Portfolio_Moon Yan Cheah

MOON YAN CHEAH

Contact Details:

Email:

Phone:

LinkedIn:

Skype: cheahmoonyan@gmail.com +60166109838 moonyancheah moon.yan.cheah

Professional Summary

A recent graduate from Master of Architecture at Curtin University, with a Bachelor’s degree in Architecture from The University of Melbourne. Very passionate about good design and believes that it can positively influence people’s lives. Worked as a Design Assistant and Architectural Technician in architecture firms based in Melbourne and Perth. Skilled in CAD softwares, such as AutoCAD, Rhino and Revit. as well as creative softwares like Photoshop and Illustrator.

Education

2022-2023

Skills Summary:

Design Expertise:

•An eye for detail in documentation

•3D visualisation

•Design Presentations

•Decent knowledge of construction methods and detailing

Technical Skills:

Rhino

AutoCAD

Revit

SketchUp

Enscape Grasshopper

Adobe Design Suite

2017-2019 2016

Master of Architecture, Curtin University

Bachelor of Design, Architecture, The University of Melbourne

Western Australia Certificate of Education (WACE), Sunway College, Kuala Lumpur

Voluntary Work

Publicity Officer (IT)

Event: Taste of Malaysia 2019

Organisation: MASCA Victoria

Job description:

In-charge of creating various artworks online and offline for Taste of Malaysia.

Peer Mentor for B-Des Peer Mentoring Programme

Year: 2018

Job description:

Facilitate group discussions and provide ongoing support to new students throughout the semester.

Work Experience

Graduate of Architecture

Organisation: Tuscom Subdivision Consultants, Perth

Duration: 1 Month (Feb 2024 - Mar 2024)

Job description:

•Prepared built / survey strata proposals and feature survey drawings.

•Researched feasibility of potential projects for preparation of quotes.

•Prepared subdivision quotes and cost estimates.

•Prepared planning applications for residential and commercial projects.

•Produced detailed drawings using CAD software.

Architectural Technician

Organisation: Zuideveld Marchant Hur, Perth

Duration: 8 Months (Jul 2022 - Feb 2023)

Job description:

•Assisted in the preparation of design proposal for clients.

•Prepared planning applications for several residential projects.

•Produced detailed drawings using CAD software.

Design Assistant

Organisation: PNEU Architects, Melbourne

Duration: 2 Yrs & 3 Mths (Dec 2019 - Feb 2022)

Job description:

•Assisted in the preparation of design proposal for clients.

•Prepared planning applications for residential projects.

•Produced detailed drawings using CAD software.

•Prepared information for design, specifications, and equipment for interior fitout projects.

•Produced 3D rendered images for several interior fitout projects.

•Performed accurate site measures during site visits for interior fitout projects.

MOON YAN CHEAH

Contact Details:

Email:

Phone:

LinkedIn:

Skype: cheahmoonyan@gmail.com +60166109838

moonyancheah moon.yan.cheah

Skills Summary:

Languages:

•English

•Mandarin

•Malay

•Cantonese

Hobbies and Interests:

•Arts & crafts

•Video Games

•Travel

•Music

Achievements Professional References

Head of School Commendation - Sem 1, 2023

Year: 2023

Description:

Head of School commendation for academic excellence during Semester 1, 2023 from the School of Design and Built Environment, Curtin University, Australia.

Curtin International Merit Scholarship

Year: 2022

Description:

In recognition and rewarding academic excellence of international students at Curtin University, Australia.

James Teoh

Founder / Director| Tuscom Subdivision Consultants

3/4 Riseley St, Applecross WA 6153, Australia

+61411888126

james@tuscom.com.au

Lee Syminton

Lecturer / Thesis Supervisor| Curtin University

Kent Street, Bentley WA 6102, Australia

+61407883207

lee.syminton@curtin.edu.au

Nelson Lee

Managing Director | PNEU Architects

1310/401 Docklands Dr, Docklands VIC 3008,Australia +61433668611

nelson.lee@pneuarch.com.au

Notable Designs / Projects

Vienna Massage

Interior Design - Professional Exp. Architecture - Student Work

Perth Medihotel

TAFE Design School (Thesis)

Content

Professional Work:

Vienna Massage (Internal Fitout)

Student Work:

TAFE Design School Redevelopment

Convergence (Medihotel)

Pedal & Flipper + Coastal Rhythm

Apartments (Mixed-Use)

The Hive (Pavilion)

Construction Design:

Olympic Park Community Facility

Vienna Massage

Interior Fitout

Design

by: PNEU Architects

Team:

The interior of Vienna Massage is largely inspired by the Baroque-style buildings of Vienna, incorporating classical architectural features such as mouldings, ceiling cornices and fretwork into the interior. The overall colour scheme (Grey with accents of Rich Violet) and the warm, dim lighting serves to give the interior a romantic and sensual touch. Natural accents such as potted plants and flowers further amplifies the romantic aspect of the interior while helping the clients to relax and enjoy a nice massage.

Location:

Project area:

Project year:

Status:

Client:

Nelson Lee (Design, Coordination)

Nick Huyhn (Design, 3D render)

Moon Cheah (Design, Drafting, 3D render)

235 Queen Street, Melbourne.

88.14 sqm

Vienna Massage

TAFE DESIGN SCHOOL REDEVELOPMENT

COWORKING SPATIAL ELEMENTS IN SUPPORTING DYNAMIC EDUCATIONAL STUDENT OUTCOMES - TAFE PERTH

How can an improved model of a school of design for TAFE with coworking spatial elements positively impact the perceived learning experience of design students in Perth?

The redevelopment of TAFE Design School aspires to incorporate coworking spatial qualities into the academic environment as explored in this thesis. These qualities include flexibility, a sense of community and an inspirational atmosphere that ensures an enjoyable learning experience for design students. Situated near the Perth Cultural Centre and the entertainment hub of Northbridge, the site provides a dynamic ground plane consisting of café, retail and gallery spaces that connect the building to the rest of the campus and cultural precinct communities. Other than that, multiple courtyards with green space, bright-coloured interiors and a feature coworking terrace are included in the design proposal to provide an inspirational and vibrant learning environment. Finally, flexibility is also a very prominent part of the design, as spaces are designed with foldable walls and movable furniture that can be freely manipulated to cater for any usage or event.

Design Strategies

Subject:

Year:

Supervisor:

Lee Syminton

Site: Architectural Thesis Project 2023 Semester 2

lee.syminton@curtin.edu.au

North Metropolitan TAFE Perth Building 6, 19 Aberdeen St, Perth WA 6000

Flexibility Sense of Community Inspirational Aesthetic + Comfort

THE SITE

ABOUT THE SITE

SITE SELECTION

The site selected is the site of Building 6 on the TAFE North Metropolitan Perth Campus. This is because the TAFE North Metropolitan Perth campus is where all the creative and design courses take place. Furthermore, some of the buildings on the campus are quite old and outdated, including Building 6. Thus, there is a need to implement coworking spatial elements in the design of the school to provide a better learning experience for students.

The selected site and the TAFE North Metropolitan campus is located in the middle of Perth Cultural Centre in Northbridge, surrounded by the Perth Institute of Contemporary Arts (PICA), State Library of WA, WA Museum, Art Gallery of WA and the Blue Room Theatre. Other than cultural points of interests, the site is near the entertainment hub of Northbridge where there is an abundance of bars and restaurants. Surrounded by a vibrant precinct, there is a need to reflect that liveliness and vibrancy in the design proposal as well.

Voids

Coworking Spaces

Public Interface

Greenery

St John’s Lutheran Church

Metropolitan

Site Area: 5796 m2

Site Dimension: 126m x 46m

Museum St

Aberdeen St

Beaufort St

RL 5.00

RL 3.00

Perth Mess Hall

North Metropolitan TAFE Building 7

North

TAFE Building 5

North Metropolitan TAFE Building 1

Westin College

RL 0.00

Scale 1:500 @ A3

Programme:

1. Carpark

2. Loading Bay

3. Lockers

4. Waste Room

5. Plant

6. Substation & Switchboard

7. Bike Parking

8. Cafe

PLANS - GROUND FLOOR

Programme:

1. Main Entrance

2. Gallery

3. Lobby/Seating

4. Lunch Area/Cafe

5. Retail

6. Courtyard

7. Collab Rooms

8 . Print Room

9 . Reception

10. 2nd Entrance

11. Pop-up store

12. Cowork Terrace

13. Quiet Coworking

14. Coworking Space

15. Balcony

16. Staff Area

17. Staff Printing

18. Meeting Room

19. Quiet Room

20. Head of School Rm

21. Staff Breakout Space

22. Security Room

PLANS

- 2ND FLOOR (FASHION DESIGN, PRODUCT DESIGN, SPECIALIST MAKEUP)

Programme:

1. Design Studio

2. Green Screen Rm

3. Audio Studio

4. Audio Rec. Booth

5. Cowork Terrace

6. IT Studio

7. First Aid Room

8 . Technician Room

9 . Dark Room

10. Editing Room

11. Tech Workshop

12. Workshop

13. Workshop Prep Rm

14. Spray Booth

15. Dressing Room

16. TV Studio Control Rm

17. TV Studio

18. Photo Studio

19. Coworking Space

Programme:

1. Design Studio

2. Student Lounge

3. Cowork Terrace

4. Fashion Homeroom

5. First Aid Room

6. Technician Room

7. Fashion Studio

8 . Silk Screen Studio

9 . Prep Room

10. Silk Screen Wash

11. Coating Room

12. Exposure Room

13. Coworking Space

OVERALL PERSPECTIVES

CONVERGENCE: EAST PERTH MEDIHOTEL

Perth Medihotel designed to act as a connection to nature and greenery. It is also to provide an oasis of health and wellness from the busy city of Perth. Main design features include a central void to allow for daylight penetration, integrated garden in the building as an extension of the greenery offered by Wellington Square, as well as the undulating terraces that offer residents multiple dynamic views.

Sustainability is very crucial for this design and we have cooperated with sustainability experts, as well as engineers to find the best sustainability solution. This includes solar panels, rainwater collection system, Autoclaved Aerated Concrete (AAC Panels) and double glazing.

Subject:

Year:

Unit Coordinator:

2022 Semester 2

Site: Complex Building Studio

Parisa Izadpanahi

parisa.izadpanahi@curtin.edu.au

146 Wellington St, Perth WA

East Perth is an inner suburb of Perth and located next to the Perth central business district. The suburb was once an industrial area, however the redevelopment of East Perth in 1991 resulted in industrial buildings transformed into modern residential units and apartment.

There are lots of different amenities and infrastructures near the site, such as hospitals, fire station, green space etc. However, there aren’t much restaurants and cafes nearby.

Wellington Square which is near the site was formerly a swamp area rich in resource that was used by the Noongar as a camping place. Evidence show that Wellington Square was part of a rich ecosystem that provided spiritual and physical sustenance to Whadjuk as it is a major place that is connected to the creation of the world for Whadjuk. Therefore, there is a need for the building to connect to the greenery and nature provided by Wellington Square.

CONCEPT: CONVERGENCE

• To blur the boundaries between built and nature / heritage, offering health benefits to residents.

• To act as a connective tissue between East Perth and the City Centre.

DESIGN

A Connection to Nature & Greenery (Biophilia)

To provide an oasis of health and wellness.

Contrast Between Built Forms & Materials

1. TOILET

2. UA TOILET

3. STORAGE

4. CATERING KITCHEN

5. DINING LOUNGE

6. LIBRARY

7. BUSINESS CENTRE / WORKSPACE

8. LUGGAGE STORAGE

9. CONVENIENCE STORE

10. CAFE

11. COURTYARD GARDEN

12. CONCIERGE

13. FRONT DESK

14. LOBBY

HILL STREET

GENERAL ARRANGEMENT PLAN

Basement

WELLINGTON

1st Floor

WELLINGTON

1. TOILET

2. UA TOILET

3. STAFF OFFICE

4. STAFF BREAKOUT SPACE

5. STORAGE

6. GP CONSULTATION ROOM

7. NURSE’S STATION

8. PHARMACY

9. PHYSIOLOGY TREATMENT ROOM

1. AMBULANCE TRANSFER

2. SUBSTATION & SWITCHBOARD

3. WATER TANK & PUMP

4. LOADING BAY

5. MATERIAL HANDLING

6. WASTE ROOM

7. BIKE PARKING

8. LAUNDRY ROOM

9. END OF TRIP FACILITY

10. LOUNGE

11. SECURITY ROOM

12. PICK-UP / DROP-OFF POINT

2nd-7th floor Roof Plan

1. BACK OF HOUSE

2. STANDARD ROOM

3. ACCESSIBLE ROOM

1. PLANT ROOM

2. WATER TANK

3. SOLAR PV

4. ROOF GARDEN

ADJACENT BUILDING:

PERTH FIRE STATION

HILL STREET

ADJACENT BUILDING:

PERTH FIRE STATION

HILL STREET

DETAILED SECTION

PARAPET FLASHING

SCUPPER DRAIN

CONCRETE SLAB

RAINWATER TANK

WATERRPROOF MEMBRANE & COMPACT CONCRETE LAYER

INSULATION

SCREED & VAPOUR BARRIER

SOLAR PANELS

(DASHED)

CEILING GLASS

PANEL

TIMBER BALUSTRADE

DRAINAGE CHANNEL

MAXIWALL AAC PANEL

STEEL FRAME, INSULATION & WATERPROOF MEMBRANE

TIMBER BALUSTRADE

STEEL STUD WALL

PLANTER

DRAINAGE CHANNEL

CONCRETE SLAB

SUSPENDED CEILING & INSULATION

SERVICES ABOVE

SUSPENDED

CEILING

PLANTER

CONCRETE SLAB

STEEL STUD WALL

EXTERIOR PERSPECTIVES

INTERIOR PERSPECTIVES

MIXED-USE:

Subject:

Year:

Unit Coordinator:

Site: Praxis Studio

2023 Semester 1 Lee Syminton

lee.syminton@curtin.edu.au

Pedal & Flipper Bedford Ave, Rottnest Island WA 6161

The Pedal & Flipper + Coastal Rhythm Apartments is a mixed-used building, with the lower floors consisting of the Pedal & Flipper Bike Hire and the upper floors consisting of modular apartment units. In 10 years time, the modular apartment units are to be to moved and reconfigured onto another site. In this project, architecture students collaborated with a team of engineering students to ensure the constructability of the building, as shown in the various detailed construction and technical drawings produced. Other than that, new technologies & innovation in achieving net zero and building compliances to the NCC are crucial elements that are considered in this project.

Site Context

Rottnest Police

Rottnest Police

Concept: Coastal Rhythm

Inspired by Coastal Architecture, the concept of Coastal Rhythm means to tune into and connect to the rhythm of the coast, ocean waves and nature. The building intends to reconnect visitors to nature and of the surroundings of Rottnest, a getaway from the busy life of the city. Rhythm can be seen in the feature balconies of the apartments to mimic the waves of the ocean.

There’s also a sense of rhythm in the Peddle & Flipper building, as the layout would be streamlined so visitors can get everything they need on the way without disruption to their rhythm. This maximises their enjoyment on the island.

Site Plan

Rottnest Island is a famous tourist destination in Western Australia, as it is rich with sandy beaches, breathtaking scenery, woodlands, wildlife and Aboriginal history and culture. It is located 19 km from Fremantle, 33km from Perth CBD and 22km from Hillarys, reachable by ferry. The island is car-free so people get around on the local bus, or bikes. The project site of Peddle & Flipper is along the main road of Bedford Avenue, where most of the tourism and historical spots are located. To the east of the project site, there are many hotels and visitor accommodation like Hotel Rottnest.

Mycelium Insulation

Composite Timber Cladding

Autoclave Aerated

Concrete

Deconstruction

Transportation

Construction

Finished Building

BALCONY

LEGEND

LEGEND

BALCONY

DX DOOR OPENING REFER DOOR SCHEDULE

DX DOOR OPENING REFER DOOR SCHEDULE

WX WINDOW OPENING REFER WINDOW SCHEDULE .

WX WINDOW OPENING REFER WINDOW SCHEDULE

150 X 100MM RHS COLUMN

150 X 100MM RHS COLUMN

170MM STEEL STUD W/ AAC CONCRETE PANEL

170MM STEEL STUD W/ AAC CONCRETE PANEL

- 50MM HEBEL POWERPANEL (EXTERNAL)

- 50MM HEBEL POWERPANEL (EXTERNAL)

- 30MM TOP HATS

- 30MM TOP HATS

- 90MM STEEL STUDS W/ MYCELIUM INSULATION

- 10MM PLASTERBOARD

- 90MM STEEL STUDS W/ MYCELIUM INSULATION - 10MM PLASTERBOARD

90MM STEEL STUD LINED W/ PLASTERBOARD OR VILLABOARD SHEETING TO WET AREAS.

90MM STEEL STUD LINED W/ PLASTERBOARD OR VILLABOARD SHEETING TO WET AREAS.

SELECTED TECHNICAL DRAWINGS - APARTMENT MODULE ELEVATION

300MM X 200MM COLORBOND BOX GUTTER ON SPANDECK GUTTER BOARD SUPPORTED BY ADJUSTABLE STRAP.

15MM COMPOSITE TIMBER CLADDING

100MM X 50MM TIMBER SCREEN ON BALCONY TO PROVIDE SHADING AND PRIVACY

MAIN STRUCTURE OF THE MODULAR APARTMENTS:

150 X 100MM RHS

COLUMNS & 150 X150MM SHS BEAMS

E3: ELEVATION 3 (NORTH)

ROOF MODULE IS TRANSPORTED SEPARATELY FROM MAIN MODULE & IS FIXED ON SITE

E4: ELEVATION 4 (WEST)

KLIP-LOK 700 HI-STRENGTH

ROOF SHEETING 0.48MM @ 2º PITCH ON 90 X 50MM TIMBER PURLINS

ENVIROSEAL WALL WRAP

VAPOUR BARRIER

400MM X 200MM COLORBOND BOX GUTTER ON SPANDECK GUTTER BOARD SUPPORTED BY ADJUSTABLE STRAP.

15MM COMPOSITE TIMBER CLADDING

50MM HEBEL POWER PANEL W/ SECONDARY PLYWOOD CLADDING

MAIN STRUCTURE OF THE MODULAR APARTMENTS:

150 X 100MM RHS COLUMNS & 150 X 150MM SHS BEAMS

ROOF MODULE IS TRANSPORTED SEPARATELY FROM MAIN MODULE & IS FIXED ON SITE

120 X 45MM CEILING JOIST @ 450MM CC W/ MYCELIUM INSULATION

MODULES TYPICALLY COME PARTIALLY CLAD TO ALLOW FOR CONNECTIONS

600MM FLOOR SPACE TO ALLOW FOR SERVICES

M20 GRADE 8.8 BOLTS

BEAM & COLUMN WELDED TO 15MM THK

STEEL PLATE

150 X 150 X 5 MM RHS BEAM

150 X 100 X 5 MM RHS COLUMN

150 X 150 X 5 MM RHS BEAM

150 X 100 X 5 MM RHS COLUMN

M20 GRADE 8.8 BOLTS

135 X 100 X 5 MM RHS COLUMN WELDED TO STEEL PLATE AND BEAM

10MM STEEL PLATE

FLASHING

CANT STRIP

KLIP-LOK 700 HI-STRENGTH ROOF SHEETING 0.48MM

VAPOUR BARRIER MEMBRANE SARKING

90 X 50MM TIMBER PURLINS TO ENG.

DETAILS

150 X 100MM RHS BEAM

150 X 100MM RHS BEAM

150 X 150 X 5 MM SHS BEAM

120 X 45MM CEILING

JOIST @ 450MM CC FIXED TO 150 X 150MM SHS BEAM

BROWN COLORBOND PARAPET WALL CAPPING PACK AS REQUIRED TO ACHEIVE FALL TOWARDS BUILDING

90MM STEEL STUD WALL W/ COMPOSITE TIMBER CLADDING FIXED TO 20MM TOP HATS

MYCELIUM INSULATION

300MM X 200MM COLORBOND BOX GUTTER ON SPANDECK GUTTER BOARD SUPPORTED BY ADJUSTABLE STRAP.

KLIP-LOK 700 HI-STRENGTH ROOF SHEETING 0.48MM

90 X 50MM TIMBER PURLINS TO ENG. DETAILS

VAPOUR BARRIER MEMBRANE / SARKING OVER FLASHING

120 X 45MM CEILING

M20 GRADE 8.8

BEAM FILLET WELDED TO 10MM STEEL PLATE AND BOLTED TO COLUMN

150 X 100 X 5 MM RHS

JOIST @ 450MM CC FIXED TO 400 X 400MM SHS BEAM

150

Queen Victoria Gardens Pavilion The Hive

Subject: Digital Design

Individual Work

Year: 2018 Semester 1

Tutor: Han Li

han.li1@unimelb.edu.au

Site: Queen Victoria Gardens, Melbourne

The concept of this pavilion is to create a space where people could have an interesting visual experience while inside the space. This is created by the perforated 2D and 3D panels of the pavilion, which allow sunlight to penetrate through. Since the pavilion is symmetrically centralised, sunlight could penetrate the pavilion from all directions. People could gather around and sit on the seats created by the stepping down of levels. The stairs allow people to enter the space. As for materials, the pavilion is made of timber, so that people could have a connection to nature and will also have a sense of warmth and comfort.

Exploded Isometric

Key:

Circulation Path

Threshold

The roof on top of the pavilion is to provide shade for the occupants inside the pavilion.

The pavilion is made out of timber, so that it has a connection to nature.

The pentagonal pathways lead to the entrances of the pavilion.

Stairs at the main entrances to allow people to descend into the pavilion.

The perforations of the panels are bigger on the top and decrease in size towards the bottom to allow light into the pavilion from all directions.

The pavilion has a mix of 2D and 3D panels to give it an interesting notion.

The concrete platform of the pavilion steps down to provide an area for the lecturer or the quartet band to perform in the middle and also to provide seating areas at the sides.

Design Iteration

In this iteration, the pavilion is of 2D hexagonal perforations. I did not choose this because it lacks the dynamism on the exterior of the pavilion and looks very plain.

This iteration is of 3D hexagonal panels with perforations. I liked this because it creates an interesting visual experience on the exterior. However, I decide to take it a step further.

I have chosen this iteration as my pavilion design, as I have combined both 2D and 3D panels with perforations to create variation across the exterior of the pavilion. This will make the pavilion look more interesting.

Render Images

Gardens PavilionThe Hive Model

Queen Victoria

Computation Process

The computation process is done in Rhino 3D and Grasshopper.

The basic form of the pavilion is created using the Weaverbird’s Polylines Dodecahedron component. The form is then scaled and further details are made, after it is baked into Rhino.

2D panels are created onto the surfaces of the structure. The Hexagon Cells component is used to make hexagonal panels. Then, the variation in perforation size of the panels are made using a point attractor and the Scale component.

3D panels are created by offsetting the geometry lines of the perforations with the Move component and then lofting the hexagonal cells with the geometry lines together. The final product is a mix of 3D and 2D panels, where the changes are made in Rhino.

Construction Design

Olympic Park Community Facility

by Croxon Ramsay

Subject: Construction Design

Individual Work

Year: 2019 Semester 1

Tutor: David Ash

david.ash@unimelb.edu.au

Site: Olympic Park Community Facility, Melbourne, VIC

In this subject, axonometric drawings and a physical model of an allocated section was produced with the aid of construction drawings of the Olympic Park Community Facility by Croxon Ramsay. Various construction elements and processes are learnt throughout this subject.

Axonometric Drawing 1

NAME: MOON YAN CHEAH

STUDENT NUMBER: 885869

FFLRL10.70

TUTORIAL GROUP: 19

TUTOR NAME: DAVID ASH

CLRL9.50

GROUND FLOOR

Legend Wall

1.Brickwork type 2 - Austral Bowral50

2.Insula�on type 2- 88mm Thick Soundscreen

3.Cold Formed Stud Framing- Nom. 150 x 45 or 90 x 45

4.Plasterboard - 10mm Thick

Ceiling

5.Metal Cladding - VM Zinc Flat Lock Seam Panel System

6.Folded Soffit Flashing- Breather Member, Ply substrate and galvanised s�ffeners as required

7.Suspended �mber cladding- Blackbu� Decking Boards, 64x20mm

8.Insula�on type 4- Gold Ba�s 215mm thick

9.Insula�on type 2- 88mm Thick Soundscreen

10.Vapour Permeable Membrane type 1- ProctorWrap Commercial

FIRST FLOOR

Floor

11. Post tensioned floor beam - 1B3 R.C. beam - 700x600mm - 1B14 R.C. beam- 600x400mm

12. Post tensioned beam reinforcement:

(a)Top-2N16(T05)T2(7275),2N16(T23)T2(X6700), 9N16(T32)T1(X7000)

(b)Bo�om-2N16(B20)B2(X6000),4N12(B03)B2(X3300), 5N12(B17)B2(X 6000)

13. Post tensioned concrete slab- 220mm thick

14. Post tensioned slab reinforcement:

(a)Top- N12-300(B,B1), N12(T28)-400T1(X3050)

(b)Bo�om- 12N (B18)-400 B2(X7000), 2N12(B32)B2(X2500)

15. R.C. Column type E

16. R.C. Column reinforcement- 14N20 bars with R10 ligs @200 centres

17. Post tension tendon- Live End Encourage and dead end encourage.

18. Timber flooring- 189x20mm American White Oak Timber flooring

19. Window- Powdercoat PWC 1 External Window Framing System

20. Glass Type 5- Thermotech IGU

PROJECT NAME: TASK 2A

SECTION: C

SCALE : 1:10 @A1

Axonometric Drawing 2

First Floor Ceiling

Suspended Ceiling System(SC2)

-Rondo Key-Lock System

1. Plasterboard (10mm thick)

2. Furring Channels (28mm)

3. Top Cross Rail (25mm)

4. Suspension clips

Roof

TOPRL16.84

LEVELCL-RL13.75

1. Plasterboard (10mm thick)

2. Furring Channels (28mm)

3. Top Cross Rail (25mm)

4. Suspension clips

Roof

First Floor Ceiling

5. Insula�on (IN3)-100mm Permastop (R2.5) building blanket adhered with heavy duty foil sisala�on

Suspended Ceiling System(SC2)

6. Insula�on (IN4)- Gold Ba�s 215mm thick (R4.1)

-Rondo Key-Lock System

7. 'Roof Rack' thermal spacer (75mm)

1. Plasterboard (10mm thick)

2. Furring Channels (28mm)

3. Top Cross Rail (25mm)

8. Plywood backing (18mm)

9. Safety mesh (under IN3)

4. Suspension clips

10. Roof Sheet- Lysaught Kliplock 406, 3° pitch

Roof

11. Z purlins- Connected to RB4(not shown) with 8 cleat plate, 6 CFW 2M12 4.6/S bolts

5. Insula�on (IN3)-100mm Permastop (R2.5) building blanket adhered with heavy duty foil sisala�on

5. Insula�on (IN3)-100mm Permastop (R2.5) building blanket adhered with heavy duty foil sisala�on

7. 'Roof Rack' thermal spacer (75mm)

8. Plywood backing (18mm)

9. Safety mesh (under IN3)

12. Roof Beam B4- 150 UC 23, connected to RT5 ver�cals with 12 cleat plate, 6 CFW 2M20 8.8/S bolts

6. Insula�on (IN4)- Gold Ba�s 215mm thick (R4.1)

7. 'Roof Rack' thermal spacer (75mm)

8. Plywood backing (18mm)

6. Insula�on (IN4)- Gold Ba�s 215mm thick (R4.1)

13. Diagonal Brace- 75x10 EA, connected to B4 and RT5 with 12 cleat plate, 6 CFW 2M20 8.8/S bolts

9. Safety mesh (under IN3)

10. Roof Sheet- Lysaught Kliplock 406, 3° pitch

14. Top Chord-180 PFC

15. Bo�om Chord- 180 PFC

11. Z purlins- Connected to RB4(not shown) with 8 cleat plate, 6 CFW 2M12 4.6/S bolts

16. Diagonals- 75x6 EA

10. Roof Sheet- Lysaught Kliplock 406, 3° pitch

Steel Truss (RT5)

12. Roof Beam B4- 150 UC 23, connected to RT5 ver�cals with 12 cleat plate, 6 CFW 2M20 8.8/S bolts

17. Ver�cals- 150 UC 23

18. Spacers

13. Diagonal Brace- 75x10 EA, connected to B4 and RT5 with 12 cleat plate, 6 CFW 2M20 8.8/S bolts

11. Z purlins- Connected to RB4(not shown) with 8 cleat plate, 6 CFW 2M12 4.6/S bolts

19. Steel Framing

14. Top Chord-180 PFC

15. Bo�om Chord- 180 PFC

12. Roof Beam B4- 150 UC 23, connected to RT5 ver�cals with 12 cleat plate, 6 CFW 2M20 8.8/S bolts

20. Insula�on (IN1) 110mm Thick Soundscreen (R3.1)

21. Vapour Permeable Membrane (VPM1)- ProctorWrap Commercial

16. Diagonals- 75x6 EA

17. Ver�cals- 150 UC 23

22. Masonsite Lining

18. Spacers

13. Diagonal Brace- 75x10 EA, connected to B4 and RT5 with 12 cleat plate, 6 CFW 2M20 8.8/S bolts

14. Top Chord-180 PFC

15. Bo�om Chord- 180 PFC

16. Diagonals- 75x6 EA

17. Ver�cals- 150 UC 23

18. Spacers

19. Steel Framing

23. Folded MC3 Parapet flashing

19. Steel Framing

20. Insula�on (IN1) 110mm Thick Soundscreen (R3.1)

24. Insect Screen

21. Vapour Permeable Membrane (VPM1)- ProctorWrap Commercial

22. Masonsite Lining

Steel Truss (RT5)

23. Folded MC3 Parapet flashing

24. Insect Screen

Facade

25. Metal Cladding (MC2)

Facade

20. Insula�on (IN1) 110mm Thick Soundscreen (R3.1)

25. Metal Cladding (MC2)

21. Vapour Permeable Membrane (VPM1)- ProctorWrap Commercial

22. Masonsite Lining

23. Folded MC3 Parapet flashing

24. Insect Screen

VMZinc Ver�cal Interlocking Panel System, 300mm Panel Width, 24mm Panel Depth

26. Metal Cladding (MC3)

VMZinc Ver�cal Interlocking Panel System, 300mm Panel Width, 24mm Panel Depth

26. Metal Cladding (MC3)

VMZinc Flat Lock Seam Panel System

VMZinc Flat Lock Seam Panel System

Facade

25. Metal Cladding (MC2)

26. Metal Cladding (MC3)

VMZinc Flat Lock Seam Panel System

27. Plywood backing Panels(18mm)- Installed in conjunc�on with MC3

27. Plywood backing Panels(18mm)- Installed in conjunc�on with MC3

28. An� abrasive building paper- between MC3 and plywood backing

28. An� abrasive building paper- between MC3 and plywood backing

29. Vapour Permeable Membrane (VPM1)ProctorWrap Commercial

30. Vapour Permeable Membrane (VPM2)ProctorWrap High Tensile Roof

29. Vapour Permeable Membrane (VPM1)ProctorWrap Commercial

VMZinc Ver�cal Interlocking Panel System, 300mm Panel Width, 24mm Panel Depth

31. Steel Hood Canopy Framing- SHS

30. Vapour Permeable Membrane (VPM2)ProctorWrap High Tensile Roof

32. Outrigger- 75x 6 EA (connected to RT5 bo�om chord) @1000 max CTS ,6 CFW)

33. Formed drip groove

31. Steel Hood Canopy Framing- SHS

34. Breather Membrane (BM)- Proctor Geo HC9 Mat

35. Spacer

27. Plywood backing Panels(18mm)- Installed in conjunc�on with MC3

32. Outrigger- 75x 6 EA (connected to RT5 bo�om chord) @1000 max CTS ,6 CFW)

33. Formed drip groove

28. An� abrasive building paper- between MC3 and plywood backing

29. Vapour Permeable Membrane (VPM1)ProctorWrap Commercial

30. Vapour Permeable Membrane (VPM2)ProctorWrap High Tensile Roof

31. Steel Hood Canopy Framing- SHS

34. Breather Membrane (BM)- Proctor Geo HC9 Mat

35. Spacer

Model Photographs