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PORTFOLIO

WENG CHONG LAM STUDENT ID: 1213979 BACHELOR OF DESIGN UNIVERSITY OF MELBOURNE COMPLETED IN 2023 2020-2023 SELECTED WORKS APPLICATION: MASTER OF ARCHITECTURE

FOD:R M2 - Mario World 7-2 Selected work for 2020 MSDx Exhibition

Content: 01

Light-Frame

03 - 07

Design Studio Epsilon

The Loose Platforms

08 - 12

Design Studio Delta

Weng Chong Lam (Kevin) School Email: wengchongl@student.unimelb.edu.au

Pleasure Music Garden

13 - 16

Design Studio Beta

Personal Email: kevinlam20001113@gmail.com Wix Page link: https://kevinlam20001113.wixsite.com/myprofile

Education: 2020.7 - 2023.11 University of Melbourne Bachelor of Design 2019.7 - 2020.5 2005.9 - 2019.5

Trinity College Foundation Studies Macau Pui Ching Middle School

Work Experience: 2020.5 - 2020.7

Macau Skypro Electrical and Mechanical Engineering LTD

Awards / Exhibition: 2023.11

Design Studio Epsilon MSDx Exhibition

2022.6

Design Studio Beta MSDx Exhibition

2021.6

Design Studio Alpha MSDx Exhibition

2020.11

FOD:R MSDx Exhibition

Skills: Rhino Grasshopper Enscape 3ds Max Vray Photoshop Illustrator Indesign Premiere Pro Sketchup AutoCAD Revit

Federation Square Office Building Architectural Tectonics

17 - 20

SEMI-PRIVATE

SUBJECT CODE: ARCH30002 YEAR: Third Year, Semester 2, 2023 TUTOR: Claudio Torres Salazar TUROR'S CONTACT: ctorressalaz@unimelb.edu.au WORK TYPE: Individual Academic Work PROJECT LOCATIONS: Stokes St, Preston, VIC

PRIVATE

Design Studio Epsilon

Light-Frame

The project emphasises materials that are reclaimed from the localised existing sources, focusing on timber prefabrication components ultimately to provide an aesthetic, affordable social housing with 138 units that blends into the rural landscape. Passive design systems are pivotal, focusing on structure orientation for natural light and thoughtful communal/private space arrangements, resulting in cost-efficient cross-ventilation. Materials are chosen for their eco-friendliness, ensuring equitable access to outdoor spaces for all units. The architectural ensemble and the surrounding rural landscape foster a profound connection. Moreover, the significance of a modular unit layout lies in its ability to expand horizontally, accommodating the diverse profiles and evolving needs of different residents. Typlogies from single, students, and nuclear families to retired couples, aim to provide an extraordinary connection between groups. The exceptional public spaces not only serve as essential amenities for the community but also play a pivotal role in defining the elevated standard of collective housing, an exchange place for residents from different groups.

CIRCULAR ECONOMY TIMBER PREFABRICATIONS 1. Ramp integrated with the platform as a social space, the moment of exchange between different groups of residents. This disability-friendly feature helps to increase the community belonging for every group 2. Aims to fully open up the public spaces into the rural landscape to enhance the living quality 3. The void space helps to break down the long-liner building and bring up the dynamic of the building mass. 4. The moment of the man-made structure meet with the natural environment, act as an exchange space between human and nature.

1. 3.

Axonometric showing the unit typologies and the relationship between the buildings and landscape. 3

SPACES ARRANGEMENT

Light-Frame +0.1m TOTAL 670m² Shared Communal Social Space, Public Facilities

+4.0m TOTAL 508m² Mix Units

1. Gym Room 2. Shared Laundry 3. Shared Bathroom 4. Shared Wash-room 5. Communal Kitchen& Dining 6. Flexible Outdoor Spaces 7. Bike Parking Area 8. Public Lounge

1. Two Bedrooms + Pantry Unit 2. Single Bedroom Unit 3. Shared Semi-Outdoor Spaces 4. One Bedroom+ Workspace Unit 5. Double Bedroom Unit 6. Small Two Bedrooms Unit 7. Three Bedrooms Unit 8. Two Bedrooms Unit 9. Six Bedrooms Shared Unit

172m² 20m² 9m² 9m² 170m² 210m² 24m² 57m²

1. Galvanised Roof Sheets combine with polycarbonate roof sheets to allow natural light to penetrate into the shared spaces. 2. Furniture with wheels on the bottom to provide flexibility 3. Mesh wire covers the envelope of the void spaces allowing continuous view toward outside and airflow while providing safety 4. Non-transparent polycarbonate panels installed between balconies to provide privacy 5. Shared spaces act as platforms across floors to activate the stair and lift spaces for being more than a vertical circulation 6. Pivoted polycarbonate panels installed on the communal ground space to connect both indoor and outdoor landscape 7. Curtains act as a soft boundary for diving spaces for different programs 8. Void spaces to enrich the spatial quality of shared units 9. Prefabricated clt walls with thermal insulation are used as external wall systems 10. Polycarbonate shelter determined the in-between spaces

66m² 33m² 45m² 66m² 33m² 33m² 66m² 66m² 200m²

1. 9.

2. 7.

6. 5.

8. 4.

5. 6.

10. 2. 1.

Ground Floor Plan

First Floor Plan

Fragment showing a portion of the building, the relationship of the shared spaces and the units. 4

Light-Frame Physical Model To show the benefits of standardised dimensions and prefabricated components to minimise the difficulties for assembly, a simple rational construction method while as a celebration of the skeleton timber structure.

Exterior Render Showing the the material difference between the ground floor and upper. The timber structure gently sits on the concrete plinth creating harmony with the rural landscape.

Residential

Communal

Long Section 5

Light-Frame 1. [REUSE] 40mm Glanvised roof sheet, From Sunshine, VIC 2. [REUSE] 90x65mm, 140x65mm, 90x45mm reclaimed timber, From, Richmond, VIC 3. [NEW] Sunscreen roller blinds, From Clayton, VIC 4. [REUSE] Kitchen Joinery, From Longwarry, VIC 5. [NEW] 200mm CLT wall panels, From Melbourne, VIC 6. [NEW] 90mm Knauf Insulation Batts, From Epping, VIC 7. [REUSE] 200x200mm Glulam timber column, From Moolap, VIC

Galvanised steel roof sheeting with a 2-degree slope for water to fall off into the landscape.

8. [REUSE] 19mm Plywood sub-floor, From Seaford, VIC 9. [REUSE] 150x19x12mm Baltic pine flooring, From Clayton, VIC

Roller blinds for further privacy from the public corridor. 90x45mm timber for outdoor balconies structure support.

11. [NEW] Wire Mesh, From Tullamarine, VIC 12. [NEW] 20mm polycarbonate panels, From Rowville, VIC 13. [NEW] 200mm precast concrete panels, 400x400mm columns, 400x600mm beams, From Laverton North, VIC

140x65mm timber floor joists with 10mm ceiling plasterboard, 19mm plywood and 10mm timber floor finishing, 120mm thick thermal insulations.

Vertical awning window for cross-ventilation.

300mm thick precast concrete slabs, 600x300mm beams and 300x300mm columns for supporting the timber structure above.

Mesh fabric roller blind to protect the intensive sunlight penetrating into the space while providing transparency to the outward landscape. Metal wire balustrade.

10. [REUSE] Glass From Demolition, From Melbourne, VIC

Polycarbonate vertical bi fold panel for privacy if necessary.

Polycarbonate shelters extend the indoor spaces into the iandcaspe creating an semi outdoor spaces.

mesh

5. 6.

3. 4.

Pivot polycarbonate door panels open up spaces between indoors and outdoors.

10.

9. 8.

Awning polycarbonate panels open up indoor communal space to the outdoor landscape, featuring a two-sided sitting bench.

13.

11.

12.

Reclaimed, Localised Materials, Prefrabication

Perspective End Section

The choice of materials is based on the analysis of the embedded carbon during production and the ecological footprint for transporting. Selecting as much reused material as possible, prefabrication products for reducing construction costs and the most essential parts are the end life of the materials, ensuring it can be reused or recycled.

Light-Frame

Interior Render The warm tone of timber helps enhance the vibe of living, the double-height spaces bring views and lights into the living spaces, and the in-between dining spaces help connect the outdoors, Ultimately enriching the quality of collective living.

1. Features communal facilities such as the communal library, convenience store, gym and restaurant on the ground level, to activate the connection with adjacent residents to have a greater connection with the whole community 2. One wider path is located across the site for emergency situation such as letting an ambulance or small fire truck enter through 3.Re-purpose the original house of the site into a restaurant/cafe to minimise the material wastes 4.The arrangement of the whole site aims to integrate rural landscape and open spaces across all buildings 5.A bus stop is introduced into the site for convenience which encourages residents to use public transport.

Site Plan 7

The Loose Platforms Design Studio Delta SUBJECT CODE: ARCH30001 YEAR: Third Year, Semester 1, 2023 TUTOR: Oskar Kazmanli-Liffen TUROR'S CONTACT: oskar.kazmanliliffen@unimelb.edu.au WORK TYPE: Individual Academic Work PROJECT LOCATIONS: Enterprize Park, Melbourne, VIC

The project seeks to tackle the challenging site conditions of the enterprise park, which is situated below two massive railways, leading to a confined feeling. The primary objective of the design is to create a library that offers an answer to this predicament by providing open and floating spaces. The key feature of the design is the use of platforms instead of traditional architectural elements like walls to separate internal spaces. These platforms are suspended at varying heights, creating distinct levels for various programs. The design also features a central void and ramp circulation to promote seamless flow between the levels, emphasising the idea of “loose.” Moreover, the contrast between lower and upper levels in terms of materials and light conditions aims to enrich the spatial experiences between spaces. The library aims to serve as a space for people to explore, learn, and share, with clear circulation directions and program arrangement that guides this journey.

Axonometric Showing the building envelope and the relationships with the surrounding environment. 8

The Loose Platforms

Steel Blades For Visual Blocking From the Railways Structure

Detail Elevation 8. 11.

12.

13.

Interior Plan View

10. 14.

Steel Frame Structure

15. 9.

Elevation 5.

Steel Frame Bookself 6. 4. 3.

Programs 2.

Concrete Datum

Floor Height Metal Sliding Door

Exploded Axonometric

1. Public Lounge 2. Cafe 3. Bookshop 4. Front Desk/Help Center 5. Gallery 6. Staff Areas 7. Main Collection 8. Amenities 9. Kitchenette and Lunch Area 10. Quiet/Self Study Area 11. Meeting Rooms 12. Multi-Purpose Activity Room 13. Tech Space 14. Group Study Area 15. Relax Reading Space

Axonometric 9

The Loose Platforms

Programs 1. Quiet/Self Study Area 2. Meeting Rooms 3. Multi-Purpose Activity Room 4. Tech Space 5. Group Study Area 6. Relax Reading Space

Programs

Ground Floor Plan

1. Public Lounge 2. Cafe 3. Bookshop

Second Floor Plan

The Loose Platforms

End Section

Long Section

The Loose Platforms

Customise Steel Frame Support Desk And Bolted To The Floor Structure

Collage Perspective looking east shows the approximate relationship between the library and the railways.

SHS Steel Frame BookShelf Bolted To The Floor Structure

Timber Finishes For Functional Spaces

Steel Structure Platfroms

Steel Plate With Holes Finishes For Cirulation Ramps

Detail Section

Pleasure Music Garden Design Studio Beta SUBJECT CODE: ARCH20001 YEAR: Second Year, Semester 1, 2022 TUTOR: Daisy Zheng TUROR'S CONTACT: daisy.zheng@unimelb.edu.au WORK TYPE: Individual Academic Work PROJECT LOCATIONS: Melbourne, VIC

The project aims to design a public music garden in Melbourne City, offering spaces for musical performances and moments of relaxation within the dynamic urban setting. Commencing the design process with a focus on figure-ground experimentation, explored the potential of open and pavilion spaces. Landscape decisions were informed by considerations such as sunlight exposure, biological analysis of plantations, and the strategic use of varying heights of ground differentiation to define spaces and blended natural elements with architectural features aligned with the project's concept. The public garden is crafted to provide a platform for musical artists spanning diverse genres. Simultaneously, they serve as spaces for emerging indie artists to showcase their talents, offering dedicated music creation and practice areas. A carefully designed circulation path guides the public on an immersive journey alongside the artists and enhances the overall experience.

Figure Ground

Landforms Study

Architecture Study

Design Process

Isometric

Pleasure Music Garden Arbors:

Spring

Summer

Autumn

Winter

Alyxia buxifolia - Sea Box

Fraxinus excelsior ‘aurea’ - Golden Ash

Leptospermum continentale - Prickly Tea-Tree

Leptospermum laevigatum - Coastal Tea Tree

Pistacia chinensis - Chinese Pistachio

Acmena smithii – Lilly Pilly

Ajuga australis – Australian Bugle

Bauera rubioides – River Rose

Prunus cerasifera ‘Nigra’ -Black Cherry

Callistemon hybrid ‘Baby Glow’ – Bottlebrush

Dichondra repens – Kidney Weed

Lawn, Shrubs, Flower Plants Alyxia buxifolia - Sea Box

Diselma archeri – Dwarf Pine

Ajuga australis – Australian Bugle

Sir Walter Lawn

Dianella caerulea ‘Cassa Blue’ -Native Flax

Callistemon hybrid ‘Baby Glow’ – Bottlebrush

Dichondra repens – Kidney Weed

Ozothamnus diosmifolius ‘Coral Flush’ -Rice Flower

Bauera rubioides – River Rose

Acmena smithii – Lilly Pilly

Fraxinus excelsior ‘aurea’ - Golden Ash

Leptospermum continentale - Prickly Tea-Tree

Leptospermum laevigatum - Coastal Tea Tree

Pistacia chinensis - Chinese Pistachio

Prunus cerasifera ‘Nigra’ -Black Cherry Plum

Plectranthus nitidus – Silver Plectranthus

Ozothamnus diosmifolius ‘Coral Flush’ -Rice Flower

Sir Walter Lawn

Planting Schedule Plantations are based on the functions of spaces, biological habitats, sunlight penetration, and the plants' seasonal growth characteristics.

Outdoor Balcony

12pm

3pm

12pm

9am

3pm

9am

3pm

9am

Rooftop Circulation

Music Listening Room Small Practice/Rehearsal Studio 02

Shadow Diagram - August

Shadow Diagram - April

Shadow Diagram - December

Second Floor Circulation

Large Practice/Rehearsal Studio 01

Music Store

Small Practice/Rehearsal Studio 01 Resting/Dining Hall

12pm

9am

3pm

9am

Service Pavilion

Kitchen

First Floor Circulation 3pm

Coffee Shop

3pm

9am

Music Recording Room Large Practice/Rehearsal Studio 02 Backstage/Preparation Room

Toilet

Storage Room

Informations Pavilion

Resting Room Event Room Stage Control Room Underground Stage Underground Backstage

Outdoor Resting Area

Ground / Basement Circulation

Circulation For Both Public and Staff/Artist

Shadow Diagram (Land-form) - April

Shadow Diagram (Land-form) - August

Shadow Diagram (Land-form) - December

Small Stages Underground Backstage

Open-top Stage

Circulation For Staff/Artist

Solar Analysis

Circulations & Programs Arragement

Focusing on the sunlight angles penetrating from different seasons into the landscape and arranging the volumes of massing based on the results.

Provide a journey for both the audiences and the artists, from public performance spaces and small stages for new artists to more intimate studio spaces.

Pleasure Music Garden Programs 10.

1. Entry 2. Underground Backstage 3. Small Stages 4. Underground Stage 5. Underground Backstage

9. 7.

6. Open-top Stage 7. Event Room 8. Backstage/Preparation/Stage Control Room 9. Resting Room 10. Storage Room 11. Toilet 12. Informations Pavilion 13. Large Practice/Rehearsal Studio 02 14. Music Recording Room

8. 2.

13.

5. 12.

11.

15. Service Pavilion 16. Coffee Shop 17. Music Store 18. Outdoor Resting Area 19. Resting/Dining Hall 20. Kitchen 21. Rooftop Outdoor Balcony

14.

Basement Floor Plan

Ground Floor Plan

Legends: Pavement Timber Decking

16.

Lawn

15.

Concrete

21. Water Feature Earth

17.

18.

Carpet

19. 20.

Open Rooftop Glasses

Second Floor Plan

Roof/Site Plan 15

Pleasure Music Garden

Perspective Section

Interior Render

Exterior Render

The visual connection between the interior event room and the large outdoor performance stage.

The small stages provides opportunities for new artists to show talent.

Federation Square Office Building

The project seeks to conceptualise an office building near Federation Square. The preliminary design is taken from an elevation sketch drawing proposed by a simulated architectural director in the industry.

Architectural Tectonics

The primary focus of the project is applying diverse architectural systems strategically employed to address site-specific challenges and issues such as overheating from sunlight, noise from the railways, accessibility and workspace arrangement flexibility. This process is carefully documented through a set of construction drawings, ensuring the practicality and feasibility of the design are upheld.

SUBJECT CODE: ABPL30041 YEAR: Third Year, Semester 1, 2023 TUTOR: Micheal Collins TUROR'S CONTACT: mcollins1@unimelb.edu.au WORK TYPE: Individual Academic Work PROJECT LOCATIONS: Batman Ave, Melbourne, VIC

TRAIN RAILWAYS

EVENING SUNLIGHT

ACOUSTIC

The west side has an adjacent car park which also needs to concern privacy and the distance between the car park and the building is quite far, therefore, the west side evening sun would directly penetrate the building and be an issue for the west side of the building.

Due to the adjacent railway, acoustic became one of the primary design responses required

FEDERATION SQUARE EASTERN ACCESS RD

THE NORTHERN SUNLIGHT

VERTICAL LOUVRE The west facade has installed a series of long horizontal louvres to avoid the evening sun from overheating the building and creating glare issues. Also, the vertical louvre is building from the ground to the top of the building which creates a continuous flow for anesthetics. While it can still have enough spaces between blades for natural ventilation.

AIRLOCK SPACE

Since the north side didn't have any adjacent buildings which means the north sunlight would directly penetrate the building which may lead to the overheating problem during summer

The two entrances have an airlock space for separating the outside and the foyer, this aims to create a buffer zone that could help keep the inside temperature more stable. Also, the space has installed entrance mats which could help get rid of the shoes' dirt and water from outside, for a better indoor environment.

DOUBLE SKIN FACADE The main idea of a double-skin facade system is to use an extra layer of glazing panels which could help block the noise from the adjacent railways and still provide a large view toward the northern city line.

4.883

5170

5000

1000

5000

M ROO W INDO HW W NORT INDO HW UT SO R DOO H R NORT DOO H SOUT

1000

WT-02

0 1750

7100 7100

920

FL02 FFL4.95

WT-04 WT-02

DOO

FL02 FFL4.95

WT-06

FL02 FFL4.95

WT-04 W3

FOYER

ADMIN ROOM 2

FL01 FFL4.95

FL02 FFL4.95

1500 5800

7450

7400

WT-06

1500 920

EAST FACADE The east facade does not require any special shading system since it is close to 12.210 the adjacent bridge and the sunlight would mostly get blocked, therefore, using large glazing for having a view of the adjacent open green space outside.

WT-03

WT-01

FOYER

FL02 FFL4.95

ASPHALT

4.364

WT-02

ADMIN ROOM 1

FLEXIBLE WORKSPACE 1

ADMIN ROOM 3

WT-04

DOW

WIN

T DO

WES

EAST

DOW

GRID

M ROO OM

T RO

WES

EAST

T WIN

WES

EAST

FL02 FFL4.95

ADMIN ROOM 4

WORKSPACE 3

FL01 FFL4.95

D1 W2

12.360

WT-04

ESCAPE STAIR LOCATION WT-05

1500

STORAGE WT-03

FL01 FFL4.95

WT-04

5450

7850

0 1015

9000

8000

FEMALE TOILET

1500

PANTRY

WT-04

MALE TOILET

FL01 FFL4.95

ASPHALT

FL03 FFL4.95

4.484 W2

920

1500

2000

W2 W2

2400

WT-03

4450

W2 W2

12.160

920

1500

5250

5200

5340

The gabion wall is closed to the south side of the building which may potentially lead to sound reverberation from 12.130 the north railways The ground level of the site would mostly depend on the south entrance next to the car park, this means the arrangement of the entrance door to the south side is essential

THE SOUTH FACADE

4.165

In order to avoid sound reverberation by the close gabion wall, the design aims to create less opening to minimise the sound entering the building and chooses to use precast concrete panels and aluminum cladding panels which help to absorb the sound to ensure the acoustic quality of the south side of the building.

9.394

3.940

PRIVACY AND ACOUSTIC

ACCESSIBILITY

The two staircases are located at two ends of the buildings which could fulfill the NCC requirement of not exceeding 20m. Moreover, the stairwells have back doors for escaping to the outside directly.

FEDERATION SQUARE CAR PARK

FL02 FFL4.95

WORKSPACE 2

WORKSPACE 4

FLEXIBLE WORKSPACE 2

WT-01

WORKSPACE 1

13.000

WT-06

FL02 FFL4.95

OPEN SPACE

WORKSPACE 5

1000

4.067

FL02 FFL4.95

4.084

920

1000

WT-01

WORKSPACE 6

1000

5000

920 920

WT-01

1000

4.856

920 920

920

1000

5950

GRID

1000

5950 5000

5970

1000

6170 5000

6200

4.767

6140

920 920

920

920 920

920

WORKSPACE 7

6100

920

6200

1000

4000 1000

5870

1000

6160 5000 1000

4430

6140

1000

8000

1000

6120

6160 5000

4850

6120

1000

6100 5000

5970 1000

6100 5000

6200

6.585

Ground Floor Plan 17

12.520

BIRRARUNG MARR UPPER TERRACE

Federation Square Office Building CHOICE OF FLOOR FINISHED

FEATURE STAIRS

The foyer and pantry spaces are using tiles that are in a dark tone which could benefit from maintenance since those spaces would have more frequent for people walking on and for drinking and eating which may more potentially require cleaning up. For the workspace, choosing the carpet for a more cosy feeling and also help to absorb the sounds.

The stairs are integrated with seats that provide a reading and resting space for people.

Downpipes are located on the exterior side of the facades and fulfilled the NCC requirement for no more than 12m between downpipes

Installed between workspaces to provide more flexible spaces for multi-purpose, also the operable walls have good acoustic performance that helps prevent noise transfer between rooms.

1000

920

C W1 W4 FL02 FFL8.95

FLEXIBLE WORKSPACE 4

FL02 FFL8.95

WT-01 W1

WT-01

WORKSPACE 8

WORKSPACE 11

FL02 FFL8.95

1000 W1

1000

FL02 FFL8.95

WORKSPACE 9 FL02 FFL8.95

WT-04

WORKSPACE 10

FL02 FFL8.95

DOO

FL02 FFL8.95

WT-04 W3 D2

FOYER

ADMIN ROOM 6

FL01 FFL8.95

FL02 FFL8.95

1500

5800

FL02 FFL8.95

7450

7400 1500

FOYER

920

FL02 FFL8.95

WT-03

WT-01

FL01 FFL8.95

FLEXIBLE WORKSPACE 3

WT-06

WT-02

ADMIN ROOM 5

ADMIN ROOM 7

WT-06

WT-04

DOW

WIN

T DO

WES

EAST

DOW

GRID

M ROO OM

T RO

WES

EAST

T WIN

WES

EAST

FL02 FFL8.95

ADMIN ROOM 8

WT-02 W1

FL02 FFL8.95

WORKSPACE 12

WT-06

FL02 FFL8.95

1000

5000

WT-01

WORKSPACE 13

920

WT-02

5950

W INDO HW W NORT INDO HW SOUT R DOO H NORT OR H DO SOUT

5950 5000

5970

1000

920

920 920

1000

6170 5000

6200

920 920

WORKSPACE 14 1000

5000

920 920

1000

6100

6140

1000

6200

920 920

6160 5000

4000 1000

6140

5000

1000

920 920

920

1000

0 1750 7100 1000

4430

1000

6100 5000

6120

5170

8000

5870

5970

1000

6160 5000 1000

6100 5000

6200

13 6120

6200

1000

4850

M ROO

The space of the two glazing layers is wider than the normal double glaze system which has a 100mm cavity that could more effectively block traffic noise entering the building.

Installed in between the two foyer spaces for alternative space use purposes, when the operable door opens, the two spaces become a large foyer connected with the stair seats for potential group activity.

The horizontal louvers are installed in between the double skin facade and floors which work as a shading system for high-angle summer sun in the noon time while could allow low-angle winter sun to penetrate into the building.

OPERABLE WALLS

THE DOUBLE GLAZING

The foyer's north side would not have a double skin facade since it requires less acoustic performance compared to the workspace, but still, the long width spacing double glazed window would help block the traffic noise.

THE OPERABLE DOOR HORIZONTAL LOUVERS

GRID

THE FOYER GLAZING

W2 W2

WT-04 W2 W2 WT-05

1500

STORAGE

WT-03

FL01 FFL8.95

WT-04

5450

8000

7850

9000 0 1015

FEMALE TOILET

1500

PANTRY

WT-04

MALE TOILET

FL01 FFL8.95

FL03 FFL8.95

W2 W2

920

2000

1500

2400

DOOR SCHEDULE

WALL SCHEDULE

OUTSIDE

INSIDE

OUTSIDE

INSIDE

4450

GL-01

E OUTSIDE D1

ELECTRONIC SLIDING DOOR

WINDOW SCHEDULE

Typical Floor Plan

TIMBER FRAMED BI-FOLDING GLASS DOOR

The spider mounting system helps to achieve the seamless appearance of the glazing panels

GL-01

WT-01

GL-01 W1

NORTH FACADE FIXED WINDOW WITH LOUVRE

GLASS CURTAIN WALL ON NORTH

PL-01

IN-01

The concrete panels with coating finished to avoid water absorption and maintain the aesthetic appeal of the facade

GL-03

GL-02

Breathable sarking was installed to prevent moisture from entering

The air gap act as a thermal break of the exterior wall which helps keep the thermal performance

920

1500

5250

5200

5340

WT-02

PRECAST CONCRETE WALL

Exterior aluminum cladding for better appearance and also act as sound absorption

WT-03

SOUTH/WEST FACADE FIXED WINDOW WITH LOUVRE

ROOM

GL-01 W4

PRECAST CONCRETE WALL WITH ALUMINUM PANELS CLADDING

TOILET Waterproof membranes installed in between the plasterboard and the tile

FIXED WINDOW

DUAL-AIR LOUVERS SYSTEM

Soundproof insulation batt inside the operable wall for better acoustic performance

FL-03

The louver system is different from the normal system which has double blades that could help achieve better acoustic and thermal performance when closed while allowing users to have adjustable natural ventilation entering the spaces.

Systems Schedule

WT-04

PL-01

IN-02

STEEL STUD INTERNAL WALL

WT-05

STEEL STUD INTERNAL WALL WITH TILES FINISHED

WT-06

OPERABLE WALLS

Federation Square Office Building C

Timber oak sill for covering the window frame

Aluminum window frame welded with the flashing to prevent water from entering and guiding the rainwater out of the window frame

The rainwater head is half embedded into the concrete wall for a better appearance and also reserves space for the horizontal shading louvers. The component collected water from the box gutters and drainage into the downpipes.

The cavity between two walls would help create airflow from the bottom to the top of the building which would help ventilate the hot air out during summertime

Steel stud wall structure with insulation panel installed

RF-01

FCL 20.40 W3

W3 W1

WT-06

WT-01

WT-04

WORKSPACE

WT-04

Anchor bolts connecting the louver frame to the precast concrete wall panel

PL-01

Louvretec Bracket fixed 300 airfoil maxi sun louver system

Adjustable tie-back method bolted the precast concrete panels to the floor slabs

Timber wall skirting board to cover the plasterboard and carpet conjunction

THE SEAMLESS APPEARANCE OF THE FACADE

The use of spider mounting systems helps get rid of the traditional murlins between glazing which helps create a seamless looking and could fulfill the original design

WORKSPACE

THIRD LEVEL FFL 16.95

STEEL FRAMING ON THE TOP LEVEL

FCL 16.40

WT-04

CAFE

Vapor membrane

IN-01

The roof has a 2-degree slope toward both sides and is connected with box gutters for water drainage, while the use of a parapet wall help guides the rainwater into the inner box gutters instead of the outside of the facade. The extensive green roof is installed on the north side which is beneficial for slowing down the process of storm-water drainage.

FFL21.50

CAFE

FLEXIBLE WORKSPACE

ROOF TREATMENT FOR STORM WATER

ROOF LEVEL

NATURAL VENTILATION INSIDE DOUBLE SKIN FACADE

5250

2400

7860

7450

The double-blade louver system with additional Agon air in between the blades for better thermal and acoustic performance

CAFE

SECOND LEVEL FFL 12.95

WT-03

FCL 12.40

CD-01

WT-01

WORKSPACE

WT-04

FOYER

WT-04

PANTRY

The upper level of the south side would use much larger glazing since the gabion wall will no more block the view

WT-06

WT-03

FIRST LEVEL

The external precast concrete panel connected with the floor slab using the method of adjustable tie back

FFL 8.95

Drop ceilings are introduced to provide spaces for installed light and insulation panels

FCL 8.40

Breathable sarking in between for moisture prevention

WORKSPACE

FL-02

WT-04

FOYER

WT-04

PANTRY

WT-06

GROUND LEVEL

SECOND LEVEL

WT-03

FFL 4.95

FFL 12.95

LEVEL 3.25 SANDY CLAY CLAYEY GRAVEL LEVEL 2.85 LEVEL 2.55 SANDY CLAY

CD-01

Detail Section B

SAND CLAY

LEVEL 0.55

SILTY CLAY

LEVEL 0.05

Section A

The glass balustrade is bolted to a steel plate and welded to the frame

ROOFTOP TERRACE

The concrete pour screed at a 1-degree slope to help rainwater flow into the gate

Tiles with 5 mm gaps in between for water drainage

Waterproof membrane wrapped under the timber and the flashing

The flashing connected to the balustrade base steel plate and bends alongside the concrete edge keeps water out of the surface

100mm width steel drainage gate

FL-03

The gate collected the water from the floor and connected it to the downpipe for drainage

SECOND LEVEL FFL 12.95

Waterproof membrane The steel frame structure suspends the floor tiles and helps to level the floor Adjustable tie-back method bolted the precast concrete panels to the floor slabs

CL-01

Detail Section C

This method is used due to its cost-effectiveness and durability, as it uses a flexible connection which could reduce lots of construction costs and time while providing enough strength to support the concrete panel. Also, it can resist weather situations, and prevent corrosion after a long period. All the windows have installed rolling shade blinds for providing privacy when required and the alternative situation of not wanting natural light entering

CLAYEY GRAVEL LEVEL 1.55

Sealing and bolt connected two aluminum panels

Instead of using a concrete structure system as the bottom level, the top level change to a light steel structure since there are no longer required to support heavy load-bearing from the upper level and also could reduce the construction costs.

Connections covered by plasterboard

Perspective Hero Shot 19

Federation Square Office Building A A parapet wall guiding the rainwater entering the inner box gutter instead of the outer side of the facade

4 Lightweight vegetation for lower load minimises the structure requirement

The gutter is fixed to the timber member with a 1-degree slope for water flowing to the rainhead Aluminum retention trim for blocking roots and impurities entering the box gutter

ROOF LEVEL FFL21.50

CODE

SPEC

SUPPLIER

CD-01

ProClad Ruby Red Solid aluminum panels 3mm thickness AS1350.1 non combustible AS1530.3 pass test

ProClad

Gyprock Freshtone Ceiling Tiles with 1200x600mm and 10mm thickness

Gyprock

250mm deep Growing medium allowing plants to grow and level horizontally Water storage layer to slow down the drainage of the stormwater

CL-01

Aeration layer for soil to absorb nutrients from the air Stormwater drainage tubes for overflowing water to the box gutter

FL-01

XPS insulation panel for thermal performance IN-03

Root barrier to avoid roots or other impurities entering the roof CL-01

Waterproof membrane for moisture control

FL-02

FC Sheet 15mm A 2-degree sloped allowing water flowing into the gutter

FL-03

The UC bolted to the PFC with welded cleated plate

GL-03

WT-06

DownW1

RHS steel beam connecting the steel UC and the concrete wall with bolts with the welded cleated plate to the UC

WORKSPACE W1

Aluminum window frame welded with the flashing bent alongside the outside edge of

GL-01

GL-02

FL-02

GL-03

THIRD LEVEL FFL 16.95

Exterior cladding of the west and south facades https://www.aluminiumfacadesystems.com.au/proclad-solid/

For the false ceiling finishing https://www.gyprock.com.au/products/ceiling-tiles-freshtone

Waterproof membrane to prevent water and moisture from entering the insulation

FCL 20.40

NOTES

Spider glazing mounting system

GH Commerical Moduleo 55 Tiles Vinyl Plank Flooring 329x659mm, 2.5mm thick Water-resistant

GH Commerical

GH Commerical Agility 4m Commercial Broadloom 6mm thickness Statron Plus Solution Dyed Nylon yarn Patterned Loop Pile surface texture

GH Commerical

Hamilton Matte Grey Concrete Look Tile 600x600mm, 8mm thickness Slip Rating P3 Patterned Loop Pile surface texture

For the floor finish of the foyer and corridor https://www.ghcommercial.com/products/concrete

For the floor finish of the workspaces and administration rooms, for better sound absorption https://www.ghcommercial.com/products/agility-4m?colour=waterfall

Tile Cloud

For the floor and wall finish of the wet area with slip resistant feature https://tilecloud.com.au/collections/bathroom-floor-tiles/products/hamilton-matt-grey-concrete-look-tile-1

Viridian Double Glazed System 6mm PerformaTech PH30 and 6mm VFloat Clear with VLT 68, U-value 1.3, SHGC 0.29 double glazing system

Viridian Glass

Breezway Dualair System in Alspec McArthur Evo 150mm Framing Clear Low-E 6mm glass for the outer blade and inner blade U-Value 2.4 SHGC 0.1

Breezway

ThermoTech Point Fixed IGU glass 32mm thickness VLT 76 U-Value 2.5 SHGC 0.62

Viridian Glass

For all the fixed windowed system https://www.viridianglass.com/products/energy-efficiency/performatech/

For Louver system https://www.breezway.com.au/altair-louvre-window-frame-types/dualair-component-system/

For the outer layer of the north facingdouble skin facade https://www.viridianglass.com/products/structural-systems/thermotech-point-fixed-igu-s/

FCL 16.40

IN-01

R3.1 Bradford Soundscreen 580mm wide, 110mm thick

Insulation Essentials

CAFE

FL-01

SECOND LEVEL FFL 12.95

IN-03

FCL 12.40

Louvretec Bracket fixed 150 Helena Bay rectangular horizontal sun louvers system

GL-03

Custom-size SHS steel welded the spider mount structure for the external glazing panel

Louvretec Bracket fixed 150 Helena Bay rectangular horizontal sun louvres system

Installed in the internal timber stud wall part of the precast concrete panel wall, helps provide great thermal performance while providing extra acoustic insulation https://insulationessentials.com.au/product/unit/u-perpack/r3-1-bradford-soundscreen-580mm/

IN-02

CL-01

R2.5 Bradford Soundscreen 580mm wide, 88mm thick

Insulation Essentials

Dual air louvres with double blades

Installed in the internal timber stud wall, helps provide great thermal performance while providing extra acoustic insulation

https://insulationessentials.com.au/product/unit/u-perpack/bradford-soundscreen-insulation-batts-r2-5-1160m m-x-580mm/ W1

IN-03 WT-06

GL-03

R2.5 Bradford Gold Ceiling Insulation Batts 430m wide, 144mm thick

Insulation Essentials

Installed on the false ceiling to provide thermal performance

WORKSPACE

The custom steel structure supporting the vertical louvers and the spider mount, using anchor bolts to fix into the precast concrete panel

https://insulationessentials.com.au/product/bradford-ceiling-insulation/bradford-gold-ceiling-batts/r2-5-glasswool-ceilingbatts-430-mm-wide/

PL-01 Double glazing with 100mm width air gap for better acoustic performance

Gyprock Soundchek plasterboard with 13mm thickness

Gyprock

For the internal finishing of walls, providing extra acoustic performance https://www.gyprock.com.au/products/plasterboard-soundchek

RF-01

FL-02

Lysaght TRIMDEK BMT 0.48

Lysaght

FIRST LEVEL FFL 8.95

SA-01 FCL 8.40

Roof Sheet on the south side https://www.lysaght.com/products/trimdek

The space between louvers allows airflow through the cavity

Bradford

Sarking sheet installed on the exterior of the stud wall and roof structure to prevent moisture and water entering the building

Unifold Operable Wall 100 series with 100mm thickness and an Rw50 – 58kg/m2 acoustic rating

Unifold

For the room space separation for flexible workspaces, also choose due to good acoustic performance

AFFIX Structural Glazing System 4 arm heavy duty post fixed A4-70, M16 x 110mm all thread, M16 hex nuts and M16 wedge lock washers supplied as standard

FGS Hardware

Bradford Thermalseal ResiWrap Sarking

IN-03

https://www.bradfordinsulation.com.au/home-insulation/roof-sarking/thermoseal-roof-sarking/resiwrap#current

CL-01

Rolling shade blind WT-01

Drop ceiling with steel frame attaching the ceiling board and collected to the slab by steel wire

WT-01

WT-04

GL-03

https://unifold.com.au/products/operable-wall/

WORKSPACE

WT-06

The double skin facade started at 800mm height from the ground level to provide spaces for airflow The concrete panels with coating finished to avoid water absorption and maintain the aesthetic appeal of the facade

PL-01

WT-02

https://fgs.com.au/products/spider-fittings/heavy-duty-post-fix/hdp-4-sss.html

Louvretec

The horizontal shading system installed between the north double-skin facade https://issuu.com/louvretecworld/docs/2018_sun_louvres_brochure?e=30628029/63827894

WT-02

IN-01

Louvretec Bracket fixed 150 Helena Bay rectangular sun louvers system

Spider fixed system for the outer layer glazing of the north facing double skin facade

FL-02

Louvretec Bracket fixed 300 airfoil maxi sun louvre system

Louvretec

The vertical shading system installed on the west facade https://issuu.com/louvretecworld/docs/2018_sun_louvres_brochure?e=30628029/63827894

GROUND LEVEL FFL 4.95

Hunter Precast concrete facade panels 200mm thickness

Hunter Precast

Installed on the external side of the facade system https://hunterprecast.com.au/precast-concrete/structural/#columns-beams

Detail Section 01

Detail Elevation A

Material Schedule 20