Kai Jun Ng's Portfolio

KAI JUN NG PORTFOLIO

Tea house Design Tongji Studio 1

“Tree branch on site guides us down to the surface of water where the tea house sits”

LET ME INTRODUCE MYSELF I am passionate about creating sustainable and socially impactful spaces that address issues related to housing, climate, health, and well-being. I bring a collaborative approach to the table, valuing feedback and empowering others. With over 4 years of experience in design and sales, I have honed my drafting skills, stakeholder management, and creativity, while developing a strong work ethic.

Contact kai.ng.arch@gmail.com +61 0434810007 @kaijun.arch www.linkedin.com/in/kai-jun-ng

Education B. Arch. University of New South Wales, Sydney (2022) B. Engineering in Arch. Tongji University, Shanghai (2022)

Personal Skills SOFTWARE

LANGUAGE

2

AutoCAD (Adv)

Adobe Photoshop (Adv)

Rhino &

Revit (Adv)

Adobe Illustrator (Adv)

Grasshopper(Bsc)

SketchUp (Adv)

Adobe InDesign (Adv)

Fusion 360 (Bsc)

Enscape (Adv)

MS Word, Excel (Adv)

Lumion (Int)

English, Mandarin, Malay, Cantonese

Achievements The Jacques Rougerie Foundation International Competition 2021

Nominee Tongji International Construction Festival Competition 2019

2nd prize

Digital Innovashen Hackathon (by Shanghai Makers) 2019 Best Design/MVP Harbin Institute of Technology International Ice & Snow Innovative Design and Construction Competition 2018 / 2019 Outstanding Award / Most Creative Award Shanghai Jiaotong University Public Speaking Competition 2017 First place Recipient of multiple scholarships Guest Critic for UNSW Year 1 Design studio

Experience Assistant Project Coordinator

MAR 2022 - MAR 2023

CasAd Marketing, Kuala Lumpur

Sales Associate

NOV 2020 – DEC 2021

Just Group, Sydney

Freelance

2019- 2021

Sydney, Shanghai, Kuala Lumpur

Intern

MAY 2017- JUL 2017

Veritas Architects, Kuala Lumpur

3

The Nest

YAC - EXTINCTION MUSEUM competition 2023

Participant

4

1. Into the Crater: Approaching Nest A

“This project creates a unique destination in Agnano by celebrating the lush landscape and reflecting on the crater’s ancient history. Inspired by a dinosaur egg nest, the egg-shaped museum is concealed in the landscape as a symbol of hope and birth. Its scale reminds visitors of their place in the world and invites reflection on the fragility of life and the current risks to our planet.

5

FR AGIL ITY • BI RTH • BEGI NNI NG

JOURNEY

SYSTE MATI C D ESI GN PROCESS SECONDARY ENTRY

SECONDARY ENTRY

SECONDARY ENTRY

ENTRY CAMPING / OUTDOOR ACTIVITIES

LAKE

ENTRY

OUTPOST

CAMPING / OUTDOOR ACTIVITIES

TRAIL WALKS

MAIN HUB

OUTPOST MAIN HUB

LAKE

TRAIL WALKS

LAKE

OUTPOST

OUTPOST

ENTRY

PRIMARY ENTRY

PRIMARY ENTRY

ENTRY PRIMARY ENTRY

PRIMARY PATH SECONARY PATH

1. ORIENTATION & ACCESS

2. PLACEMENT

Surrounded by residential areas, its existing entries are kept.

Programmes are assigned to different parts of the site depending on the crater’s terrain, climate and circulation

permanent exhibition areas

education areas

TRAILS

3. PATHWAYS All the programmes are connected by pathways, this enables visitors to experience what the site has to offer.

4

outpost

auditorium & laboratory

buggy centre

camping areas

OUTPOST MAIN HUB

TRAIL WALKS

education areas

food garden

-2 LAKE

small exhibition area

ENTRY

visitor centre & gift shop

permanent exhibition areas

trail walks

0

LAKE

OUTPOST

entry

laboratory & cabin areas

ENTRY CAMPING / OUTDOOR ACTIVITIES

camping/outdoor activities 2

buggy centre

4. SET PROGRAMMES Breakdown spaces within zones and define programmes within the boundaries.

-4

-3

-2

-1

0

1

2

3

5. INTEGRATE EGG STRUCTURE Egg structures to follow the line profile of the shape and curvature of a real dinosaur egg.

main hub

entry

LAKE

outpost

6. EGG ARRANGEMENT & CIRCULATION Arrange large & small vertical eggs and large horizontal eggs in zones and incorporate it with the programmes.

LAKE

variable 1 = 5, variable 2 = 7 max displacement = 0.08 cm

7. INTEGRATE NEST STRUCTURE Breakdown spaces within zones and define programmes within the boundaries.

Site Section A-A

6

8. FEM ANALYSIS The nest’s free-form roof to be placed into a fininite element analysis to analyse the gridshell’s max displacements.

Variables for genetic algorithm: Variable 1 (VAR 1) - Number of fixed nodes Variable 2 (VAR 2) - Pseudo-randomness & location of the fixed nodes

9. GENETIC ALGORITHM Set variables for the roof and optimise shape through a genetic algorithm.

N

Site Plan 1

a

9 7

6

5

3 4

8

lago grande 2

1

a

1. Nest A - Bookshop 2. Nest B - Education 3. Nest C - Main Exhibition 4. Lake Pavilion 5. Nest D - Youth Education 6. Camping Pavilion 7. Primary Route 8. Secondary Route 9. Tertiary Route

7

Aerial View of Nest C

9

13

10

14

12

11

17 17

B

16

15 16

B

GROUND FLOOR 1. Workshop Space 2. Outdoor Amphitheater & Performance Space 3. Outdoor Exhibition

.00 +60

SECOND FLOOR 8. Atrium 9. Permanent Exhibition 10. Laboratory 11. Temporary Exhibitiion 12.Skylight 13.Auditorium

8

20 19

0 0.0 +7

FIRST FLOOR 4. Lobby 5. Cafeteria 6. Outdoor Dining Area 7. Courtyard

19

18 21

N

Nest C Second Floor Plan 5m Contour

Into the Nest: Nest C Exhibition

9

legend

3. (Glass Gutter) sloped 20mm glass, aluminium framing attached to egg structure 4. timber column, treated finish 5. 250mm CLT 600x250mm & 375x150mm Beam gridshell attached to egg structure (optional ceiling) 6. Signage 7. Stone tiles, raised floor, 500mm Concrete slab foundation 8. Double wall glass Operable louvered glass at varios sections 9. Under floor air conditioning (thin profile)

1. (1m~0.3m tall) timber box roof, for future growth of plants and potential bird’s nest, 75x50mm purlins, rigid insulated corrugated metaldeck with waterproof coating, 50x30mm furring, 400x120 timber beam, gridshell, 50x30mm furring, ceiling, 2. white exterior aluminium facade cladding with matte finish, battens and insulation, treated interior timber plank, egg structure,

2

1

4

8

9

10

+ 0.00

5

+ 6.45

3

6

7

SECTION B-B Nest C 1:50 Scale

11

THE JACQUES ROUGERIE FOUNDATION INTERNATIONAL COMPETITION 2021 Nominee

The yearly International Architecture Competition supports and accompanies the development of visionary biomimetic architectural projects located in the Sea, in Space or addressing the challenges of the Sea Level Rise.

“MARStopia”” “MARS

MARStopia explores biomimicry using 3D-printed isosurfaces to form an habitable space within natural craters found on Mars. This notion is symbolic of humans seeking protection within natural structures, like caves, one of the earliest forms of shelter on Earth. Using artificial intelligence, a high-level of complexity and efficiency is achieved which allows a system of struts that mimic micro-bone structures to form the isosurfaces for the first phase of the proposal. The design flexibility of the structural layout provides an opportunity for future expansions to the village which ultimately fosters a self-sustaining system that can extend to other craters to generate a habitable network.

Mars crater typology conctruction process Phase 1

1

4

12

3

2

Phase 2

5

Isometric view of isosurface structure in crater

Commercial Zone

UV

Hyperloop Auto-rotating solar panels

The 120m diamater crater offers thermal protection from the large temperature gap and protects us from Mars’ harsh climate such as sandstorms and UV rays.

Daily programmes for martian village residents

Exterior view - Completion of Phase 1

13

FREELANCE DRAFTING - DA PLANS ADMENDMENT 2021 - Carlingford, Sydney

Involved during conceptual and DA phase. Residential to child care centre conversion following planning guidelines.

Responsibilities : -Assisted in relocating certain programs to a different location within the building’s floor plan -Assisted with client with facade design concept -Demonstrating revit profficiency -Understanding client’s priorities and concerns demonstarting good communication

14

5 3375

240

4

3 11300

W06

2

W05

LOW STORAGE- 1200 HIGH

DW

W14

3190 100 1000 500

4

90

EXISTING WINDOW CONVERTED TO DOOR

W07

1550

W15

LIFT

260

3000

8

9

13

12

11

1000

260

2395 260

2 3250

STAFF ROOM

10

STAIR

7

BAG STORAGE

2-5's INDOOR PLAY SPACE65.08 m2

AMP DELETED AND STEP REMOVED

F

KITCHEN

DISABLED ACCESS CLEARANCES SHOWN HATCHED

F

4 S/01 #LayID

5

RECEPTION

ACCESS WC

CRAFT PREP.

CCESS BATHROOMS RELOCATED

TOILETS

3

<MeasuredValue>CLEARWIDTH

2

6

COT ROOM

7

3

90

6550

5 6

6

DP

1

8

1236

4065

CCESS BATHROOMS RELOCATED KITCHEN ENLARGED, WINDOWS ALTERED 1800

240 240

3910

W13

550

ATE RELOCATED

STORAGE5.66 m2

D04

LAZED SIDELIGHT DP

D06

F BOTTLE PREP.

90

ALL RELOCATED TO BE 1M FROM BOUNDARY, WINDOW 4 CONFIGUARTION ALTERED 1800 3860

5

W12

CRAFT PREP.

0-2s INDOOR PLAY SPACE28.88 m2

LOCKABLE GATE DOWN TO PARKING AREA/ WASTE

TAIR RELOCATED

AMP DELETED

DP

INDOW CONFIGURATION ALTERED

S/05 #LayID

STORAGE SHELVING

W12 MIN R1.16 INSULATION TO NEW EXTERNAL WALLS (REF. BASIX) FRL 120/120/120

4959

1000CLEAR PATH TO STREET

13415

SOUTH ELEVATION CC200

1

B

S/02 CC100

2-5s PLAY SPACE140.54 m2SYNTHETIC GRASS

W18

DP

6 9415

W08

1

DP

1

2075

B

GLASS BALUSTRADE

PARKING AREA BELOW

NEW LIFT AS PER LIFT SHOP SPECIFICATIONS 1600x 1700

NEW AWNING OVER ENTRANCE

S/05 #LayID

200

A

NEW LOW-E WINDOWS (REF. BASIX REPORT)

WINDOW CONFIGURATION ALTERED

NEW PERMADECK LIGHTWEIGHT DECKING

DP

260

4937 6060

7745

90 100

2493 1350

90 100 200

3560

6813 110 6768

2

W019

0-2s PLAY SPACE56.78 m2SYNTHETIC GRASS

S/01 CC100

90 90

2390

D05 D05

S/04 #LayID 7692

4100

3

LOCKABLE GATE

CERAMIC FLOOR TILES

STORAGE5.95 m2

A

3620

W04

W03

W02

W01

3133

230

LARGE OUTDOOR TOYS ETC. EXTERNAL TOILET ROOM RE-UTILISED AS LAUNDRY AND STORAGE AREA

240

S/03 #LayID

S/03 #LayID

3730

1063

240

100

4500 1290 950 730

260 7702 100 2490 90

750

1066 167590 90 8454 120

190

S/04 #LayID

WEST ELEVATION CC201

15

FACTORY FRONTAGE RENNOVATION PROPOSAL 2022 - Seri Kembangan, Selangor

In progress

Designed and led rennovation project for the frontage SB Group’s HQ, a tape manufacturing company. Among the many things needed done, the main ones was a new facade & signage, new motorcycle parking cover, entrance signnage, guard house upgrade & resurfacing of the road and pavements.

Responsibilities : - Client liason & design proposals - Designed within in-house construction capabilities & budget - Facade product research and sourcing - Assisted in quotation - Consulted with engineers for technical specifications - Supervised front entrance signnage wall construction Proposed facade design

Elevation view

16

Existing factory frontage

Proposed motorcycle canopy

Facade design option B

Front entrance signage

Proposed

Built

17

CONSTRUCTION SITE - TEMPORARY KITCHEN STEEL STRUCTURE 2022 - Banting, Malaysia

Brief was to design and built 3 lightweight steel structure kitchens for construction workers residing on-site. These steel structures needed to be easily dismantled and assembled, allowing for potential relocation in the future. My responsibilities encompassed client liaison, drafting, briefing the production team, and conducting site supervision.

Pre-fabrication and technical drawings Mydraw project Kitchen Prefab - T A B L E

Mydraw project Kitchen Shed - K I T C H E N A

1. Table Frame - SHS 38x38

2. Tabletop - Plywood wrapped in aluinium foil

487 mm

*All 32 pieces to be cut & wrapped*

*All joints welded*

94mm x 2440mm

750 mm Table Saw

6000 mm 563mm x 2440mm

Table Saw

(1220mm x 2440mm)

4000 mm

Cut aluinium foil

487 mm

2000 mm

Table B x1

metal deck :

Kitchen Table :

(Wall) 6m x 36

(Wall) 2.3m x 48

Table A (6m) x 13

• 2613mm x 2

RHS 75x50mm (cross beam)

(Roof) 6m x 45

(Wall) 2.7m x 44

Table B (4m) x 1

• 2747mm x 2

• 6m x 15

(Roof) 6.8m x 40

Table C (2m) x 5

• 2682mm x 6

2435mm x 15

Staple

2682mm x 6

3. Screenwall - Colourbond 0.3mm + SHS 25x25

Total number of pieces (Table A+B+C)

x4

2747mm x 2

x1 SHS 25x25 mm,1.0mm - 8000mm x 700mm

2000 mm - 14 pieces

Colourbond 700mm Screw

4000 mm - 2 pieces

Screw

*Colourbond cover 1 side*

6000 mm - 44 pieces

SHS 25x25mm frame 700mm

Mydraw project Kitchen Prefab - P O S T

RHS 75X50mm , 1.2mm

SHS 50X50mm , 1.2mm 90 ° L- Angle x 40

-Screw on-site -Welded to RHS

-Flat bar Welded to SHS

-SHS 50x50mm -RHS 75x50mm

• 2682mm x 10 75 mm

-Flat bar welded to bottom of RHS

18

• 2435mm x 25 • 2613mm x 4 • 2747mm x 4 • 2825mm x 25

50 mm

2613mm x 2

SHS 25x25 mm,1.0mm - 6000mm x 700mm

750 mm

487 mm - 105 pieces 750 mm - 105 pieces

polycarbonate x 8

Plywood 563mm

Aluminium foil 4ft x 100m, 0.3mm

563 mm

Skylight :

Aluinium foil 610mm

487 mm

Table C x7

:

Aluinium foil wrap plywwod

Staple

750 mm

V-Batten

• 6m x 10

RHS 75x50mm 563mm x 2440mm

1220mm

Table A x 22

Total number of beam: SHS 50x50mm (perimeter)

• 2435mm x 15

• 2825mm x 15

Plywood 4ft x 8ft, 9mm

487 mm 750 mm

Total number of post : 40 SHS 50x50mm

-Flat bar welded to bottom of SHS

Mydraw project Kitchen Shed - K I T C H E N A & B

2825mm x 15

6000mm

SIGNAGE CONSTRUCTION DESIGN AND INSTALLATION 2022 - Puchong, Kuala Lumpur

Isometric View

A1

Scale: NTS

Axo

B2

C2

D4

1298mm

The client wanted a new signage design that would stand out from its surroundings. We opted for a clean white backdrop that would contrast with the area. To overcome the

Isometric View Scale: NTS

challenge of an existing onsite canopy, we

TITLE : FOWLBOYS

created a cantilevered signage structure in

DRAWING NO : FOWLBOYS_2022-09-23_002 DATE : 26/09/2022

PROJECT :

DRAWN BY : Johnny

Light discovery

REV

CLIENT APPROVED :

002

CHECKED : Joliv SCALE : 1:45

light discovery

JOB No :

Page 03

three parts for easy installation.

Section

AFTER

TITLE : FOWLBOYS PROJECT :

Light discovery Legend 1. Red Aluminium return light discovery 2. Red Acrylic 3. LED light (Cool White) 4. 8mm PVC foamboard 5. 1x2 MS RHS c/w spray paint white 6. 4mm White ACM 7. 1x2 MS RHS c/w MIO paint 8. 38x38 MS Bracket 9. 4mm ACM c/w spray paint red

DRAWING NO : FOWLBOY

+-600mm

DATE : 26/09/2022 DRAWN BY : Johnny CHECKED : Joliv SCALE : 1:30

80mm 1 2

100mm

3 4 5

400mm 6

900mm

7 7

450mm

8 9

A

BEFORE TITLE : FOWLBOYS PROJECT : Light discovery

light discovery

B

C

D

DRAWING NO : FOWLBOYS_2022-09-23_00 DATE : 26/09/2022 DRAWN BY : Johnny CHECKED : Joliv SCALE : 1:45

19

FREELANCE CUSTOM CABINETRY DESIGN 2023 PRIVATE RESIDENCE - Kuala Lumpur, Malaysia

Designed and prepared simple drawings for custom cabinet design.

2040 mm 889 mm

547 mm 589 mm 420 mm 1830 mm 1208 mm

176 mm

3250 mm

375 mm

1966 mm

701 mm

485 mm

1640 mm

375 mm 160 mm 730 mm 400 mm

20

FREELANCE INTERIOR DESIGN & RENOVATION 2019 PRIVATE RESIDENCE - Changning District, Shanghai

The client’s main concerns were access to natural sunlight and ventilation in a limited 51 square meter area. To address these issues, I opened up the space and used a brighter color palette to create a more spacious appearance.

CONCEPTUAL DESIGN

BEFORE - corridor with enclosed kitchen

AFTER - corridor with semi-open kitchen

21

POLYCARBONATE ARCHITECTURE DESIGN AND CONSTRUCTION COMPETITION 2019, - Tongji University, Shanghai

Second prize The concept was to develop a

permeable

outer

layer.

Achieved through the use of red tabs to separate slits in the polycarbonate,

the

tensions

compressions

and

resulting

actually increased the material’s structural

integrity,

allowing

it to stand tall. The finished product

showcased

the

material’s flexibility and softness, resembling a curtain draping down from the sky.

22

2018 Harbin Institute of Technology International Ice & Snow Innovative Design and Construction Competition - Harbin, Heilongjiang Province, China Outstanding Award

White snow is a gift from the sky, and exquisite carving is the wisdom of mankind.

Snow construction combines sculpture with architectural space using unique snow and ice materials and construction techniques. The design features elliptical pipes intersecting with a cube to form a channel that connects internal and external spaces. Visitors can contemplate the past, present, and future by looking through a cave within the ice cube.

23

Library Interior

Bangsar Community Centre 2022 - Kuala Lumpur, Malaysia Tongji GRAD Studio What makes a great community centre? I believe It is one that provides ways to understand others within your community while providing a unique experience, and a way to step outside of your comfort zone.

Adding value to the local area as any other architecture should, it hopes to improve the social and environmental aspects of the local community.

24

Exploded Axo

25

Development Diagrams

1. Basic Massing on slope

2. Program split + terraced elevation

3. Zig zag circulation lines in response to site’s contours

First Floor Plan N

14 DN

9

1922

8 10

DN

3612

3837

11 DN

3 DN

4

5412

4812

UP

DN DN

UP

A

DN

A

5

2

4812

7

UP

10 DN

6

13

DN

1

Legend 1. Site Entry 2. Library 3. Meeting rooms 4. Office 5. Classrooms

26

6. Toilets 7. Outdoor learning space 8. Community Garden 9. BBQ & Storage

10. Upper Plaza 11. Lower Plaza 12. Lawn 13. Exhibition Building 14. Exterior pavillions

15.Carpark Entry C C

4. Massing adjusted on ‘zig zag’ in consideration of circulation and line of sight

5. Developing roof gridlines in response to climate.

6. Roofs open in the East-West direction passively cooling the building.

14

B B

12

14

15

Main Entrance 27

North Elevation

South Elevation

Section C- C Main Road A A

D D

Level 1 7812 3

4

Ground Level 4812

LG 1 1922

28

LG 2 -878

1

2

5

Site Plan

Legend

Residential, 2-3 story terrace housing Commercial

Residential

6

7

Legend 1. Site Entry 2. Cafe 3. Library 4. Meeting rooms

5. Public Toilets 6. Upper plaza & Garden 7. BBQ & Storage

29

Library Building Facade 30

1

2

3

Local Vernecular Research

4

Level 1 7812

Orientation

5

6

Cross ventilation 7

Building materials

Half Ground 5412

8

Ground Level

Lighting level

4812

10 9

Vegetation

11

Ventilation of Roof Spaces

12

Structure Detail Section D-D

Section 3 - Callout 1 1 : 20

Legend 1. Solar Panels Optional Tatch Galvanised Metal Deck Sound Damping Acoustic Wrap 2. C- Purlins 600mm Spacing 3. Triangle steel truss consists of SHS steel members with extended top chord 4. Gutter 5. Gutter holder fixed in LG 1 between trusses 6. Pratt Flat truss 400mm depth 1922 7. Steel column, fire proofing coated 8. 20mm Timber planks Sound damping layer Reinforced concrete CLT 9. Steel Beam 10. Anchor Tie 11. Double brick wall w/ reinfroced steel 12. Slab on ground, smooth finish Aggregate and gravel

31

BROKEN HILL COMMUNITY LIBRARY 2021 - Broken Hill, NSW, Australia UNSW GRAD Studio

Entry from Blende St. - Summer noon

INCLUSIVE, WELCOMING, GATHER This community library in Broken Hill is a significant upgrade for the local population who lack internet access and pay their bills in person at the city library. It serves as a gathering hub, encouraging interaction between diverse groups, including indigenous communities. The interior includes spaces for indigenous culture, such as the Wilyakali keeping place and youth areas for art and music. The building’s grounded form includes thick rammed earth walls and a deep roof for passive cooling in the arid climate, providing a respite for occupants and encouraging community gathering.

32

Exploded Axo

33

Main Reading room

Developmental Diagrams

1. Axis

2. Grid

3. Massing & Views

Grid lines established based on existing site elements

Solid and voids created wraps the trees forming courtyard spaces

4. Circulation

5. Deep Verandah

6. Cross Ventilation

A central axis drawn through the townhall connecting both streets

Entry brought to the centre of the site at the exhibition space, acknowledging country

34

Shading developed especially in North and West facades in response to the harsh summer sun

Allowing cooler southern winds and avoiding hot northern winds during summer.

Design Scheme

views

noise Served spaces

“HUB” A place to gather

prone to summer heat Servant spaces

Roof exploration sketches

Roof exploration sketch

35

Section Detail A-A

3

4

1

5

2

6

7

Section Detail B-B

4

3

1

2

6

8

Legend 1. High albedo finish Light grey colourbond roof Rigid Insulation Cellular corrugated metal sheet Laminated Timber beam structure

36

7

2. Rammed earth wall (t=400/100mm) 3. SkyboxFibreglass sheet RHS structure 4. Double glazing with heat escape vent on the top

5. Retractable fabric shading device 6. Floor finish Slab on Ground RC 7. Stone foundation 8. Retaining wall

37

Ground floor plan

BLENDE ST.

24

23

6

22

20

21

5

8 19

7

18

17

16 25

4

3

2

29 1

Legend 1. Entry Exhibition 2. Wilyakali Keeping Place 3. Lounge 4. Editing Suite 5. Main Reading Room 6. Archive 7. Main Courtyard 8. Toilets 9. Outback Letterbox Library 10. Delivery & Loading 11. Battery Storage & Server 12. Storage 13. Youth Library 14. Courtyard 15. Children’s Area 16. Makerspace 17. Staff Rooom 18. Staff Toilet 19. Library Manager Office 20. Meeting Room 1 21. Meeting Room 2 22. Council Customer Service 23. Council Staff Office 24. Parking 25. Rainwater Collection 26. Old Police Station 27. Old Town Hall Facade 28. Australia Post 29. Telstra Telecommunication tower

38

15

8 11

9

10

14

13

12

26

27

ARGENT ST.

28

Blende St. Elevation

Argent St. Elevation

Longitudinal section

39

ARCHITECTURAL FABRICATION

- Hollis Park, Newtown UNSW Studio 5 & fabrications course 2021 Developing the construction of a building envolop in response to internal activity, climate and social interactions.

Axo 1

Foundation Slab-onground and steel structure, fixed connections 200x200mm column 100x200mm beam 75x100mm cantilever beams

Axo 3

+ Glazings, Windows, and Polycarbonate exterior facade

40

Axo 2

+Exterior and interior walls exterior: Brickwall air cavuty rigid insulation timber stud interior: timber stud wall

Axo 4

+ Roof structure: colorbond rigid insulation celular metal decking and skylights

Section Detail - H

Section Detail - I

1

9

1

2 7

3

8

Section Detail - J 10

7

11

4

8 5

6

Legend 1. Colorbond metal roofing Water proofing membrane Rigid insularion 145mm Cellular metal decking 75mm Steel I-beam 100x200mm 2. Gypsum finish Timber plank fixed onto beam and cellular metal decking 3. Louvre windows supplied

by Breezway 4. Gypsum finish Timber planks Regid insulation Steel I-beam 100x200mm fixed connection to column 5. Roller Blinds 6. Triple fold aluminium frame double glazing door

7. Steel I-column 200x200mm 8. Interior finish Gypsum board 10mm Spray foam insulation 70mm Soundproof Gypsum board 10mm Rigid insulation 50mm Water-proofing membarne Air cavity Exterior Brick wall 90mm 9. Wire mesh Gutter box 75x150mm 10. Gypsum concrete 20mm Noise insulation 40mm 4 layer CLT slab 100mm Castellated steel beam 133x200mm Fabric drop-ceiling 10mm 11. Coach Screws

41

Cross Section

3

17

9

10

15

16

8

14

42

Working model made to 1:20

2

1

4

- Physical model 1:20 - photos

North elevation North Elevation

East elevation

East Elevation

South elevation South Elevation

North West elevation

South elevatio

5

6

7

North elevation

East elevation

North-West Elevation

11

12

13

Legend 1. Snap on metal fascia 2. Colorbond metal roofing Water proofing membrane Rigid insularion 145mm Cellular metal decking 75mm Steel I-beam 100x200mm 3. Double glazing skylight with motorized louvres 4. Semi-transparent twin wall polycarbonate 20mm RHC 45x45mm attached to cellular metal decking & CLT slab 5. Plywood frame 460mm depth, 30mm thickness 6. Metal railing 7. Timber planks 20x100mm Timber batten 40x40mm Water proofing membrane 4 layer CLT slab 100mm Steel beam 75x150mm 8. Gypsum concrete 20mm Noise insulation 40mm 4 layer CLT slab 100mm Castellated steel beam 133x200mm Fabric drop-ceiling 10mm 9. Steel beam 100x200mm

10. Steel column 200x200mm 11. Triple fold aluminium frame Double glazing door 12. Drainage 13. Sandstone tile 20mm Screed 40mm, sloped towards north Slab-on-ground foundation Water-proofing membarne Aggregate 14. Polised concrete finish Slab-on-ground foundation Water-proofing membarne 15. Interior finish Gypsum board 10mm Spray foam insulation 70mm Soundproof Gypsum board 10mm Rigid insulation 50mm Air cavity, Water-proofing membarne 30mm Brick wall 90mm 16. Brick wall ties 17. Wire mesh Gutter box 75x150mm

43

Site sketches. Linong (traditional lane-housing) high density urban housing in poor conditions.

ATRIUM HOUSE - Shanghai

Tongji University Studio, TERM 2, 2018

Inspired by traditional houses of Melaka, this

is designed to be more open and spacious in of Linong houses. The play of transparency

encourage social interaction within the house

Section

Ground floor

First floor

Second floor 44

s Lilong house (traditional terrace houses)

n contrast to the tight and narrow spaces in the openings and different floor levels

e and to its surrounding neighbours.

East/Front Elevation

West/Back Elevation 45

46

and

that t it or

47

SKETCHES

48

49