Z - A : Portfolio

Z - Aarchitectural portfolio wong wai-hou zachary

Selected professional

and academic works ranging

from 2004-2010 from schools

to courthouses and high-rise

residences.

FEBRUARY 2010

PORTFOLIO 2010: WONG WAI-HOU ZACHARY

The portfolio included a selected professional and academic works ranging from 2004 - 2010 from latrines, schools to courthouses and residences.

Contact Information:TE / +00-852 - 6121-8623EM / [email protected] / G/F, 18A Mosque Street, Mid-levels, Hong Kong SAR

Brief IntroductionAcademic Qualifications:09.2008 12.2010 Master of Architecture. School of Architecture, CUHK09.2004 12.2007 Bachelor of Social Science. Department of Architecture, CUHK09.1998 06.2004 St. Josephs College

Professional Experience:01.2009 08.2009 Architecture Design and Research Group Ltd (AD+RG)06.2007 09.2007 ADO Design & Public Art Consultants (HK) Ltd (ADO)06.2005 08.2005 Wing Mau Products Development Ltd

Honours and Awards:2009/2010 Wong Tung & Partners Scholarship2009 Harmonized Neighbourhood, Sustainable building design competition. Champion2008 AIA Hong Kong Scholastic Award2005/2006 Deans List Award2005/2006 KONE Elevator (HK) Ltd. Scholarship

All rights reserved. This portfolio and the included images, graphics and drawings are intel-lectual properties of Wong Wai-Hou Zachary. Any use, circulation without the publishers prior consent in any form of binding or cover other than that in which it is published and without similar condition including this condition being imposed on the subsequent purchaser.

Printed by February 2010.

A05

Government ComplexGreen Island, Macau SAR, China(Urbanization Studio)

Academic Works 2004 - 2010 Selected academic works from 2004 to 2010 during studies in School of Architecture in the Chinese University of Hong Kong.Index

A02

Checkerbox Residence(Siteless)(Tectonics Studio)

A03

Museu.m.allRonggui, Shunde, China(Urbanization Studio)

A01

Otherness : A Hong Kong Judicial AssemblyCentral, Hong Kong SAR, China(Thesis)

A04

Bamboo Urbanism (Residence)Hunghom, Hong Kong SAR, China(Competition)

A06

Modular Bus StopFotan, Hong Kong SAR, China(Techincs Studio)

1

BACHELOR STUDIES

COMPETITION

MASTER STUDIES

P01

Mei Ho House Revitalization: City HostelShek Kip Mei, Hong Kong SAR, China(Architecture Design and Research Group Ltd)

P02

Training Annex to Hong Kong Institute of Vocational EducationTuen Mun, Hong Kong SAR, China(Architecture Design and Research Group Ltd)

Professional Works 2007 - 2009Selected professional works from 2004 to 2010 during working with AD+ RG and ADO.Index

P03

Sewerage and Sewerage Disposal: Pump StationYuen Long and Kam Tin, Hong Kong SAR, China(ADO Design and Public Art Consultants (HK) Ltd)

P04

Refuse Collection Point PavilionCheung Shue Tan, Shatin, Hong Kong SAR, China(ADO Design and Public Art Consultants (HK) Ltd)

!"#"$%&'"&%%("&')&**%#%$+,-%&.*%,)(.-%&./&%0.%((".+("%1&+(.2)&*0%1.*%#%$+,-%&.+33"!%.4 5 , 6 * 7 8 7 9 6 :; 7 < = > 3 6 ?; 4 = 5 6 < 4

3 PORTFOLIO 2010

4ACADEMIC WORKS

A01 Otherness : A Hong Kong Judicial Assembly

Courthouse, office and libraryCentral, Hong Kong SAR, China(Thesis)

5 PORTFOLIO 2010

PROGRAM LISTProgram divided according to the usage: juridical, research institute and an archive.

Program divided according to area and usage: S, M, L, XL.

space of justiceThe rule of law through the colonizing of British was finally widely adopted and believed by the Hong Kongers especially the younger generation. In the incident of the June fourth of 1989, students and public gathered around the Supreme Court already show clearly where their belief in justice lies, and the architecture becomes the space of representation for their action.

JURIDICAL PROCESSINGA courthouse is a well tuned instrument for the orderly and efficient processing of the trials. Security and privacy are essential to the functioning of a courthouse. Transparency is as well important social impact. Courthouse as well is a useful archive for cases where all the public, media and professionals could refer to as a final destiny. To support these wide range of facilities, the courthouse as well need to accommodate a good number of offices, from treasury to court clerk.

LEGAL SYSTEMSCourt of Final Appeal is not solely immune to outside influence, in case of Basic Law, it is vulnerable and bleach through by the National Peoples Congress to reinterpret and thus affecting decision. This arouses peoples concern for the independency of the Court of Final Appeal. Causing Court of Final Appeal to stand in a dual relationship with China.

mutual balancing

mutual balancingmutual balancing

Participate

By appointment

By election

Participate

HER MAJESTYS GOVERNMENT

Prime Minister

House of Commons

House of Lords

1 chief office, 27 minitries

PRIVY COUNCIL

Constituinal Judge

740 peers, 650 members of parliament

PARLIAMENT

The United Kingdom

under

under

By appointment

POLITBUROCommunist Party

STATE COUNCIL

Premier

SUPREME PEOPLES COURT

2985 members

NATIONAL PEOPLES CONGRESS

By election

Chairman

The Peoples Republic of China

Legal systems of Hong Kong

LEGISLATIVE COUNCIL60 members, 30 geographical constituencies, 30 functional constituencies

2985 members


1 chief executive, 3 secretaries, 12 policy bureau

mutual balancing mutual balancing

mutual balancing

non-structuredtension

submissionsubmission

submissionsubordinate

replacementreplacement

GOVERNMENT

STATE COUNCIL

CITIZEN

HER MAJESTYS GOVERNMENT


PRIVY COUNCIL

NATIONAL PEOPLES CONGRESS

POLITBUROCommunist Party

Court of final appeal, high court, disstrict court and others

JUDICIARY

All against one?

740 peers, 650 members of parliament

PARLIAMENT

Public XL

Additional XLPublic S

Juridical L

Research XL

Public L

Additional L

Juridical M

Research L

Public M

Additional S

Juridical S

Research MResearch S

6ACADEMIC WORKS

FACADE DESIGNThe different variations of facade through design.

Space Arrangement Transparencies requirement ver.1

Opening ver.1 Transparencies requirement ver.2

Opening ver.2

COMPOSITIONThe architecture is organized through three components The functional space the public path and the facade, in which the program use defined the public passage which in turn define the facade in the operation of cut and shift and transparencies in opening.

FACADE DESIGNResponding to the practical needs the transparency of different program suggests could coordinately to produce a specific pattern to the facade by the vertically arranged courthouse.

7 PORTFOLIO 2010

anatomyThe Hong Kong Judicial Assembly cuts through the old Statue Square producing the sunken plaza for voices of justice in the city, with regards to its immediate site context, the court of final appeal, the Chinese Liaison Office and the Hong Kong and Shanghai Bank Headquarters Building.

+20.0MCourt Hall

+29.0MCourthouse 1 & 2

+44.0MMain Court

+69.0MCourt Hall 2

+0.0MGround

-8.4MPublic Ground

Court of Final Appeal Central Station

Judiciary

Court

Public

!

8ACADEMIC WORKS

CROSS SECTIONThe section cuts through the design at the Court of Final Appeal and the public plaza facing the existing Legislative Council Building.

Central Station Law Case Archive

Chinese Liaison Office

9 PORTFOLIO 2010

10ACADEMIC WORKS

AB C

DEF

2

31 1

1

4

55

6

56

5

juxtaposedOn the left page is the Court of Final Appeal juxtaposed against the Chinese Liaison Office by the public plaza. The left images are the full view of the design and the view facing Connaught Road Central respectively.

Ground Floor PlanSite ContextA CenotaphB Mandarin Oriental BuildingC Prince's BuildingD Hong Kong and Shaghai Bank

Headquarters BuildingE Bank of China BuildingF Hong Kong City Hall

Use of Space1 Entrance2 Entry to Carpark3 Foyer4 Information Office5 Museum6 Storage

11 PORTFOLIO 2010

SPACESThe above image renders the future possible image of the consultants office where lawyers meets their clients. The below image renders the view of a press conference at the bottom of the tower.

13 PORTFOLIO 2010

A02 Checkerbox Residence

High-rise residence(Siteless)(Tectonics Studio)

14ACADEMIC WORKS

Randomness is a very general phenomenon. Everything in daily life consists of various degrees of randomness within it. Though seems to be chaotic, this randomness usually share some similarities behind them, which we could refer them as structure and randomness happens within it.

Parametric design allows us to gain control over this structure. Theoretically, it would be possible to generate a parametric design able to describe architecture of certain type.

In this method of design, sensitivity to where control could be exerted is essential. First, one can control over randomness within given structure.Second it is the control over the structure.

OpeningA07.3_wall.gsmOpeningA07.4_floor.gsm

Master08.5_flat1.0.gsmMaster08.5_flat2.0.gsmMaster08.5_flat2.1.gsmMaster08.5_flat2.2.gsm

Tower01.1.gsm

SC08.15.2_full.pln

Plane

Cut in

plane

2.0

Ground

/Flats/R

oof/Co

re

Flat ar

rangem

ent

PlaneX

/Y/Z

2.1

2.2

1.0

Flats

Stack

Functio

nal co

mbina

tion

Planar

comb

ination

Tower

whichGridX = int(rnd(startFract - 1.0001)) + 1 whichGridY = int(rnd(startFract - 1.0001)) + 1 startX = whichGridX * coreX2/startFract startY = whichGridY * coreY2/startFract endif if startType = Random then startX = rnd(coreX2 - holSize) + holSize startY = rnd(coreY2 - holSize) + holSizeendif !------------------------------------------------------------------------------------ ! Make core if partiType = 2 rooms then gosub 1 if partiType = 3 rooms then gosub 2 if partiType = 4 rooms then gosub 3 if partiType = Random then whichType = int(rnd(2.9999)) + 1 if whichType = 1 then gosub 1 if whichType = 2 then gosub 2 if whichType = 3 then gosub 3endif

!------------------------------------------------------------------------------------ ! Make shell gosub 11 del 1 gosub 21 cutend addx a rotz 90 add thkX, thkY, 0 gosub 12 del 1 gosub 21cutend

del 3next i

!------------------------------------------------------------------------------------

! Make roof

if roofStyle = Nil then exitif roofStyle = Flat roof thenaddz fNum*zblock a, b, z/15del 1endif

END

!------------------------------------------------------------------------------------

1: ! Type one - two walls whichDir = int(rnd(1.9999)) + 1 if whichDir = 1 then add startX, startY, 0 plane 4, 0-startX, 0, 0, coreX2-startX, 0, 0, coreX2-startX, 0, z, 0-startX, 0, zdel 1endif

if whichDir = 2 then add startX, startY, 0 plane 4, 0, 0-startY, 0, 0, coreY2-startY, 0, 0, coreY2-startY, z, 0, 0-startY, z del 1 endifreturn

!------------------------------------------------------------------------------------

2: ! Type two - three walls

whichDir = int(rnd(3.9999)) + 1 add startX, startY, 0 if whichDir = 1 then plane 4, 0-startX, 0, 0, coreX2-startX, 0, 0, coreX2-startX, 0, z, 0-startX, 0, z plane 4, 0, 0, 0, 0, coreY2-startY, 0, 0, coreY2-startY, z, 0, 0, z endif del 1

if whichDir = 2 then add coreX2/2, coreY2/2, 0 rotz 90 add -coreX2/2, -coreY2/2, 0 add startX, startY, 0 plane 4, 0-startX, 0, 0, coreX2-startX, 0, 0, coreX2-startX, 0, z, 0-startX, 0, z plane 4, 0, 0, 0,

0, coreY2-startY, 0, 0, coreY2-startY, z, 0, 0, z del 4 endif if whichDir = 3 then add coreX2/2, coreY2/2, 0 rotz 180 add -coreX2/2, -coreY2/2, 0 add startX, startY, 0 plane 4, 0-startX, 0, 0, coreX2-startX, 0, 0, coreX2-startX, 0, z, 0-startX, 0, z plane 4, 0, 0, 0, 0, coreY2-startY, 0, 0, coreY2-startY, z, 0, 0, z del 4 endif if whichDir = 4 then add coreX2/2, coreY2/2, 0 rotz 270 add -coreX2/2, -coreY2/2, 0 add startX, startY, 0 plane 4, 0-startX, 0, 0, coreX2-startX, 0, 0, coreX2-startX, 0, z, 0-startX, 0, z plane 4, 0, 0, 0, 0, coreY2-startY, 0, 0, coreY2-startY, z, 0, 0, z del 4 endifreturn

!------------------------------------------------------------------------------------

3: ! Type three - four walls add startX, startY, 0 plane 4, 0-startX, 0, 0, coreX2-startX, 0, 0, coreX2-startX, 0, z, 0-startX, 0, z plane 4, 0, 0-startY, 0, 0, coreY2-startY, 0, 0, coreY2-startY, z, 0, 0-startY, zdel 1return

!------------------------------------------------------------------------------------

11: ! Select primary hole whichSide = int(rnd(1.9999)) + 1 if whichSide = 1 then rotx 90 cutpoly 4, startX, 0, startX + holSize, 0, startX + holSize, z, startX, z del 1 endif if whichSide = 2 then rotx 90 cutpoly 4, startX, 0, startX - holSize, 0, startX - holSize, z, startX, z del 1 endifreturn

!------------------------------------------------------------------------------------

12: ! Select primary hole

whichSide = int(rnd(1.9999)) + 1 if whichSide = 1 then rotx 90 cutpoly 4, startY, 0, startY + holSize, 0, startY + holSize, z, startY, z del 1 endif if whichSide = 2 then rotx 90 cutpoly 4, startY, 0, startY - holSize, 0, startY - holSize, z, startY, z del 1 endifreturn

sample double flat upper floor plan

17 PORTFOLIO 2010

18ACADEMIC WORKS

M/E M/E

Flat type Level 3Scale _ 1/200

M/E M/E

Flat type Level 2Scale _ 1/200

M/E M/E M/E M/E M/E M/E

Services Roof Garden

Skylight Skylight

SkylightSkylight

SkylightSkylightSkylight

Roof Garden

Sky

light

Roof garden planScale _ 1/200

Entrance lobby planScale _ 1/200

Corridor

Corridor

Corridor

Corridor

Corridor

Corridor

Corridor

Corridor

Corridor

Corridor

Corridor

Corridor

Corridor

Corridor

Corridor

Corridor

Level1

2.0 2.0 2.0

2.1 1.0 2.2

1.0

Possible flat types

Level2Level3

8.0Single/Duplex Distribution 4.0 2.0 1.5 1.0

X1X2

X3

X4X5

Z1

Z2

Y3

Y2

Y3

Y1

19 PORTFOLIO 2010

Opening TypesA - Main SpaceB/C1 - Large opening for window/doorB/C2 - Small opening for window/doorD1/2 - Opening for front entrance/facadeE1/2 - Opening for main space/stair

PlaneX/Y - A

PlaneX/Y - Window

PlaneZ

PlaneX/Y - Door

D1

B1

B2

E1

D1

C1

C2

E2

2.7m

2.7m

2.4m 2.4m 1.2m

flat structureThe x-y-z planes defining the tower continue to define the flat in the more detail level, where openings are made according to the room requirement. The openings are different and conclude into 5 types.

20ACADEMIC WORKS

Flat2.0 plan lower level Flat2.0 plan upper level

Flat 2.0 upper level

M/E M/E

Corridor level3

Flat 1.0 Flat 2.0 lower level

21 PORTFOLIO 2010

A03 Revitalization of Industrial Waterfront : Museu.m.all

MuseumRonggui, Shunde, China(Urbanization Studio)

22ACADEMIC WORKS

25 PORTFOLIO 2010

1/F plan of project (above);section crossing the inland and waterfront (left).

27 PORTFOLIO 2010

insertionInstead of tabula-rasa method, the museum was added to the site at strategic location and form some gathering places.

The museum on the first hand would not be able to fill the site at this scheme, other program benefiting the residents like market could introduced.The new parts would make advantage of the existing building and create a new experience to the original spatial relationship.

28ACADEMIC WORKS

29 PORTFOLIO 2010

design conceptThe design aims to generate a compact urban living environment without compromising sustainability. Bamboo clusters which are dense yet allow air to breeze through inspire the design in three main aspects:

Clusters of Apartment Towers (tower);Mini Neighbourhood Formed by Clusters of Floors (ring); andLandscaped Deck as Podium (landscape).

Apartments form towers by themselves. 3 of them are connected to each other by the ring and sit on the landscape.

A04 Bamboo Urbanism

High-rise ResidenceHunghom, Hong Kong SAR, China (KIL11120)(Competition with Ho Chun Wang, Leung Kar Ho, Wong Chak Yuen)

Design ConceptThe design aims to generate a compact urban living environment without compromising sustainability. Bamboo clusters which are dense yet allow air to breeze through inspire the design in three main as-pects:Clusters of Apartment Towers (tower);Mini Neighbourhood Formed by Clusters of Floors (ring); andLandscaped Deck as Podium (landscape). Apartments form towers by themselves. 3 of them are connected to each other by the ring and sit on the landscape.

Physical ConsiderationsWind comes from East to the site towards South throughout the year at relatively high speeds. In Micro Climate, the towers are arranged so that the space between apartments is adequate encourage to allow wind from different directions to pass through the site and into the city. In lure of future seaside development which would actually block the prevailing wind in the summer, the clusters of towers generally facilitates air passages from Various Directions.

Furthermore most conventional residential towers do not allow cross ventilation as apartments are usu-ally entered from double-loaded corridor. Apartment in this design are entered from Bridges linked to the central ring which acts as gathering space. This encourages residents to open windows facing the ring as well as the sea to and thus facilitates cross ventilation within individual apartment.

Social ConsiderationsPodium deprived street environment of the walkability; landscape is more welcoming to people and encourages walking. The design of the podium is shaped as a landscape to direct visitors from the po-dium of Hunghom Peninsula and footbridges towards the waterfront and the surrounding open spaces. The landscape is a open space more like a Public Park which they can enjoy the environment without blocked by the ubiquitous Privately Owned Public Space (POPS).

Podium is conventionally the condensation of all social programs, shops, recreational facilities, etc. but the towers are only solely for living , leaving the skygardens useless. Our design provides Community Decks at every five floors in the central tower. Some of the Decks are integrated with the sky gardens providing generous space for Social Encounters.

BAMBOO URBANISM

HARMONIZED NEIGHBOURHOOD | SUSTAINABLE BUILDING DESIGN COMPETITION

Wind Turbine

Intensive RoofGreenery

Sky Garden

GatheringPlatform

Balcony

PrefabModularFacade

Low-EGlass Window

Public Open Space

PodiumGarden

Public Open Space

Louver

MiniNeighbour-

hood

CrossVentilation

Typical Plan 1.250

Section 1:250

KIL 11120 Proposed Design ParametersGFA Domestic: 45,420m2

Non-Domestic: 17,854m2

% of GFA Concession Areas 86%

Site Coverage Domestic: 2,020m2

Non-Domestic: 6.977m2

Number of Towers 3

Approximate Total Number of Flats 463

Approximate Average GFA per Flat 98m2

Number of Residential Floors 29

Building Height 100mPD

Proposed Green and Innovative FeaturesBuilding Separation 8m

Coverage of Greenery/Public Open Space 7,000m2

Other Energy Efficient Building design and Installations

Intensive roof greenerySkygardenBalconyPrefab facadeCross ventilationWind turbineLow-E glass windowHigh surface-to-area ratio(reduce heat capacity)

TECHNICAL INFORMATION PHYSICAL CONSIDERATIONSSOCIAL CONSIDERATIONS

Block Plan

A Site

B Enhanced Micro-Climate

Clubhouse in podium

Public open space

Gathering Space

CDACDAX

1Accessibility & Landscape

2Program RedistributionBonus GFA (Reisdential)Residential

Commercial

Facilities

Greenery

Car Park

Plant Rooms

3Gathering Space CCross Ventilation in Units

Site PlanWind Rose of Site

Summer

Annual

Site

FutureDevelopment

SummerPrevailing Wind

AnnualPrevailingWind

WhampoaGardensHunghom

Peninsula

30ACADEMIC WORKS

31 PORTFOLIO 2010

Design ConceptThe design aims to generate a compact urban living environment without compromising sustainability. Bamboo clusters which are dense yet allow air to breeze through inspire the design in three main as-pects:Clusters of Apartment Towers (tower);Mini Neighbourhood Formed by Clusters of Floors (ring); andLandscaped Deck as Podium (landscape). Apartments form towers by themselves. 3 of them are connected to each other by the ring and sit on the landscape.

Physical ConsiderationsWind comes from East to the site towards South throughout the year at relatively high speeds. In Micro Climate, the towers are arranged so that the space between apartments is adequate encourage to allow wind from different directions to pass through the site and into the city. In lure of future seaside development which would actually block the prevailing wind in the summer, the clusters of towers generally facilitates air passages from Various Directions.

Furthermore most conventional residential towers do not allow cross ventilation as apartments are usu-ally entered from double-loaded corridor. Apartment in this design are entered from Bridges linked to the central ring which acts as gathering space. This encourages residents to open windows facing the ring as well as the sea to and thus facilitates cross ventilation within individual apartment.

Social ConsiderationsPodium deprived street environment of the walkability; landscape is more welcoming to people and encourages walking. The design of the podium is shaped as a landscape to direct visitors from the po-dium of Hunghom Peninsula and footbridges towards the waterfront and the surrounding open spaces. The landscape is a open space more like a Public Park which they can enjoy the environment without blocked by the ubiquitous Privately Owned Public Space (POPS).


BAMBOO URBANISM

HARMONIZED NEIGHBOURHOOD | SUSTAINABLE BUILDING DESIGN COMPETITION

Wind Turbine

Intensive RoofGreenery

Sky Garden

GatheringPlatform

Balcony

PrefabModularFacade

Low-EGlass Window

Public Open Space

PodiumGarden

Public Open Space

Louver

MiniNeighbour-

hood

CrossVentilation

Typical Plan 1.250

Section 1:250

KIL 11120 Proposed Design ParametersGFA Domestic: 45,420m2

Non-Domestic: 17,854m2

% of GFA Concession Areas 86%

Site Coverage Domestic: 2,020m2

Non-Domestic: 6.977m2

Number of Towers 3

Approximate Total Number of Flats 463

Approximate Average GFA per Flat 98m2

Number of Residential Floors 29

Building Height 100mPD

Proposed Green and Innovative FeaturesBuilding Separation 8m

Coverage of Greenery/Public Open Space 7,000m2

Other Energy Efficient Building design and Installations

Intensive roof greenerySkygardenBalconyPrefab facadeCross ventilationWind turbineLow-E glass windowHigh surface-to-area ratio(reduce heat capacity)

TECHNICAL INFORMATION PHYSICAL CONSIDERATIONSSOCIAL CONSIDERATIONS

Block Plan

A Site

B Enhanced Micro-Climate

Clubhouse in podium

Public open space

Gathering Space

CDACDAX

1Accessibility & Landscape

2Program RedistributionBonus GFA (Reisdential)Residential

Commercial

Facilities

Greenery

Car Park

Plant Rooms

3Gathering Space CCross Ventilation in Units

Site PlanWind Rose of Site

Summer

Annual

Site

FutureDevelopment

SummerPrevailing Wind

AnnualPrevailingWind

WhampoaGardensHunghom

Peninsula

SitePhysical Considerations

Physical Considerations

Enhanced Microclimate

Cross Ventilations in Unit

Gathering Spaces

Accessibility and Landscape

Program Redistribution

Typical floor plan 1:500

physical considerationsWind comes from East to the site towards South throughout the year at relatively high speeds. In Micro Climate, the towers are arranged so that the space between apartments is adequate encourage to allow wind from different directions to pass through the site and into the city. In lure of future seaside development which would actually block the prevailing wind in the summer, the clusters of towers generally facilitates air passages from Various Directions.

Furthermore most conventional residential towers do not allow cross ventilation as apartments are usually entered from double-loaded corridor. Apartment in this design are entered from Bridges linked to the central ring which acts as gathering space. This encourages residents to open windows facing the ring as well as the sea to and thus facilitates cross ventilation within individual apartment.

32ACADEMIC WORKS

social considerationsPodium deprived street environment of the walkability; landscape is more welcoming to people and encourages walking. The design of the podium is shaped as a landscape to direct visitors from the podium of Hunghom Peninsula and footbridges towards the waterfront and the surrounding open spaces. The landscape is a open space more like a Public Park which they can enjoy the environment without blocked by the ubiquitous Privately Owned Public Space (POPS).


Section 1:500

33 PORTFOLIO 2010

backgroundNew developments in Macau Peninsula are mostly podium and tower. The street level which public space of Macau once located was now inaccessible not to mention the waterfront.

The design draws and allows the neglected waterfront to be utilized again and respond to the podiums around.

34ACADEMIC WORKS

A05 Government Complex

Government ComplexGreen Island, Macau SAR, China(Urbanization Studio)

35 PORTFOLIO 201035 PORTFOLIO 2010

36ACADEMIC WORKS

EXTERNAL SPACE + SEA VIEW + PUBLIC SPACE + PARTLY SHEL-TERED = PROMENADE SPACEThe architecture base mostly on the podium and free up space along the waterfront. The original blocked promenade is once again free for peoples access. Reflective bronze ceiling is used to give another unique experience to the waterfront.

INTERNAL SPACE + FUNCTIONAL SPACE + ENCLOSED = INTERIOR SPACEIn a site where ground levels are overwhelmed with cars, podium level now becomes a resort for peo-ple away from pollution and leisure space.

COURTYARD SPACE + PUBLIC SPACE+ GRASSLAND = PODIUM SPACEIn a site where ground levels are overwhelmed with cars, podium level now becomes a resort for people away from pollution and leisure space.

36ACADEMIC WORKS

37 PORTFOLIO 2010

A06 Modular Bus Stop

Bus StopFotan, Hong Kong SAR, China(Technics Studio)

37 PORTFOLIO 2010

38ACADEMIC WORKS

Bus station is needed to be flexible as it is needed at whatever place, whatever period. The bus station is constructed in modules so to allow it to be assembled and constructed prolifically.

1 2

3 4

5

38ACADEMIC WORKS

39 PORTFOLIO 2010

modules and add-onsThe modules are make up of two components only, so they can be easily reproduced. The modules also allows add-ons as above shows to provide shelter.

39 PORTFOLIO 2010

40ACADEMIC WORKS

MODULESThe right image shows a mock up of the module at a scale of 1:5. The below two images shows details of the mock up.

40ACADEMIC WORKS

41 PORTFOLIO 2010

42PROFESSIONAL WORKS

P01 Traning Annex to Hong Kong Institute of Vocational Education

Technical Training Centre (Automobile Maintenance) And Youth CollegeTuen Mun, Hong Kong SAR, China(Architecture Design and Research Group Ltd)


P02 Traning Annex to Hong Kong Institute of Vocational EducationClient: Vocational Training CouncilArchitect: Architecture Design and Research Group LtdStructural engineer: Greg Wong & Associates LtdBuilding services engineer: Far East Consulting EngineersQuantity surveyor: Frank & Vargeson (HK) LtdEstimated completion: 2010

West Elevation

45 PORTFOLIO 2010

46ACADEMIC WORKS

P02 Mei Ho House Revitalization: City Hostel

Museum and Youth HostelShek Kip Mei, Hong Kong SAR, China(Architecture Design and Research Group Ltd)

47 PORTFOLIO 2010

Longitudinal Section (left) and Latitudinal section (right) 1:600

1/F plan (left) and 3/F plan (right) 1:750

Program distribution


P01 Mei Ho House Revitalization: City Hostel Client: Youth Hostel AssociationsArchitect: Architecture Design and Research Group LtdStructural engineer: Canwest Consultants LtdBuilding services engineer: Daniel Chan & Associates LtdQuantity surveyor: Tresurex Ltd

Possible doubles flat types

Possible single flat types

49 PORTFOLIO 2010

P03 Sewerage and Sewerage Disposal: Pump Station

Pump StationYuen Long and Kam Tin, Hong Kong SAR, China(ADO Design and Public Art Consultants (HK) Ltd)


design approachConsidering the public nature of the pumping stations in terms of their exposure and quantity, the aggregation of all the pumping stations is actually a strong visual presence. By integrating artistic elements into the station design, for example, to the boundary wall as mural art, we can achieve two objectives at one time: first, beautify the pumping stations and raise its aesthetic quality; second, promotepublic arts.

51 PORTFOLIO 2010

MOSAIC MURALWhen developing the design concept, the exterior wall of the pumping stations immediately becomes a ready and perfect canvas to convey the art work. The mosaic tiles acting as the common finishes at the same time as ready as a piece of art.

Photos reflecting local characteristics are abstracted and transformed into mosaics of restricted colours and stripes are added to for visual depthness. Then the mosaic wraps around the station like a band conceptually.


P03 Sewerage and Sewerage Disposal: Pump StationUser: Food and Environmental Hygiene DepartmentCivil engineer: Maunsell Consultants Asia LtdArchitectural consultant: ADO Design and Public Art Consultants (HK) LtdEstimated completion: 2010

53 PORTFOLIO 2010

!"#"$%&'"&%%("&')&**%#%$+,-%&.*%,)(.-%&./&%0.%((".+("%1&+(.2)&*0%1.*%#%$+,-%&.+33"!%.4 5 , 6 * 7 8 7 9 6 :; 7 < = > 3 6 ?; 4 = 5 6 < 4


!"#"$%&'"&%%("&')&**%#%$+,-%&.*%,)(.-%&./&%0.%((".+("%1&+(.2)&*0%1.*%#%$+,-%&.+33"!%.4 5 , 6 * 7 8 7 9 6 :; 7 < = > 3 6 ?; 4 = 5 6 < 4

55 PORTFOLIO 2010

1.00

0

0.200 3.200

1.20

0

Guard rail

Cat ladder

Water tank

Skylight, proprietary product

300X300mmCeramic Tile

Guard rail

Skylight, proprietary productGravel

Gravel


Aluminium louvers


Gravel

Guard rail

300X300mm Ceramic Tile


Gravel


Aluminium louvers

White painted finishes

Water tap with lock

Drainage

Drainage

Louver sliding door

Aluminium plate, dark greypowder coated finishes

Aluminium sheet cover, dark greypowder coated finishes

Rubbed white-coloured

granolithic

+3.7m

RCP Section A Scale 1:50 RCP Section B Scale 1:50

+0.0m

+3.15m

+3.35m

+2.05m

+3.7m

+0.0m

+3.15m

+3.35m

+2.05m

+3.7m

+0.0m

+3.15m

+3.35m

+2.05m

+3.7m

+0.0m

+3.15m

+3.35m

+2.05m

RCP Section C Scale 1:50 RCP Section D Scale 1:50

1.00

0

0.200 3.200

1.20

0

Guard rail

Cat ladder

Water tank



Guard rail

Skylight, proprietary productGravel

Gravel


Aluminium louvers


Gravel

Guard rail



Gravel


Aluminium louvers

White painted finishes

Water tap with lock

Drainage

Drainage

Louver sliding door

Aluminium plate, dark greypowder coated finishes

Aluminium sheet cover, dark greypowder coated finishes

Rubbed white-coloured

granolithic

+3.7m

RCP Section A Scale 1:50 RCP Section B Scale 1:50

+0.0m

+3.15m

+3.35m

+2.05m

+3.7m

+0.0m

+3.15m

+3.35m

+2.05m

+3.7m

+0.0m

+3.15m

+3.35m

+2.05m

+3.7m

+0.0m

+3.15m

+3.35m

+2.05m

RCP Section C Scale 1:50 RCP Section D Scale 1:50


P04 Refuse Collection Point PavilionUser: Drainage Services DepartmentCivil engineer: Metcalf & Eddy LtdArchitectural consultant: ADO Design and Public Art Consultants (HK) LtdEstimated completion: 2010

8.000 for RCP No.2

7.800 for RCP No.1

6.40

0 fo

r RCP

No.

1

4.70

0 fo

r RCP

No.

2

Guard rail

Cat ladder

Water tap with locking device

Water tank above

Skylight on roof

Louver sliding door

Drainage

Louver

Louver

Suggested manhole

Camphor louver screen

RCP Plan Scale 1:50

300X300 non-slip tile

4.70

0

8.000

7.800

6.40

0

4.7

0.9

0.9 8.0 2.0

1.07.82.0 1.06.4

+3.450

+3.450

Gravel


Camphor timber feature screen


Gravel


Aluminium sheet cover, darkgrey powder coated finishes

RCP No. 2 Site Plan Scale 1:500

RCP No.1 Site Plan Scale 1:500

RCP No.2 Roof Plan Scale 1:50


ROAD

1.0M VERGE

5.0M LAY BY

METERED CARPARK

AMENITIES AREA

ARTIFICIAL RIVER CHANNEL

ROAD

NATURAL LANDSCAPE

2.0M FOOTPATH

5.0M LAY BY


4.70

0

8.000

7.800

6.40

0

4.7

0.9

0.9 8.0 2.0

1.07.82.0 1.06.4

+3.450

+3.450

Gravel




Gravel



RCP No. 2 Site Plan Scale 1:500

RCP No.1 Site Plan Scale 1:500



ROAD

1.0M VERGE

5.0M LAY BY

METERED CARPARK

AMENITIES AREA

ARTIFICIAL RIVER CHANNEL

ROAD

NATURAL LANDSCAPE

2.0M FOOTPATH

5.0M LAY BY


0.10

02.

430

0.20

0

0.09 0.

21 0.33

0.09 0.09 0.09

0.750 (L) 0.200

190

200

0.230

135 240 240 135

15 10

90 30 90 30 90 30 90 30 90 30 90

15

19010

0.10

02.

430

200

100

2430

170

190

190

1/4L 1/2L 1/4L

1515

750

1/4L 1/2L 1/4L

45o

45o

45 corner connection

30mm Heat andpressure treatedcamphor timber

Glued with dowel fixation

30mm Heat and pressuretreated camphor timber


30mm Heat and pressure treatedcamphor timber

Screw hidden

10mm supporting stainlesssteel plate

10mm supporting stainless steelplate

Stainless steel platescrewed to ceiling

10mm supporting stainless steelplate, hairline finishes

Screw hidden


10mm supporting stainlesssteel plate, hairline

finishes

Screw hidden instainless steel plate

45 Corner connection

Wood pattern runs indirection as drawn

80 stainless steel rod, weldedto middle of stainlesss steelplate

Stainless steel plate screwed totimber

Stainless steel platescrewed to timber


Wood GlueDowel

10mm recession


30mm Heat and pressuretreated camphor timberStainless steel platescrewed to timber

10mm supportingstainless steel plate,

hairline finishes

Screwhidden instainless

steel plate


Screw hidden

80mm stainless steel rod 80mm stainless steel rod


Stainless steel platescrewed to floor



80 stainless steel rod,welded to middle of stainlesss

steel plate

Section A

Tai Po Development Formation and Serving of Areas 12 (Part) and 39 Phase 2A | Cheung Shue Tan Public LatrineCIVILENGINEERINGAND DEVELOPMENTDEPARTMENT|NEWTERRITORIESNORTHAND WEST DEVELOPMENTOFFICE

Sec

tion

B

Scale 1:25

Scale 1:25D02 - Feature Screen Section A


Scale 1:5dimension in mm

D02 - Feature Screen Axonometric

D02 - Feature Screen Section AScale 1:5dimension in mm

Scale 1:5dimension in mmD02 - Feature Screen Plan

D02 - Feature Screen Plan

Reference Plan N.T.S.

D02 - Feature Screen Part Plan

Part Plan

D02 - Feature Screen Dowel Joint

D02 - Feature Screen Section B

Notes: 1:25 & 1:10 in A3

0.10

02.

430

0.20

0

0.09 0.

21 0.33

0.09 0.09 0.09

0.750 (L) 0.200

190

200

0.230

135 240 240 135

15 10

90 30 90 30 90 30 90 30 90 30 90

15

19010

0.10

02.

430

200

100

2430

170

190

190

1/4L 1/2L 1/4L

1515

750

1/4L 1/2L 1/4L

45o

45o

45 corner connection

30mm Heat andpressure treatedcamphor timber




30mm Heat and pressure treatedcamphor timber

Screw hidden

10mm supporting stainlesssteel plate

10mm supporting stainless steelplate



Screw hidden


10mm supporting stainlesssteel plate, hairline

finishes

Screw hidden instainless steel plate

45 Corner connection

Wood pattern runs indirection as drawn



Stainless steel platescrewed to timber


Wood GlueDowel

10mm recession


30mm Heat and pressuretreated camphor timberStainless steel platescrewed to timber

10mm supportingstainless steel plate,

hairline finishes

Screwhidden instainless

steel plate


Screw hidden

80mm stainless steel rod 80mm stainless steel rod


Stainless steel platescrewed to floor



80 stainless steel rod,welded to middle of stainlesss

steel plate

Section A

Tai Po Development Formation and Serving of Areas 12 (Part) and 39 Phase 2A | Cheung Shue Tan Public LatrineCIVILENGINEERINGAND DEVELOPMENTDEPARTMENT|NEWTERRITORIESNORTHAND WEST DEVELOPMENTOFFICE

Sec

tion

B

Scale 1:25



Scale 1:5dimension in mm

D02 - Feature Screen Axonometric

D02 - Feature Screen Section AScale 1:5dimension in mm

Scale 1:5dimension in mmD02 - Feature Screen Plan

D02 - Feature Screen Plan

Reference Plan N.T.S.

D02 - Feature Screen Part Plan

Part Plan

D02 - Feature Screen Dowel Joint

D02 - Feature Screen Section B

Notes: 1:25 & 1:10 in A3

All rights reserved. This portfolio and the included images, graphics and drawings are intel-lectual properties of Wong Wai-Hou Zachary. Any use, circulation without the publishers prior consent in any form of binding or cover other than that in which it is published and without similar condition including this condition being imposed on the subsequent purchaser.

Printed by February 2010.

PORTFOLIO 2010: WONG WAI-HOU ZACHARY

Contact Information:TE / +00-852 - 6121-8623EM / [email protected] / G/F, 18A Mosque Street, Mid-levels, Hong Kong SAR

PORTFOLIO 2010 WONG WAI-HOU ZACHARY

Selected professional and academic works ranging from 2004 - 2010 from latrines, schools to courthouses and residences.

Documents

Z - A : Portfolio