such atmosphere is not suitable when some kindergartens and schools are also located here.

The space that children need The space that interests children The routes that children walk

The space that children have now The routes that children walk now

4.Although the site is in the city centre, some old -fanshioned buildings still remain. Most residents living in such buildings are senior citizens.

A library nearby

The First Affiliated Hospital of Dalian Medical University

5.This kindergarten is just situated nearby the site.

Parents pick up their children as soon as the school is over. Most of the children go straight home to do their homework because there is no suitable places for them to do after school activities.

6.A key middle school built in 1996 is also adjacent to the site.Due to the growing competitive pressure, a great amount of middle school students study almost 8 hours every day without enough outdoor activities.

From the above analysis, we can arrive at the conclusion that outdoor activity space is strongly needed in this youth activity center which should be the most important part. Nowadays, parents and schools push teenagers to study or learn to play various instruments. But will they be happy when they are pushed to do something they even don’t like? What they really need is different attractive indoor playing and learning spaces as well as outdoor activity spaces.

1 3 6 5 2

4

Section Analysis

23

24

25

26

1.Main Entrance 2.Library Entrance 3.Exhibition Hall Entrance 4. Duty Room 5.Meeting Room 6.Cllimbing Room 7.Reading Room 8. Music Room 9.Dancing Room 10.Exhibition Hall 11.Auditorium 12.Men's Dressing Room 13.Women's Dressing Room 14.Lobby 15.Cafe 16.Children's Playroom 17.Dancing Hall 18.Exhibition Hall 19.Cafe 20. Student Activity Room 21.Reading Room

12 13 11

10 15

3

14 9 6

1

7

8

5 2

4

N

0

1

3

7m

First Floor Plan 0

0.25

0.5

1m

19

18

17 21 20

16

Second Floor Plan 27

0

4

8

Activity Room

Corridor

28 Exhibition Room

A-A Section

B-B Section

C-C Section 29

30

[03][The Filter]

Seaside Hotel Design

individual work academic work 3/2015 --5/2015, DUT, Dalian instructor: Liang Wu

31

Xingcheng is originally an ancient city with plenty of historical sites and magnificent ancient architectural complexes.

Besides,those historic buildings as well as the local residential houses were built with local special bricks. However, with the rapid development of Xingcheng, more and more traditional dwelling houses nearby the seaside have been demolished leaving crumbling brick walls in order to construct commercial buildings in the future.

Now Xingcheng is tansformed into a tourist city by protecting the ancient buildings in the main axis, such as the ancient temples and former residence of great strategists etc, which are the major attractions. The site of the seaside hotel is located in the end of this axis. Facing two totally different sceneries (the ancient buildings in the west and the beautiful beach in the east ), this site is obviously a critical section with the atmosphere transition of the environment. Looking at the contrast of the feelings that the scenery brings, I was wondering "Is there any possibility to merge two characters of this city in one area?" So I came up with the idea of "walls".

By using different materials, it makes the hotel looks mature and steady in the west, but clear and lively in the east.

32

33

1.Different Images of Two Sides THE IMAGE OF THE EAST WARM BRAND NEW SEASIDE HOTEL HOTEL CONTEMPORARY SUNSHINE RESTURANT WARM SUMMER BRIGHT BEACH SURFING VOLLEYBALL TOURISM GLASS MATERIAL OPEN OPEN LIVELY YOUNG PRESENT FASHION ATTRACTIVE LOCAL ARC FORMER TRAVELLING HOT SHINING SUN SHADE COLORFUL TRANSPARE

THE IMAGE OF THE WEST COLD OLD ANCIENT CHINESE ARC ARCHITECTURE HISTORIC BUILDINGS TEMPLES COLD WINTER GREY DARK DEFENSIVE WALLS STREET BUILDINGS TOURISM BRICKS MATERIAL CONSERVATIVE MATURE PREVIOUS ANCIENT CLOUDY LOCAL ARC FORMER RESIDENCES OF CELEBRITY PAVILION TEMPLES PROTECTIVE

2

1

archaic zone

THE IMAGE OF THE WEST COLD OLD ANCIENT CHINESE ARC ARCHITECTURE HISTORIC BUILDINGS TEMPLES COLD WINTER GREY DARK DEFENSIVE WALLS STREET BUILDINGS TOURISM BRICKS MATERIAL CONSERVATIVE MATURE PREVIOUS ANCIENT CLOUDY LOCAL ARC FORMER RESIDENCES OF CELEBRITY PAVILION TEMPLES PROTECTIVE

1

2

THE IMAGE OF THE EAST WARM BRAND NEW SEASIDE HOTEL HOTEL CONTEMPORARY SUNSHINE RESTURANT WARM SUMMER BRIGHT BEACH SURFING VOLLEYBALL TOURISM GLASS MATERIAL OPEN OPEN LIVELY YOUNG PRESENT FASHION ATTRACTIVE LOCAL ARC FORMER TRAVELLING HOT SHINING SUN SHADE COLORFUL TRANSPARE

5

3

4 7 8

6

3

4

7

8

65 site

The image of this city along the main axis is totally different from the seaside. To make this building be able to engage with its surroundings, I want to creat a hotel which is in a "critical state".

2.The Change of City Textures

Beginning

Heyday

Now Since set up in 990, Xingcheng City has developed rapidly. The biggest change happened is the city texture in the archaic zone, where dwellings were largely dismantled which makes Xingcheng City lost its real culture. So I want to inherit and continue the city's original style and charm.

34

3.Extract 3 Main Caracteristics from the Texture extract elements "brick" and "water" from the surrondings

enclosing wall

embrace

flex alley

flex embrace & filtrate

brick wall function distribution, roof greening

filtrate

4.Plan Producing Diagram

5.Circulation Analysis check-in

spa, restaurant

service

35

11

10

9 1

8

7

2

6

3

4

5

First Floor Plan

36

1.cafe 2.entrance lobby 3.office 4.recreation area 5.multi-function hall

Second Floor Plan

6.western restaurant 7.kitchen 8.Chinese restaurant 9.kitchen 10.private room 11.hot spring

A

2

A

Third Floor Plan

37

|West Elevation|

Facing the Ancient City

12

38

|East Elevation|

Facing the Seaside

13

39

40

|East Side Interior| Facing the Seaside

|West Side Interior|

Facing the Ancient City

41

42 16

A-A Section

Scale: 1:300

43 17

Brick Layout Extracted from Original Brick Wall Context

chosen original

kitchen

bedroom on the third floor

office in the west entrance

office on the first floor

office (basic)

44 bedroom (basic)

1

2 3 4 5 6 7 8 9 10 11

12

13 14 15 16

17 18

19

15 20 21

22

1.Low Plants: sedums/herbs 2.Bricks 3.Erosion control(wind blanket or jute mesh) 4.Growth Medium 5.Filter Fabric 6.Drainage Layer(lightweight granular mix) 7.Protection Layer 8.Roof Deck with Vapor Barrier 9.Concrete Floor 10.Concrete Support 11.Celling 12.Walnut Surface 13. Mahogany Surface 14.Tempered Glass 15.Steel Stile 16.Bricks made of local granite 17.Marble Black Stone 18.Reinforced Concrete 19.Serpentine 20. 20mm Steel Stile 21.Preservative-treated Southern Pine 22.Reinforced Concrete Floor

Detail

45

46

[04][Growth of Memory Pieces] Historical Museum Design

individual work academic work 5/2015 -- 7/2015, DUT, Dalian instructor: Hui Yu, Yu Zhang

47

Dalian, as a typical second-tier city in the north of China, has lost its tradition and identity in terms of built environment.

The first-tier cities in China, such as Beijing, Shanghai and Guangzhou, enjoy unique architectural characteristics, while Dalian does not have this “privilege”. The common problems Dalian as well as other second-tier cities are facing are explosion of the new high-tech zones, design imitation of the landmark buildings from first-tier cities, mass demolition of historical buildings, monotonous design athletics, etc. As a result, by chasing the speedy construction and lucrative sum of money as a reward of construction in the last 50 years, the historical buildings in Dalian are in the face of crisis, and architectural homogenity happened.

This old building in this site used as Chemical Engineering Institute of DUT 7 decades ago, are now an abandoned building in the city center. Architectural ruins on the open space besides this old building makes it more "lonely", contrasting with all the high-rises around it. By thinking how to active this neighborhood and this old historical building, I came up with the idea " 向死而生 "--"Being towards Death".

With the fast demolished speed in Dalian, we don' t know which day this building will be demolished and then suddenly another commercial center is constructed. All we can do is to infuse new life into this site before another city's tradey happens.

48

49

|The Strategy to Renovate Dalian City in the Last 50 Years|

This site, the intersection of administration region and CBD, has a high frequence of demolishing and reconstruction in Dalian. And the 40s and 50s in Dalian witnessed this huge change which means their life experienced the most dramatic change since Chinese economic reform. To remind people of the local tradition and identity, to recall the old days to the 40s and 50s, I decide to make this original historical building the main character of my design instead of making a big renewal of it. And the theme of this museum is the retrospect of the life of 40s and 50s.

BD

to C

d

ity a

to c

rebuild

tion

tra minis

n

regio

2000's 1990's

demolish

1980's 1970's

construct

50

1960's

|A Strategy Different from CBD and City Administration Region to Rennovate the City without Demolishing|

1.Historical Building

3.Germinate

2.Duplicate

4.Grow

5. Interference of Urban Texture

6. Interference of Buildings

7.Rhythm of Natural Surroundings

8.Architectural Translation of This Rhythm

51

First Floor Plan

Second Floor Plan

NN

00

11

33

7m 7m

Third Floor Plan 52

00

0.25 0.25

0.5 0.5

1m 1m

00

|Analysis of Interest| Based on the survey of different exhibitions held in 4 modern museums in Dalian, I found that the citizens are not so interested in those shows held by the government, which are mainly one of the "propaganda campaigns" to show Dalian's huge economy development during these years. However, they doesn't consider the real need of citizens. Instead of exhibiting the face-saving projects for Dalian government, I decide to focus on the real interests of the 40s and 50s , to make a retrospect of their life, to arose introspection of the homogeneity happened in this second-tier city. popularity exhibit days 40s and 50s

History

Policy

Dalian Modern Museum

Local Custom

Dalian Museum

Dalian Modern Art Museum

Local Art

the Communist Party of China

wooden furniture

wax figures

calligraphy

New Year picture

petroglyphy

poem

porcelain

arts and handicrafts of minority

Chinese costumes

Chinese currency

Chinese MIing and Qing furniture

local artists’ painting exhibition

art exhibition of Monnai

art exhibition of Picasso

exhibition of folk custom

the increase of economy

shipbuilding industry

urban planning

Dalian leaders

Dalian totem pillar

architectural development

sea-filling project

government propaganda

urban renewal

the Cultural Revolution

Chinese economic reform

morden history of Dalian

history of aggression by Russia

history of aggression by Japan

government

Others

Dalian Conference Center

|Analysis of the Strategy to Exhibit| choose Fractal Theory: to exhibit a repeating pattern displayed at every scale. ordinary

x 11

first level

classify

transformed

personal events museum--first level space--second level exhibit--third level

public events order "movie scenaries"

personal events public events 53

|The Display to Retrospect the Life of 50s and 60s|

old stuff in their childhood homes

the city where they got the first jobs

first date 54

the dream car when they were young

countryside where they grew up

leaving home for the first time

|Interior Perspectives|

55

A-A Section

56

N

0

1

3

7m

B-B Section 0

0.25

0.5

1m

0

4

8

16m

57

58

[05][The Piece of Cloth] Gymnasium Design

individual work academic work 5/2016 -- 7/2016, DUT, Suzhou instructor: Shiyuan Wang, Hui Yu

59

Suzhou, a historical city with a rich culture in the south of China, is losing its unique features nowadays. Some historical buildings are demolished, and some old streets nearby the site are occupied by residential blocks. Despite those directly visible changes, another tranditional culture is disappering here, that is, Suzhou embroidery. Suzhou relied on Suzhou embroidery to develop and become famous from hundreds of years ago. With the rapid development in Suzhou, no matter the big or small buildings facing the homogenization problem. Meanwhile, Suzhou embroidery tends to fail to be handed down from past generations, especially in the southwest of Suzhou, where the site located.

The investigation shows lots of Suzhou embroidery shops were located here in the past. But nowadays, it is hard for them to make a live with the low income and fast city development.

It means a culture and also a city's unique feature is losing.

On the west of this site there is a big stadium. After building another gymnasium on this site, this place is going to be one of the biggest civic fitness center in the future, and lots of people will come there. So based on the city's background investigation, and the good location of this site, I decided to make this building as an icon in this area. With a relative light structure to support this gymnasium, a soft surface and the white color, I tried to avoke the memory of this historical city in the current era of rapid development.

The holes on the surface aims to soften the strong sunlight and form a gentle, soft, mild and elegant interior atmosphere, just as the feelings, the memory Suzhou embroidery given to Chinese.

60

61

Dy na s

ty

sty

yn as ty

ng D

past

ic

bl

Q

M

in g

i ng

So

The main changes of Suzhou

Dy na

e mb

the T

hre e

Suzh ou

Kin gd om

roid

er y

|Concept|

pu Re e a th hin C

now

of

瓣

压

棚

落

出边

gentle

buildings

丝缕

brusgue

丝路

藏针 起线

皮头

delicate embroidery mass-produced

记针

记线 stra

igh

co

ile

un

ifo

deserted

62

time

Song Dynasty the Republic of China 21st Century

th

ld

sive

ces

It is obvious that the number of textile mills are experiencing a decending trend, especially those near the site, which is now developed into a High-tech Zone.

So how to bring back the losing Suzhou embroidery culture ?

popularity of Suzhou embroidery

oo

wi al

lic

he

suc

Suzhou, a typical second tier city in China, is losing its unique features nowadays. Some historical buildings are demolished, and some old streets nearby the site are occupied by residential blocks. Despite those directly visible changes, another tranditional culture is disappering here, that is , Suzhou embroidery.

ed

gg

ja

street

sm

crowded

rm

d

t

nylon linen

silk

cotton cloth hemp

silk

black silk

Suzhou embroidery originated from the Three Kingdoms, reaching its peak in Song Dynasty, and declined in the 21st century. There are various production modes in the past.

However, it becomes a monotonous production mode now.

Different production modes 压瓣 There is no gap between the juction of two textures. 落棚 Loosen the thread when the embroidery is finished. 出边 Embroider different patterns on different layers. 丝缕 The embroidery thread is orientated along the animals’hair emboidered on the cloth.

It turns out that silk is the most popular cloth. The embroidery on silk contains the most production modes and various embroidery techniques.

Although nowadays Chinese start to use nylon instead of silk, the quality and persistence of silk is still the best.

The places of origin of Suzhou embroidery is adjacent to the site in the past. But nowadays there are lots of residential blocks and monotonous business buildings been built nearby the site,which means this ancient culture is vanishing in this area. The concept is to evoke the Suzhou embroidery culture in such a city with an ancient cultural background, to bring back the exquisite and gentle culture in this area.

63

|Model Selection|

64

aluminum roof glass

roof joist

steel pipe space truss

inner roof layer

roof joist steel pipe space truss glass support structure. main support secondary support column surface glass purline glass support glass purline

stand

first floor walls

65

|Master Plan| � Autodesk � � � � � � �

� Autodesk � � � � � � �

� Autodesk � � � � � � � 0

66

5

15

45m

|Function Analysis|

6.billiards

1.basketball 2.cycling 3.tennis

Activity

11.dancing 12.yoga

7.volleyball

13.broadcast 14.conference

8.gymnastics

4.skateboarding

9.fitness

5.ping-pong

15.cafe

10.shooting

Frequency summer

winter

time

high Flexibility Flexibility &Publicity Size of Space Publicity

low Classify

open air

indoor(large scale)

indoor(small scale)

non-sport activity

entrance for citizens

entrance for audience entrance for journalists

Distribution & Circulation

evacuation platform

entrance for athletes entrance for journalists

Space Types

lobby

main venue

training ground

cafe

67

1

2

2

3 4

5

4

2

6

18 23

10

22

21

20

24

2

8

2

7

18

19 14

17

7

13

12

13

11

10

9 9 5

15

16

First Floor Plan

68

A

25 26

27

28

N

0

A

1

3

7m

Second Floor Plan 0

0.25

0.5

1m

0

4

1.restaurant 2.shop 3.recreation area 4.VIP room 5.office 6.conference room 7.draft room 8.press room 9.news broadcasting room 10.storeroom 11.referees lounge 12.marshalling area 13.waiting room 14.clinic 15.male athletes area 16.female athletes area 17.dormitory 18.strong electricity 19.weak electricity 20.fire control room 21.pump sump 22.acoustic control 23.transformer room 24.air-conditioning and ventilation equipment room 25.lobby 26.shop 27.Ping Pong room 28.billiards room

A-A Section 69

8

16m

70

the Changes of Light Between Two Surfaces intense: not suitable for indoor sport activity

the rate of holes on 2 surfaces 60%

53%

151%

103%

93%

117%

154%

11%

127%

88%

88%

soft and homogeneous: suitable for indoor sport activity

71

|Surface and Structure Modules|

mm

90

00

mm

mm

00

m

00

90

90

00

90

m

72

|Structure Model|

00

10

m

m

00

10

10

00

m

m

mm

00

10

|Surface Unit of the Main Venue(to soften the light)| llight

m

0m

100

m m

10

100

m

m

00

10

m

0m

m 00

grille

filter 1000m

100

m

0m

100

scale of holes

10

00

90째 m

m

10

00

mm

00

10

m

m

120째

10

00

mm

90째+120째

0m

m

support structure

100

0m

m

73

10

00

m

74

[06][Beyond Sedentary]

House Competition

Group work in 2(with Vincent Lai) House Competition hold by arch out loud 6/2018 -- 8/2018 UC Berkeley, USA

75

Beyond Sedentary

76

A home is a construct of our most intimate relationship with objects housed within.

Of all furniture, chair proves to be one of the most functionally nimble edifice. A chair can serve as table or chair or an object of play such as hide and seek to a child; a ladder to climb on or just a piece of furniture to sit on. Our relationship with what was commonly known as a sedentary tool morphed with user’s physical variation. This house reconstructs our relationship with a singular object (chair) with a spectrum of scales.

When the chair is enlarged architecturally, it’s function grows into a habitable room. Despite its scalar manipulation, the chair design maintains its visual familiarity. The upscaling parameters are studied and expanded based upon Le Corbusier’s modulor ratio. This upscaling process can potentially be manifested through the advent usage of Cement Polymer additive manufacturing.

That sense of curiosity and eagerness to pursue and demystify the unknown as a child within a house, now continues to grow as we mature physically.

Beyond Sedentary is an invitation to challenge our maturity with home objects within and beyond the scale of our conceived functional familiarity.

77

Functions

bench coffee table bedframe

chair

table

kitchen top

bar counte

x3 1

1 room of multi-scalar functions

78

er

display shelf

Corbusier’s Modular Man

mezzanine spatial division

toilet spatial division

small bedroom toilet kitchen

1 room living room / gathering space

Corbusier’s Modulor Ratio * all measurements in millimeters

equal dimensions on seating width, length & height

11 Multi-scalar Functions

a recalibrated catalogue for domestic space making

manipulate room function through chair rotation & reduction

x2

x3 2

Expansion to 9 square as basic house configuration

House Structure Manifestation

3

Stacked units for multiple floors

79

1st Storey Living Room

1st Storey Configuration worm-eye axon

80

1

2

A2 Dining Room A3 Kitchen A4 Laundry Yard

3

4

1

2

3

4

A

A

B

B

C

C

1st Storey Plan

1st Storey Mezzanine Plan

1:200 scale

1:200 scale

B1 Car Porch B2 Entrance B3 Courtyard

B4 Guest Room C2 & C3 Living Room C4 Toilet

A3 & A4 Upper Dining area

C3 Living Room Study Area

81

2nd Storey Master Bedroom

2nd Storey Configuration worm-eye axon

82

1

2

A2 Redroom 1 A3 Common Toilet A4 Study Corner

3

4

1

2

3

A

A

B

B

C

C

2nd Storey Plan

Roof Plan

1:200 scale

1:200 scale

B1 Bedroom 2 terrace B2 Bedroom 2 B3 Courtyard void

4

B4 Living Room C2 & C3 Bedroom 3 (Master) C4 Bedroom 4

A2 - A4 & B2 Roof Terrace

83

84

[07][LUIDIC(UM)]

Inflatable Architecture Design Group work in 10 academic work 1/2018 -- 5/2018, UC Berkeley, USA instructor: Mark Anderson

85

LUDIC(UM)

86

Horrified by the absurdity of the human condition? Come!

Come to the LUDIC(UM)!

Blistering in the bilge of terminal ennui and narcotic inanity, we the Ludicrous leap into the slurry of radical disenchantment. We blather bloated bellyaches of banality.

We suck up the ticker tape of experience and blow out the shreds of lud(if)ication. We caterwaul bonbons of being. We blast bombast. We ventilate vainglory. We slurp up the swirling slack lassitude of dancing dunces.

We the Ludicrous vacuum up vapid vestigial shivers and disgorge in dizzying dalliance the LUDIC(UM). This psychedelic neon kaleidoscope deflates the deceptive dichotomy between interior(ity) and exterior(ity); it inhales inversion; it crawls with Chimera; it surges shenanigans; it inflates rigid billows; it bulges heebie-jeebies; it blazes with bubbling boils; it coils and recoils; it loops in ludic(ral) luminescence; it bellows up bedlam; it bursts ludic(hum) drum; it hurtles humorous humors; it vaporizes viscous viscera; it reverses and subverses capable negativity; it transmits transient transgressive transcendence; it unfurls in carnivalesque delight a cavern of ecstatic communal connection buoyed by bouncing quilts, confetti flurries, and bubble wrap bikinis for all (yes gentlemen, you too!). We the Ludicrous entreat you to enter this eruption of entrails, to float in the profundity of levity, to tarry in its tortuous (torturous), tantalizing tentacles, to pause and ponder the wheeze and groan of pulsating pressure, in rupture or rapture. Come ruminate in cosmic circumbendibus. Come reflect on the ricochet and percussive repercussions of rapacity. The LUDIC(UM), ludic(dom) of the Ludicrous, levitates, alleviates allusion and illustrates illusion, lauding all lore, for fairytales contain truths both wonderous and terrible.

87

|Perspective at night|

88

|Install Process|

89

|Master Plan|

90

Unrolled Section Scale: 1/4” = 1’

LUDIC(UM)

LUDIC(UM)

LUDIC(UM)

) ) ) UM C(UM UM C( DI C( DI DI LU LU

LU

) LUDIC(UM) LUDIC(UM) LUDIC(UM) ) LUDIC(UM) C(UM UM DI C( ) DI LU UM LU C( DI LU

LUDIC(UM) LU DIC ) LUDIC(UM) (UM (UM LUDIC(UM) ) LUDIC(UM) DIC LU LUDIC(UM) ) LUDIC(UM) ) (UM DIC ) (UM LU (UM LUDIC(UM) DIC LU LU DIC DIC LUDIC(UM) LU (UM LU LUDIC(UM) DIC (UM ) LUDIC(UM) LUDIC(UM) ) LUDIC(UM) ) LU (UM DI DIC C( ) LU UM (UM ) DIC LU LUDIC(UM) ) (UM LUDIC(UM) LUDIC(UM) DIC LU

Unrolled Section Scale: 1/4” = 1’

|Unrolled Section|

91

92

8”

48”

35”

80”

|Door Detail|

Door Detail @ 1/2”=1’

93

94

95

96

[08][Bending Beam]

Bridge Design

Group work in 2 (with Yuxuan Tu, in charge of designing, Rhino model, 3D printing structural model, drawing plans, sections and elevations) academic work 3/2018 -- 5/2018, UC Berkeley, USA instructor: Gary Black

97

The site of bridge runnning across a river, locates in the west of Berkeley.

98

Instead of using cable as the main structure of a bridge, we choose to explore and do experiment on a new support system, beam. We take the whole bridge as a L-shape beam, bending in 2 directions at the same time, plan and section, so that the prestress will make one side of the bridge stable. By mirroring one curve "beam" and connecting 2 "beams" with several stretched cables in the middle, the whole system of the bridge is balanced.

99

|Structure Unit Concept|

100

|Structure Concept|

|SAP Analysis|

101

Member Assignment

102

Structure Calcualtion with Different Pipe Types

103

|Master Plan|

104

|Structure Section B-B|

|Structure Elevation|

105

106

|Detail Drawing|

Bridge Section for walking

Bridge Section for bikes

107

108

[09][Other Works] models, drawings, photographies &internship works in AECOM, Coop Himmelb(l)au and Kengo Kuma office 2012-2019

109

[Gable and Hip Roof with Single Eave Model] individual work academic work to have a better understanding of Chinese tenon and mortise structure 9/2014, DUT, Dalian

110

111

[Schoen House] Group work in 2 Field Architecture Internship In charge of making the right side of this model (living room, kitchen, garage and swimming pool) 6/2018, Palo Alto, USA

112

113

[Changchun Water World Project] Professional work in Coop Himmelb(l)au Supervisor: Alexander Ott 12/2018, Vienna, Austria

114

115

[Confidential Cultural District Kaliningrad] Professional work in Coop Himmelb(l)au Supervisor: Benjamin Schmidt 9/2018, Vienna, Austria

116

[Dachatang ] Professional work in Kengo Kuma Supervisor: Onomichi 5/2019, Tokyo, Japan

117

X3

X4

72900

X5

8010

DRAWING NO.

X6

4000

X6

5830

N/A

10200

DRAWING TITLE

Perspectives

PROJECT

CMP Group Taichung Mixed-use Development

X7

03.2019

DATE

1000

▽buildable area

3650 1902

X6

8360

300

682

5900 2700

2700

1800

1800

X3

72900 1800

2700

2700

X4

500

2200

2700

2700

X7

5830

X8

10200

45.7

8°

8360

D

B 00 00

27 00

18

▽buildable area

00 37

13

40

87

23

▽

DN47

lin

e

27

18

10

76 3

G

27

00

1348

bridge gallery FL=GL+2750

A

00

H

900

27

1

3779

e

04

00

lin

27

ve

storage FL=GL-3750

restaurant FL=GL+1500

2438

69

745

59

31

▽ ea

4863

2710

ea

ve

4

11

00

00

EV

27

duct WWC MWC FL=GL+1500 FL=GL+1500

kitchen FL=GL+1500

driveway

1124

3650

96

0

F

egress stair 2

00

F

27

0°

45.0 27

A

Y4

exhibition FL=GL-3750

00

18

S: 1/ 12

00

A

HWC FL=GL-3750

X6

710

G

36

Y2

sunken garden FL=GL-3750

egress stair 1

2700

27

F

meeting FL=GL-3750

EV

X5

590

2110

E

MWC FL=GL-3750

41

egress stair 3

egress stair 1

00

27

WWC FL=GL-3750

3915 150

2700

H

Y3 2710

X2 2700

00

3650

X1 12700

▽eave line

egress stair 2

A

03.2019

DATE

33

refuse disposal FL=GL-3750

F

1364

REVISION

Y1

D

Y4

3 4

B

1676

Y3

1 2 ST handrail

1/80

X0

X8

10200

office FL=GL-3750

FL=GL-3750

Y2

1752

1200 3620

915 534 153

SCALE

00

FL=GL-3750

X7

5830

power substation FL=GL-3750

sewage treatment

GL -3750

ST □200x575+AEP

3276

stair edge

DRAWING NO. A121

CMP Group Taichung Mixed-use Development

27

5820

X5 4000

electrical telecom room room FL=GL-3750 FL=GL-3750

2125

5663

X4 8010

emergency generator

8

5820

X3

72900 15700

7

01

Detail_Plan_B1F_2

PROJECT

KENGO KUMA & ASSOCIATES

X2 8100

1000

FL=GL-3750 floor: ipe flooring t30 plywood t12+12 heat insulation+substructure

6

20

DRAWING TITLE

ARCHITECT

X1 12700

5

RC Φ700+AEP

03.2019

DATE

4

PB t15+15+AEP studwall w/ sound insulation

01

RC Φ700+AEP

1/80

X0

3

shelf wall PB t9+12+AEP studwall

3915

KENGO KUMA & ASSOCIATES

ST □200x575+AEP

2

528

egress stair 1

8

30

21

153

30

36

7

17

6

REVISION

Y1

1326

2710

534

528

5

bridge edge

384

exhibition

egress stair 1

1

1123

4

shelf wall PB t9+12+AEP studwall

20

PB t15+15+AEP studwall w/ sound insulation

2000

323

263

144 2121

185

135 12 21

6719

5629

5930

1800 2349

00

15

3

0

PB t15+15+AEP studwall w/ sound insulation

floor:PVC sheet t2

PB t12 studwall

2

30

DRAWING NO. A120 SCALE

ST □200x575+AEP 8

bridge edge

glass handrail

200

2943

4583

144

8

137

2079

9

WWC FL=GL-3750 CH 2400

floor:MT t20+tile t10 waterproofing

CMP Group Taichung Mixed-use Development

12

276

floor: ipe flooring t30 plywood t12+12 heat insulation+substructure 1F floor edge

276

MT t20+tile t10 waterproofing plywood t12 studwall w/ heat insulation CB t100

Detail_Plan_B1F_1

PROJECT

1

3

PB t12 studwall

600

210 30 180

ST □200x575+AEP

9

Y4

300

510

MT t30+tile wall t180

1896

138

glass handrail

0

122

RC Φ700+AEP

storage

FL=GL-3750

floor: roof tile t20 MT t30 waterproofing mambrane leveling concrete screed t.min.30

4461

PB t9+12+AEP studwall

2079

200

FL=GL-3750 CH=3420-4920

21 102 12

2768

bridge edge

0

810

2%

sunken garden

ST □200x575+AEP

2772

PB t9+12+AEP

floor: ipe flooring t30 plywood t12+12 heat insulation+substructure

1676

SUS gutter w=300 capped with gravel SUS lighting cove integrated

ST □200x575+AEP

2773

2841

FL=GL-3750

1123

PB t12 studwall

135

corridor FL=GL-3750 CH=3070

1024

3020

PB t9+12+AEP studwall w/ heat insulation

339

Y3 exhibition

5399

PB t9+12+AEP studwall MT t20+tile t10 waterproofing plywood t12 studwall

1500 2063

1200

62

HWC FL=GL-3750 CH 2400

1200

bridge edge

27

3167

300

FL=GL-3750 4056 CH=2400 floor: ipe flooring t30 plywood t12+12 heat insulation+substructure

PB t9+12+AEP

1364

1326

PB t9+12+AEP studwall

1F floor edge

1200

2% floor: roof tile t20 MT t30 waterproofing mambrane leveling concrete screed t.min.30

SUS gutter w=300 capped with gravel SUS lighting cove integrated glass t12+12

PB t9+12+AEP studwall w/ heat insulation office

2841

shelf wall PB t9+12+AEP studwall

1200

PB t9+12+AEP studwall w/ heat insulation CB t100 glass t12+12

tile wall t180(suspended)

21

3620

bridge edge

0

339

1200

180 30

ST □200x575+AEP

2772

PB t9+12+AEP studwall

PB t9+12+AEP studwall

423 150

1200

MT t30+tile wall t180

PB t9+12+AEP studwall

3020

915

GL -3750 CH=3070

1200

1500

3913

PB t9+12+AEP studwall

1135

floor: ipe flooring t30 plywood t12+12 heat insulation+substructure

2708

corridor

PB t12+AEP studwall

PB t12+AEP studwall w/ heat insulation

PB t9+12+AEP studwall w/ heat insulation

2000

PB t9+12+AEP studwall

42 102 21

MT t20+tile t10 waterproofing plywood t12 studwall

Y4

1827

1827

444 180 264 380 64 12 1651 1999

1500

485 185 300 21 102 62 165

MWC FL=GL-3750 CH 2400

3543

2710

MT t20+tile t10 waterproofing plywood t12 5230 studwall w/ heat insulation CB t100

2708

594

FL=GL-3750 CH=2400

Y2

2773

floor: ipe flooring t30 plywood t12+12 heat insulation+substructure

3650

894 600 200 52 42

300

bridge edge

4056 135 12 102 21

corridor

2% floor: roof tile t20 MT t30 waterproofing mambrane leveling concrete screed t.min.30

FL=GL-3750

SUS gutter w=300 capped with gravel SUS lighting cove integrated glass t12+12

meeting PB t9+12+AEP FL=GL-3750 studwall w/ heat insulation CH=2400

1777

exposed CO +AEP

floor: MT t36+stone t30 plywood t12+12 heat insulation

Fireproof PB t12+12+AEP studwall

Y3 300

3650

50

200

1748

1698

500

600

401 76 325 24

egress stair 2 FL=GL-3750 CH=2354

21

573 1200

1200

tile wall t180(suspended) sunken garden

MT t30+tile wall t180

PB t9+12+AEP studwall

PB t12+AEP studwall

12

4000

88 24 12

6087 3524

3650

300

PB t12+AEP studwall

PB t12+AEP studwall w/ heat insulation

325 64 389

EV

PB t12 studwall

floor: repair MT t10

1925

3320

415

151264 52 12

FL=GL-3750 CH=2354

FL=GL-3750

CB t100 heat insulation gutter H160

800

corridor FL=GL-3750 CH=2400 floor:PVC sheet t2

PB t12+AEP studwall

Fireproof PB t12+12+AEP studwall

refuse disposal

126 102 24

duct

24 102

PB t12 studwall

Y2

573 423 150 21 52 200 300

office

floor: ipe flooring t30 plywood t12+12 heat insulation+substructure

glass t12+12

180 30

1200

3201

1200

FL=GL-3750 CH=2400

135 12 102 21

floor: ipe flooring t30 plywood t12+12 heat insulation+substructure

1200

4065

FL=GL-3750 CH=2400

1200

PB t9+12+AEP studwall w/ heat insulation CB t100

PB t9+12+AEP studwall

office

135 12 102 21

PB t12 studwall

1462

3990

11570

PB t9+12+AEP studwall w/ heat insulation CB t100

PB t9+12+AEP studwall

power substation FL=GL-3750 CH=3920 floor: repair MT t10

1902

PB t12 studwall

36

electrical room FL=GL-3750 CH=3920 floor: repair MT t10

PB t12+AEP studwall

sewage treatment FL=GL-3750 CH=3920 floor: repair MT t10

17

5820

10

Y1 11570

1926

210

repair MT t10 CB t100 heat insulation gutter H160

5775

2413

telecom room

126

FL=GL-3750 CH=3920 floor: repair MT t10

510

600

12 102 12

emergency generator

810 300

1450

73 200 300

573

360 150 210 300

PB t12 studwall

FL=GL-3750 CH=3920 floor: repair MT t10

PB t12 studwall

PB t12 studwall

▽buildable area 10

510

repair MT t10 CB t100 heat insulation gutter H160

2350

2064

126 repair MT t10 CB t100 12 10212 heat insulation gutter H160

2050

1000

▽site boundary

4700

ARCHITECT

8360

N/A

SCALE REVISION

KENGO KUMA & ASSOCIATES

Y1

DRAWING TITLE

X8

10200

DRAWING NO.

ARCHITECT

5820

SCALE REVISION

423 150

CMP Group Taichung Mixed-use Development

KENGO KUMA & ASSOCIATES ▽site 03.2019 DATE boundary

21

Perspectives

PROJECT ARCHITECT

73 200 300

DRAWING TITLE

57

10680

10680

40

lecture FL=GL+0

150

55

3207

3862

3713

3510

4058

4401

▽site boundary

00

18

00

27

50490 3890

multimedia exhibition FL=GL-3750

2376

50490 3890

66

58

34

16

Y5

282

1109

D

E

00

▽site boundary

36

egress stair 3 18

Y5

lobby FL=GL+1500 62

41

1605

00

18

▽buildable area

A/C FL=GL-3750

water tank FL=GL-3750

▽buildable area

E

389

Y6

1146

Y6

600

00

36

D

53

36 27

21

03

10

8°

45.7

C

600

C

85

20

31

34

C 2700

13450

13450

C storage FL=GL-3750

5450

0° 45.0

2497

3220

pool machine room FL=GL-3750

2700

shop FL=GL+750

10200

600

Y7

Y7

X3 2700

X4

500

2200

2700

2700

Y2

X5

590

2700

710

egress stair 2 MEP space FL=GL+5250

3650

10300

10300

2110

▽eave line

B

EV pool FL=GL+30

Y3

75

59

81

95

06

36

Y8

Y8 DRAWING TITLE

Plan_B1F

PROJECT

CMP Group Taichung Mixed-use Development

DRAWING NO. A101

1/200

SCALE

KENGO KUMA & ASSOCIATES

Plan_1F

PROJECT

CMP Group Taichung Mixed-use Development

DRAWING NO. A102

WF01 MT-MT, B1F MEP

WF03 PB-PVC, B1F storage

WF02 PB-ipe flooring, B1F office/multimedia(PB t30) etc.

B

1/200

SCALE REVISION

KENGO KUMA & ASSOCIATES

03.2019

DATE

DRAWING TITLE

ARCHITECT

REVISION

ARCHITECT

03.2019

DATE

X1

WF04 tile-tile, B1F toilet

X2

X3

10

100

100

52

9 12

100

repair MT t10 CB t100 heat insulation t100

100

52

100

12

PB t9+12+AEP studwall CB t100 heat insulation t100

100

52

12 20 10

6

MT t20+tile t10 waterproofing plywood t12 studwall CB t100 heat insulation t100

7760

7

11

12

6

5

7

40

20 3 20

10000

36

12 12 20 10

10

▽Roof entry GL+3300

MT t20+tile t10 waterproofing plywood t12+12 substructure heat insulation t40

▽1FL GL+1500 ▽GFL GL+750 ▽GL±0

▽FL

9

5

9

9

5

9

9

1

9

14

3

1

5

9

3

9

15

9

1

9

9

5

3

14

3

9

12

8

14

West Elevation

1

1:200 @ A3

130

150 64 130

150

160

12 12 2

10 160

150

130

20 3 20

40

waterproof coating

PVC sheet t2 plywood t12+12 substructure heat insulation t40 ▽FL

10

waterproof coating

▽FL

12 12 30 36

120

150 10

10 20 3 20

40

waterproof MT waterproof coating MT(for slope)

waterproof MT waterproof coating MT(for slope)

ipe flooring t30 plywood t12+12 substructure heat insulation t40

160

12 12 10 56

130

150

10

10 160 20 3 20

150

▽FL

X8

10200

40

waterproof MT waterproof coating MT(for slope)

waterproof coating

repair MT t10 plywood t12+12 substructure heat insulation t40

X7

5830

▽RFL GL+10000

PB t12+AEP studwall CB t100 heat insulation t100

PVC skirting H=120 waterproof MT waterproof coating MT(for slope)

X6

4000

294

skirting:hard board+AEP

waterproof coating

X5

8010

6700

100

264

15700

1800

100

273

750 750

210

X4 59600

8100

X8

X7

X6

X5

X4

X3

X2

X1

59600

WF05 PB-stone, egress stair 1

WF06 PB-ipe flooring, 1F lobby(w/o insulation)/exhibition/meeting/office

75 102

WF07 PB-ipe flooring, multimedia display

72 102

1212

7760

10200

5830

4000

8010

15700

8100

81 9 12

102

4

15 15

3

5

3

5

3

10

10

4

5

1

4

5

PB t15+15+AEP studwall w/ sound insulation

skirting:hard board+AEP

skirting:hard board+AEP

▽MFL GL+5250

DRAWING TITLE

Typical_Detail_1

DRAWING NO. A650

PROJECT

CMP Group Taichung Mixed-use Development

SCALE

ARCHITECT

KENGO KUMA & ASSOCIATES

150

1500

▽1FL GL+1500 ipe flooring t30 plywood t12+12 substructure heat insulation t40

3

12 12 30

1:5

16

2

2

3

14

13

10

10

8

10

8

1

13

9

9 9

5

9

9

9

East Elevation

1:200 @ A3

DRAWING TITLE

Elevation_1

PROJECT

CMP Group Taichung Mixed-use Development

ARCHITECT

KENGO KUMA & ASSOCIATES

DRAWING NO. A200 SCALE

1/200

REVISION DATE

03.2019

03.2019

[CMP Group Taichung Mixed-use Development] Professional work in Kengo Kuma Office Sofetware: Rhino, AutoCAD Supervisor: Onomichi 5/2019, Tokyo, Japan 118

10

3

REVISION DATE

13

▽B1FL GL-3750

130

36

8

▽GL±0

▽FL

40

130

36

12 12 30

▽FL

3750

ipe flooring t30 plywood t12+12 substructure heat insulation t40

40

130

40

12 12

36

30

▽FL

10

10

MT t36+stone t30 plywood t12+12 heat insulation t40

10

150

13750 3750

PB t9+12+AEP studwall

4750

▽RFL GL+10000

Fireproof PB t12+12+AEP studwall w/ fireproof insulation

1

wall:colored Al panel t3

2

5

girder/joist:w/ wood cladding(aseptic/waterproof paint)

column:ST+ZP

13

door:ST+AEP

wall:roof tile red tone

6

green roof:shrub(soil t150)

10

venting shutter:colored Al louver

14

door:TP glass t12

3

glass:TP t12+12 clear, ST sash

7

green roof:shrub mixed-planting(soil t300)

11

handrail:ST+AEP

15

bracing:ST+AEP

4

roof soffit:plywood(aseptic/waterproof paint)

8

louver:Al angle w/ wood grain finish

12

9

step:granite t30

16

bridge soffit: colored Al panel

[1125 Merrill Street] Professional work in Field Architecture Sofetware: Revit Supervisor: Juliet Hsu 5/2018, Palo Alto, USA 119

[Plaster Model Sketching] individual work preparation for the major transfer exam 6/2013, DUT, Dalian

120

121

[Trapped Balloon] individual work Concept model of inflatable architecture design Material: balloon, wire 2/2018, Berkeley, USA

122

[Transgression] individual work Study model of landscape changes in Potrero Hill in San Francisco. The site condition or context provides various dynamics and interpretations.

In the past 2 decades, due to the gentrification which had taken place in the Dogpatch neighborhood, the landscape of the site experienced a big transition from an undulating landscape in Potrero Hill to a flat open space. Conceptually, a sense of transgression has taken place on the site itself.

9/2017, Berkeley, USA

123

124

[Acknowledgement] First and foremost, I would like to avail myself of the opportunity to express my gratitude to Prof. Jasmit Rangr, Prof. Raveevarn Choksombatchai, Prof. Shiyuan Wang, A/Prof. Hui Yu and A/Prof. Bing Li, my instructors, who have taken their precious time off from their tight schedules, helping me genuinely and offering me constant encouragement, valuable suggestions and enlightening instructions, which contribute to the completion of my portfolio. I would also like to acknowledge my indebtedness to Jiahua Xu, and many others who have contributed their time, thoughts, skills and encouragement to this porfolio.

I am also grateful to all the classmates and friends who have given me generous support and helpful advice in the past few years. Finally, I wish to devote this portfolio to my beloved family, who have given me life and love, and have been supporting me since 25 years ago.

125

126