Kwok-Tung profolio 2011

kwok-tung chunProtfolio 2011

Curriculum Vitae

Show Case

Academy Works

01 The Stage of Inhabitants’ Life

02 The Moon Park

03 PoroScity

04 Temple Extension

Professional Works

05 ProtoWall

06 ChangChun Museum for Culture, Fine Art and Science

07 Residential Project of TaoYuen

Self practice project

Competition, principle designer

Project manger

Village’s Social platform

Commercial Complex

Beijing BaiTaSi district regeneration

A Hybrid stage for religion beyond activities

Content

01

02

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...........................................................07

...........................................................21

...........................................................35

...........................................................49

...........................................................65

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Kwok-Tung Chun earned his master degree in DelftUniversity of Techonolgy(TU Delft) in Netherlands,specializing in non-standrad architecture under

Hyper Body is one of architecture studiowhich focus on computational design and digitalfabrication. He is happy his architectural study can bebrought to this field and would like to undertakes hispractice on this way.

Kwok-Tung is skillful in 3D modeling, parametricdesign, digital fabrication, detail design and projectmanage, because of his study and past professionalexperience. He has one and half year’s workingexperience in Taiwan, meanwhile he was selected tojoin the Shanghai branch for undertaking thearchitecture design in a museum competition when hewas working in Haigo Shen & Associates. Furthermore,he had managed a big scale residential project fromdetail design to real construction.

In addition, Kwok-Tung has a few publicationexperiences. His Msc2 team work in TU Delft waspublished in AWM magazine issue 29. And his self-practice interior design project - ProtoWall haspublished on web of www.makeahybrid.org.

Now his objective is to work in an avant-gradearchitecture firm, in order to pursue his interest inadvanced architecture way.

HyperBody studio.

[Personal Information]

Birth Date

Nationality

Contact

Language

Specialized

3D skill

2D skill

26 - 08 - 1981

Hong Kong, China

+852 97605232

Perfect Cantonese, Perfect Mandarin, B2 level English in progress, Basis Japanese

Architecture Design, P

Rhino, Grasshopper, SketchUp, 3D Max EcoTect, GSA anaylsis

AutoCad, Corel Draw, PhotoShop, InDesign

arametric Design, Digital Fabrication, Detail Design

[email protected]

03

CV

[Edcation]

2010

2006

Master of Science for ArchitectureDelft University of Techonolgy, The Netherlands

Bachelor of Science for ArchitectureHuaFan University, Taiwan

[Professional Experience]

Mar 2007- Jan 2008

Sept 2006- Feb 2007

Project Designer at J. A. Chen Architects & AssociatesTaipei, Taiwan

Architect Assistant at Haigo Shen & Associates, Architects and EngineersTaipei, Taiwan

[Publication ans Exhibition]

2011

2009

2006

2006

Architect and Fabrication Engineer of the project ProtoWallPublished on wed publication : MakeHybrid

One of the group member and editor of the project Proto Space 4.0Published in AWM magazine,issue 29,The Netherlands

Head editor of Graduate protfolio of student worksDepartment of Architecture, HuaFan University, Taiwan

Graduate thesis was selected to exhibited in XinYi Public Assembly HallTaipei, Taiwan

[Competition]

2007 ChangChun Museum for Culture, Fine Art and Science - Principle DesignerChangChun City, Jilin Province, China

[Qualification]

2010 Registered Architect in Netherlands, by Stichting Bureau ArchitectenregisterRegister Number : 1.100701.011

04

Academy Works

05

06

The Stage of inhabitants’ livingShihDing Village, Taipei county, Taiwan

Autumn 2004

01

Individual workTutor: Shun-Hsiang Chung

Bachelor project

08

A

B

CD

E

F

G

H

A. StithyB. DispensaryC. Watch shopD. DraperyE. General storeF. Tofu storeG TempleH. Primary school

Shih-Ding Village is located 50km aways from Teipai City.Farmers settled here to grow tea trees in early time of 50s.However , the new generation of youths have moved out thevillage nowadays, while elders and child were left. As aresult that they did not have too much communication withmodern city, an unique life style and environmentalfeatures were therefore fortunately well-preserved,despite that became famous recently.

In Shih-Ding village, houses were initially built in line andlaid on between hilly mountains and a creek. As expansionof population in 70’s, most of inhabitants have been builtextension either on top or in front of their houses, few ofthem even rebuilt a new higher one. Those extensions andnew building were much longer than the old one and haveoccupied the passage area, even encroached the border ofthe creek. As a result, those inhabitants had to created thecorridor inside their houses ,

. So, if you go through the corridor,as unique space was experienced, sometime walking inindoor area, sometime walking in semi or totally outdoorarea.

in order to link up the row ofbuildings with outside

early picture of Shih-Ding Village

09

Spatial analysis of the corridor

10

An abandoned house/site among the roll of buildings wasselected to perform the design, since some of inhabitantshave moved out and the houses were therefore abandonedand released. The mountain and river along the site alsothe roll of building have been embedded into their liferelating to the corridor which they walking througheveryday. However, the mountain, river and corridor wereindividual systems, did not interact each other, thus I wouldlike to branched the route of corridor, in addition to linkedup the mountain and river, as well as integrated theactivities relevant to inhabitants’ habits.

Concept diagram:

View form Mountain side

Inhabitants can go down to the rocks in river

11

Strategy:

12

13

14

15

B

16

C

17

19

The Moon Park Commercial ComplexTaipei City, Taiwan

Spring- Summer 2005

02

Individual workAdvisor: Shun-Hsiang Chung

Bachelor graduation project

In most of Asian City like Taipei, where has been risinghuge shopping mall to replace the shops on streets. City’sblocks are merged into a network grid for placing biggersolo buildings from an originally scrappy and organictexture. As a result, activities on streets have beensweeping away, walking on streets become joyless, peopleare disappearing on street but in indoor. The outdoor sociallife has been ceasing, as inhabitants spent too more time insuch huge malls and theme entertainment buildings. On theother worlds, the city is disconnecting to it’s inhabitants,people are less care how the city’s content would be, butsplendid interior spaces are more demanding instead.

I analyzed Taiwan’s night market to see how they adaptivelyusing outdoor area to created temporary commercialactivities. Night markets in Taiwan are very popular andtraditional commercial activity, ever familiar to inhabitantsand even visitors. In Night markets there are full oftransitory vendors with temporary extensions andconstruction, that spread commerce everywhere. Peopleeasily get interaction with each other during consumption,the boundary between shops and also the boundarybetween shops and people are blurred. Thus, I would like toapply the features of night market to the modern shoppingmall space, because they are native and emerged from realTaiwanese culture.

Types of consumption

Possible circulation of consumers

The section of night market

relationship between firm constructions and mobile extension

23

FITNESS:spa

FITNESS

SHOP

SHOP

SHOP

SHOP

SHOP

SHOP

SHOP

SHOP

CAFÉ

RESTAURANTPARK

PARK

PARK

FITNESS

FITNESS

FITNESS

FITNESS

FITNESS

RESTAURANT

PARK

BAR

BAR

HOTEL

HOTEL

Program analysis

Process:Apply the features of night to a modern shopping space

Apply the programs into the re-arranged spatial order

24

The selected site is located incentral part of Taipei City, whereis the densest commercial area inTaipei. There occupied manyoffices above two floors ofbuildings but also full of retailshops on streets. In addition,there has many advantages by it’slocation, there on the trafficconnection between Taipei mainStation on west and Taipei 101oneast. West side is the earlydeveloped area, where keepsmany traditional commercialactivities and city context. On theother hand, the area of Taipei 101is a new reformed district wherelaid wider grid with solo hugebuildings in each block. Thus, thearea of the site can be consideredas interface of both oppositiveareas, and fact there is kind ofmixed those features.

25

A’A Section

26

27

28

View form F

View form C

29

C’C Section

30

HotelFitnessShops and RestaurantsParkStructural facade

Exploded Isometric

Mass model

Hotel + Fitness

Shops + Restaurant

31

Void - Park

32

Model Photos with site : Model Photos without facade :

33

34

PoroSCity Beijing BaiTaSi district regenerationBeijing, China

winter 2009 - spring 2010

03

35

Team work : Kwok-Tung Chun, Aurelie Hsiao, Junjie Yan, Yang ShiTutors : Nimish Biloria, Marco Verde

Hyperbody Msc 3 project, TU Delft

36

Family A extended bedroom

Family A extended storage room

Family D extended kitchen

Family B extended kitchen

Family C extended kitchen

Family C extended toilet

Family B extended toilet

Family D illegal parking

Family C extented storage room

The selected site is located in Baita Temple District, wherepreserve a large group of traditional residential typologiescalled SiHeYuan. Alleys were formed by arrays of

HuTong, which is narrow and organic.

The old SiHeYuan Unite can not afford such a high denseliving condition. Therefore, there are many spontaneousactivities inside the courtyard, along the HuTong, evengoing to the second floor. That is why many originalresidents have moved out there, but migrant people,floating workers, fresh graduated people and others low-income people moved in instead.

SiHeYuan calledOver the last decades, China has been facing majorproblems resulting from rapid urban growth. Great effortswere made to solve the dramatic housing shortage and toimprove the appalling living conditions in overcrowded areaby the central government.

SiHeYuan :

5.85 people / unite in 1500 17.5 people / unite in 2009

Current condition :

Beijing Baita District :

37

307 h

3550 db

325 steps

4000 sqm

Acoustic condition

Accessibility

Density

Public Space

33%

34

14

13

21

30

60%

93%

86%

63%

Sunlight

Acoustic condition

Accessibility

Density

Public Space

58%

45%

52%

33%

23%

Sunlight

Acoustic condition

Accessibility

Density

Public Space

41%

68%

98%

88%

23%

Sunlight

Acoustic condition

Accessibility

Density

Public Space

80%

42%

53%

41%

83%

Sunlight

Acoustic condition

Accessibility

Density

Public Space

33%

12%

23%

34%

87%

Floating Worker

Retired People

White Collar

Small Business Owner

Student

Overlapped mappings

population density sunlight demand

acoustic condition accessibility

Parameter Mappings :

According to the overlapped of the mappings, aintervention boundary can be defined, whereindicating the worst conditions through asuperimposition process. The parameters ofselected site are used as the basis for a series ofsimulation experiments in Virtools later.

parameter selection

Users demand Site requirementsThe site is inhabited by 5 types ofpeople: floating workers, whitecollars, small business owners,students and retired people.Each of them has different lifehabits and needs / acceptance

38

Force fields configuration:

Base on parameter configuration setting, we are drawingdifferent spheres representing amount of sunlight,acoustic, density, etc. These can be seen as the attractor orrepellent points within a force field for the partiles.

The particles behavior is defined by the input parameterslocation and value. Each particles searches in all directionsfor the closest influential spheres. The size of spheresrepresents the demand for either density, sunlight, noisecondition or accessibility. The distance of each particlewithin different Force Fields define the relationshipbetween each of the particles and their closest neighbour.

Selected Point-Cloud :

39

-30.3695, 3.8544, 36.9237L01 2.5

-7.7607, -0.9664, 37.4378L02 2.8

-7.3548, 2.5010, 20.9109L03 2.4

13.2679, 9.5149, 4.3525L04 10.3

9.7597, 20.5166, -1.4242L05 2.6

2.7903, 32.7897, -4.6468L06 6.6

10.7210, 4.3236, -21.0267L07 4

-16.3059, 1.7678, 56.7448N01 5.1

20.4854, 3.4985, 36.7229N02 6.9

-2.8109, 3.9650, 7.0345N03 6.4

6.8983, 2.7988, 21.42104

15.3488, 3.9650, -6.9433N04 6.1

6.8026, 3.4985, -34.4977N05 7

-17.1930, 2.7988, 49.1192A01 3.8

5.1508, 2.7988, 34.8967A02 2.9

A03

-18.3058, 3.9650, 7.3836A04 3.1

-18.5968, 4.1983, -11.1674A05 7.4

7.0122, 4.1983, -14.4119A06 6.8

CLUSTER AGENT 0010CLUSTER AGENT 400

-0.8510, 13.4017, -9.3394

7.8526, 5.2817, 7.6187

10.0793, 4.3236, -26.1609

-3.8754, 2.5010,13.9522

21.9057, 3.8544, 29.9069

-15.1283,1.7531, 39.8937

-5.7945,1.7186, 35.2693

-16.6764, -4.854, -10.0307

18.7312, 3.4985,-46.0756

-17.1930, 2.7988, 49.1192

22.8970, 2.7988, 21.1544

17.5147, 2.7988,14.7019

-18.3058,1.3994,7.3836

13.9335, 4.1983, -6.3543

L01 10

L026.6

L034

L04 4.3

L05 7

L065.2

N016

N02 6.5

N036.9

A01

3.9

A02 4

A033.7

A04

4.2

A05 7.4

-8.1115, -0.9664, 35.3327L01 2.6

-0.7810, 3.8544, 30.8439L02 2.4

2.6509, 2.5010, 15.6841L03 2.5

11.5627, 28.8853, 5.2095L04 6.6

9.7597, 20.8763, -1.4242L05 3.2

-16.5997, 9.5149, -11.6266L06 10.3

4.9048, 9.8068, -13.3793L07 3.5

10.5717, 4.3236, -19.3840L08 5.1

22.0690, 3.9650, 31.5859N02 6.5

-38.5141, 1.7678, 53.3744N01 5.1

1.9675, 3.4985, 22.9839N03 6.9

24.2215, 2.7988, 25.00524

-14.5442, 11.3833, 4.9239N04 6.1

14.5682, 3.4985, -48.5355N05 7

-13.3102, 2.7988, 51.2099A01 3.9

5.1508, 2.7988, 34.8967A02 2.9

A03

17.2443, 4.1983, 16.1615A04 7.4

-6.8067, 1.3994, -1.8753A05 4.3

9.8497, 4.1983, -3.6596A06 6.8

CLUSTER AGENT 008

-2.7340,-0.9664,44.9250L01 2.6

-0.7810, 3.8544, 30.8439L02 2.4

12.2662, 2.5010, 21.5774L03 2.5

14.8676, 32.5294, 8.4252L04 6.6

0.0445, 7.8230, 0.6010L05 10.3

-0.5734, 4.3236, -8.9889L06 2.6

10.2007, 9.8068, -29.4594L07 6.3

21.8628, 3.4985, 31.6580N02 6.5

-29.6766, 1.7678, 52.0509N01 5.1

-9.9586, 23.7470, 19.5089N03 6.9

18.3283, 2.7988, 27.17634

-18.8434, 3.9650, -5.1456N04 6.1

20.0799, 3.4985, -46.6259N05 7

-12.8742, 2.7988, 33.3333A01 3.9

5.1508, 2.7988, 34.8967A02 2.9

A03

17.2443, 4.1983, 16.1615A04 7.4

-12.6376, 1.3994, 4.1888A05 4.3

13.5717, 4.1983, -9.2427A06

CLUSTER AGENT 008

-2.7340,-0.9664,44.9250L01 2.6

-0.7810, 3.8544, 30.8439L02 2.4

12.2662, 2.5010, 21.5774L03 2.5

1.5018, 2.5010, 13.9290L04 6.6

2.6349, 2.5010, 4.2977L05 2.6

-9.8291, 2.5010, 0.3319L06 2.2

14.8676, 17.5659, -1.5298L07 3.6

-0.5734, 4.3236, -8.9889L08 6.6

-14.0263, 32.5294, -13.3869L09 7.4

10.8116, 20.7769, -22.4637L10 2.6

10.2007, 9.8068, -29.4594L11 2.1

2.0543, 3.4985, 21.9953N02 6.5

-29.6766, 1.7678, 52.0509N01 5.1

-17.9936, 3.9650, -0.0467N03 6.9

18.3283, 2.7988, 27.17634

5.5017, 9.8317, -16.9089N04 6.1

20.0799, 3.4985, -46.6259N05 7

-12.8742, 2.7988, 33.3333A01 3.9

5.1508, 2.7988, 34.8967A02 2.9

A03

17.2443, 4.1983, 16.1615A04 7.4

-15.1871, 1.3994, 8.9442A05 4.3

2.9428, 4.1983, -4.4114A06

CLUSTER AGENT 004

-2.7340,-0.9664,44.9250L01 2.6

-0.7810, 3.8544, 30.8439L02 2.4

12.2662, 2.5010, 21.5774L03 2.5

1.5018, 2.5010, 13.9290L04 6.6

2.6349, 2.5010, 4.2977L05 2.6

-9.8291, 2.5010, 0.3319L06 2.2

14.8676, 17.5659, -1.5298L07 3.6

-0.5734, 4.3236, -8.9889L08 6.6

-14.0263, 32.5294, -13.3869L09 7.4

10.8116, 20.7769, -22.4637L10 2.6

10.2007, 9.8068, -29.4594L11 2.1

2.0543, 3.4985, 21.9953N02 6.5

-29.6766, 1.7678, 52.0509N01 5.1

-17.9936, 3.9650, -0.0467N03 6.9

18.3283, 2.7988, 27.17634

5.5017, 9.8317, -16.9089N04 6.1

20.0799, 3.4985, -46.6259N05 7

-12.8742, 2.7988, 33.3333A01 3.9

5.1508, 2.7988, 34.8967A02 2.9

A03

17.2443, 4.1983, 16.1615A04 7.4

-15.1871, 1.3994, 8.9442A05 4.3

2.9428, 4.1983, -4.4114A06 6.8

CLUSTER AGENT 005

EXP 06EXP 05

EXP 03 EXP 04

EXP 01 EXP 02Candidate :

40

Architectural program :

41

50%

95%

90%

63%

60%

40%

60%

30%

40%

70%

40%

80%

50%

20%

90%

90%

100%

10%

100%

80%

40%

50%

40%

70%

95%

10%

30%

30%

90%

L

. 1

/

4

L

. 1

/

2

L

. 3

/

4

L

Outward porosity

Point cloud density

Public

Space

2

-

4

4

-

6

1

0

-

1

2

6

-

8

33%

Architectural Component :

The generated point-cloud beenused ad the based structuresystem of the components. Thesize of component and the levelof opening influence the qualityof the architectural space.In the final building, thecomponents with certain porosityreflected a list of parametervalues, which can meet therequirements of different usergroups.

42

Urban Impact :

The topography green landscape creates differentplateaux, which connects the proposed design to theexisting urban fabric by integrating the circulation networkand by providing large outdoor / indoor public spaces withdifferent qualities to allow various activities occur there.

43

Section

Section

Open space integrated with neighbor

Public space on ground floor

Variety of the opening fits different group of users

44

47

48

Temple Extension A Hybrid Stage for the activities beyond religionShiLin district, Taipei City, Taiwan

Spring - Summer 2010

04

Individual Work: Kwok-Tung ChunDesign Tutors : Dr. Nimish Biloria, Henriette Bier

Structure Tutor : Martin SobotaGraduation Project, HyperBody Studio, TU Delft

Temple activities ans Social activities around temples :

*necessity factory is a comparison between the activities in terms of social life on of community

residents

tourist

people

duration

cycle

necessity factor

proportion of activities :people x duration x cycle xnecessity x 100%

620 ppl65% residents 35% tourists

3 hrs

30/year10%

people

duration

cycle

necessity factor

620 ppl65% residents 35% tourists

1 hrs

30/year10%

people

duration

cycle

necessity factor

350 ppl85% residents 15% tourists

2.5 hrs

30/year10%

people

duration

cycle

necessity factor

85 ppl100% residents

3 hrs

280/year76%

people

duration

cycle

necessity factor

180 ppl80% residents 20% tourists

2.5 hrs

295/year75%

people

duration

cycle

necessity factor

430 ppl35% residents 65% tourists

6 hrs

365/year100%

90%

90%10%

70%

70%

80%

20%

41.5%

24%11.5%

13.5%

4.5%

5%

Religious Performance

Parade

Opera

Private Concert

Tea Drinking

Vendoring

There is a main Temple in central areas each community init’s initial composition in Taiwan. It implies the importanceto inhabitants while residents not only taking religiousactivities in temple but also placing their social life aroundthe it. That is why a night market always nearby the templesupplying foods and commodities as subsequent activity oftemple events, and daily social life. Moreover, they doingother activities like tea drinking and opera performing aspart of social life communicating with neighbors

The site is located in ShiLin district where is super famousbecause of the night market. As one of early expansionarea of Taipei city, there is a old local temple set in thecentral of the community and nearby the night market.However the night market was getting famous and becamea tourist point, the temple no longer function like before asall the open space was fully occupied by transitory vendors.So the residents lost their social life between theircommunity and the attentions of religious events alsodropping . Fortunately, the government has preserved aplace in front of the temple for re-building the communityactivities.

51

Accessibility Acoustic insulationCapacity of capture Visibility

Morning

Afternoon

Night-100%

-87.5%

-75%

-62.5%

-50%

-37.5%

-25%

-12.5%

0%

12.5%

25%

37.5%

50%

62.5%

75%

87.5%

100%

Data Mapping :

Circumstance of the site :The site is surrounded byresidential building but busy forcommercial activities due to thefamous night market thatattracting thousands peopleevery single night. Thus, visitors,venchles and vendors are muchinfluencing the site. Fourfeatures were therefore pointedout with respect to factorsrelating to the quality of theactivities.

The data collection were dividedto four conditions with respect tothe requirements of theactivities. The data

ue to the activitiesare taking different times, thenmapped on the site regard as 2-Dspatial parameters for thesimulation later.

werecollected respectively to threetime period, d

Flow of people

Flow of cars

Flow of motorcycles

Resources points of noise

52

Opera

Vendoring

Tea drinking

Morning

Afternoon

Night

Data Combination :

Step 1 : Randomly fill into site

Step 2 : Particles were attracted into their belonging zones

Step 3 : Higher value of parameter were attracted more particles

Step 4 : Particles were going up or down depend on the requirementsof their belonging program,and the distance depends on thevalue of parameters

The data from the fourfactors were convertedto different symbols withdifferent size. Differentshape of symbolrepresents differentfactors while the biggersymbols indicatinghigher values. Then thefour factors of symbolicmappings werecombined into one bythree times division.

The data are extractedform each combinedmapping which meetsthe requirements ofdifferent activities, aswell as distinguishesthe ideal region for eachactivities.

Finally, the extracteddata merge togetherwith its specifiedregions into one entiremapping. The shape ofsymbols, the size ofsymbols and thepositions of symbols onthe mapping work asparameters andattractive zone of theswarm simulation later.

Program Requirements :

Swarm Simulation :

Religious Performanceand Parade

53

NightMorning Afternoon

Data Extraction : Data Merge respecting program requirements :

Vissibility AcousticCaptureAccess.

-100%

-87.5%

-75%

-62.5%

-50%

-37.5%

-25%

-12.5%

0%

12.5%

25%

37.5%

50%

62.5%

75%

87.5%

100%

-100%

-87.5%

-75%

-62.5%

-50%

-37.5%

-25%

-12.5%

0%

12.5%

25%

37.5%

50%

62.5%

75%

87.5%

100%

-100%

-87.5%

-75%

-62.5%

-50%

-37.5%

-25%

-12.5%

0%

12.5%

25%

37.5%

50%

62.5%

75%

87.5%

100%

-100%

-87.5%

-75%

-62.5%

-50%

-37.5%

-25%

-12.5%

0%

12.5%

25%

37.5%

50%

62.5%

75%

87.5%

100%

54

Religious Performanceand Parade

Tea Drinking

Vendoring

Point-Cloud :

Opera

Structure inspiration Parametric Roof refer to Point-Cloud1.Original points

2.Project to surface withclosest distance

3.Divide to certain layers

5.Creating plane andgenerating planar curves

4.Evaluating Tendency

Terrace

Pavement

Stage

auditorium

Supporter

Canopy

Terrace

Pavement

Slaps

Roof

Mesh :

Four groups of 3D point-cloud were generatedfrom the simulation, theshape of them ofgenerally reflecting thegeometries which satisfythe requirements of theactivities. Butnevertheless, the pointsshould be respectivelyconvert to geometrieswith respect to specificneeds.

Groups of point :

This is series processes thatparametrically generate the panel curvesfrom the basis shapes with parametricinterval between the curves refer to thepoint-cloud, and even refer to theparameters that gathered from themappings in early. These curves aresequently used to generate the structureswhich inspired from casion ceiling intraditional Chinese building

Casion Ceiling

55

Extract Profile lines Smoothing Curves Creasing Edges

Form finding :

Basis shape of geometry

Stage for performance

Vendoring area

Tea House and food core

Pavement for Parade

Bridge

Tea Pavilion

Tea Pavilion

Path connecting second floor of the Pavilion

Vendoring Place

Urban Impact :

56

10 1010 10

10

First Floor Plan Second Floor Plan

01. Vendoring area02. Terrace03. Performance area and Path04. Administrant tea house05. Theater06. Stage07. Rehearsal room08. Toilet09. Food court10. Open tea house

Ground Floor Plan

B’

A’

C’

D’

F’

G’

4

5

9

1

3

6

7

8

57

-290

+350

+700

+1350

+0

B’B Section scale: 1:100

Wooden Panel:

Wooden Strip:

Prefabricated panel spay with concrete:

Concrete foundation:

Concrete Beams:

Bamboo Pipe:

Materials :

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G’G Detail F’F Detailprefabricated panel concrete spray

D’D Detail scale: 1:20

Continuous slaps with organic form :

Pre-fabricate panel paste with concrete

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A’A Section

C’C Detail

View of first floor

Tea drinking area in ground floor

View from entrance

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Professioinal Wo

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orks

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PotoWall Interior Remodelling projectHong Kong

winter 2010

05

Architects : Kwok-Tung ChunParametric Associative system design : Kwok-Tung Chun

Digital Manufacturing Engineering : Kwok-Tung ChunDigital Fabrication : Wang-Sang Laser Co., Ltd.

Location : Tsuen Wan, Hong KongClient : Sei-Wah Chun

On the original plan, it is not possible to create two rooms which havewidows toward outdoor, so I curved the new created wall for setting awindow and door at 45 degrees in order to introduce sunlight and airflow into one of the rooms. In the other room, I patterned the wall withspecified openings which insulates the sight but light and air-flow arestill able to get into the room. Therefore the nature lighting andventilation can be satisfied in both rooms.

Solar Indication :

Direct sunlight analysis :

Reflective sunlight analysis :

Total amount of sunlight :0hr8hr 4hr

This is an interior remodeling project recently finished in a flat of anold public rental housing in Hong Kong. Public rental hosinggenerally is the government founded huge communities compositedwith several large buildings, of which embedded in thousands flats.In each flat, the area is very small and insufficient to partition offrooms for every dweller, nevertheless, one of three families has gotto live in such low quality areas in Hong Kong. This project showshow it is done to partition off two rooms in such small and difficultcircumstance, also a temporary room for domestic helper within aninadequate area of 4.4 by 7.2 meters. Hence, the aim of this projectis to form the rooms as good as possible within the limited spaceprovided, in terms of spatial quality.

Triple layers’ wall allows light leak through it

Sunlight leak into room in morning

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Triple layer wall :

In order to properly pattern avision of opening on the wall, Iset up an array of points, basedas the centers of each opening.The position of points

the sunlight analysis. The logic isthat, the area collects moresunlight would be placed biggeroping, less sunlight the openingswould be smaller. On the otherworlds, the points wereconcentrated to low value area,but relatively stable in high valuearea. Moreover, by utilizing anew invented opening logic, thespace behind the wall can getslight and ventilation withintrusion of sight

would bemodified by the value ofparameters, which came out from

Air Flow :

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B B' section

A A section'

REF.

1985

1050

1200

755

2000

2000

1820 535 1995

4400

7400

676

802

The entire creation consists of customized furniture, reflective wallpenals and a hollow partition wall. All of them were fabricated infactory and then assembled on site, especially the partition wallwhich was assembled with wooden boards and manufactured byCNC machine as an outcome of contouring process. All the pieces ofboards would be assembled into several large components, andfinished with polishing and painting before shipment to the site. In anutshell, this is somewhat a low budget and experimental projectwhich tests the capacity of pre-fabrication in an interior design byutilizing CAD and CAM tools

A

B

Plan

Photo shot form window side

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Light leak from the bedroom

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Reflective panels reflecting sunlight into living room, then leak into rooms

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ChangChun Museum for Culture, Fine Art and Science

Competition 2nd prize Museum Department of Jilin ProvinceChangChun, Chinawinter 2007

06

Project director : Nan-Jie WuPrinciple Architectural Designer : Kwok-Tung Chun, Mon-Lin Chaing

Haigo Shen & Partners

Somehow the authorities willingto imply the sign of the municipalplant - Clivia in the design. Sofirstly we undertook to transformthe form of the plant intoarchitecture form

Ground floor

First floor

Second floor

Third floor

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South-West view

Mass of Science Museum

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A

CB

A’A section

B’B section

C’C section

Corridor between two Art center and Mesum

A huge circular concourse is used to link up lobby and thethree theme museums, as provide a minimal and efficientcirculation the between the museums. In addition to a largevoid circle inside the concourse for lighting itself, theintervals between the layer of roofs are able to introducelight into the three block of museums. The three blocks ofmuseum are themed of Science, Culture and Fine Artrespectively. All of them are tiled with wooden strips whichgive the public area a better acoustic condition.

Science center Museum of Culture Art gallery

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Natural Lighting

Circular corridor linking up three museums and entrance

Common rest area between museums

Residential project of TaoYuanTaoYuan City, Taiwan

Spring - Winter 2007

07

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Project Manager : Kwok-Tung ChunClient : Sun-Jet Construction LTD.

Architect : J.A. Chen Architects and Associates

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Th

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ank you for reading

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