William Hartawan - Portfolio by William Hartawan

HMy Projects, My Research, My Experience; it is all about myself...

PORTFOLIO.

Architecture, Urbanism.

William Hartawan.

- BATU CAPER.

FALCON CIVIL HANGAR.

TARNEIT’S HUSTLEHUB.

MAKING TIGHT.

KAMPUNG RAYA.

Infrastructure - Hangar (Civil Aviation)

LOCATION: Jakarta, Indonesia.

JOB & ROLE: Wisana Matra Karya - Jakarta, Indonesia. Junior Architect.

CLIENT: Undisclosed.

CONTRIBUTION:

Teamwork & Coordination, Concept Design, Design Development.

The Falcon Civil Hangar is designed for maintainance and storage for commercial private jets based in Jakarta. It occupies 5 jet planes with office and community spaces at the rear end of the terminal.

The process undertaken was to follow the requirements known as FRD (Facilities Requirement Document.), which specifies requirements and design types of the hangar.

The work undertaken is under coordination of architects and drsfters from Wisana Matra Karya.

Render done by Colleague.

Type 1: Butterfly Roof

Type 2: Gable Roof

Type 4: Curved Roof

Type 3: Saw tooth Roof

Design Iterations: Roof Types.

Left Elevation. (Assisted with design and drafting team).

Front Elevation. (Assisted with design and drafting team).

10 William Hartawan Front View, facing the office and parking sections of the Hangar.

Render done by Colleague.

View from the Apron.

Render done by Colleague.

Office - Co-Working Space.

LOCATION:

Perth, Western Australia.

JOB & ROLE:

CO-Architecture - Perth, Western Australia. Graduate of Architecture.

CLIENT: Undisclosed.

CONTRIBUTION:

Site Analysis, Concept & Schematic Design, Design Development, Rendering & Visualization, Technical Assistance (Revit).

Archive 808 aims to design a office co-working space, through a restoration of aformer heritage site, with brickwork materials and altering existing interior spaces. It is located in Perth, Western Australia.

The project went through site analysis as well as the preperation of schematic design concepts to town planning drawings.

NORTH

Perth Underground Station

Perth Station

Elizabeth Quay Station 4 min Walk

ENTRANCE DOOR TO SHOWROOM WITH SHROUD PROJECTION ON RIGHT SIDE (WITH CLEAR GLASS PANELS) ACCESSIBITLY RAMP TO BE ADDED

ENTRANCE DOOR TO OFFICE SPACE WITH SHROUD PROJECTCTION ON LEFT SIDE (WITH FLUTED GLASS PANELS)

ANY VARIATION IN FLOOR LEVELS ALONG THE SIDE LANE SHOULD BE CONSIDERED TO ENSURE THAT THE TRELLIS HEIGHT IS ADJUSTED SO THAT ITS TOP ALIGNS WITH THE TOP OF THE GATE

PROTRUDING SECTION OF THE 2mm THICK 50X50mm GALVANIZED STEEL BOX TUBE

2mm THICK 50x50mm GALVANIZED STEEL BOX TUBE (WITH LED LIGHT SLOT ON THE UNDERSDIE)

2mm THICK 50x50mm GALVANIZED STEEL SHS TRELIS FRAME

2mm THICK 50x50mm GALVANIZED STEEL ANGLE FOR TRELLIS SUB-FRAME

ELEVATION LEVEL TO ALIGHN WITH THE LANEWAY WINDOW'S LINTEL LEVEL

3.2 mm THICK STAINLESS STEEL 316 GRADE TENSIONED WIRE FOR TRELLIS MOUNTED AT 150mm CTC DISTANCE HORIZONTALLY AND 150mm CTC DISTANCE VERTICALLY

CASTOR WITH 160mm LOADING HEIGHT AND 200KG LOAD CAPACITY. TWO WITH ADN TWO WITHOUT BRAKES

PROPSED CONCRETE SEATING BENCH ON CASTORS

PROPSED METAL-FRAMED C SHAPED BENCH AS SPECIFIED

100x100mm (OR 75x150 SUBWAY) GLOSSY FNINISH SAGE COLORED PORCELAIN TILES (10mm THICKNESS) WITH 3mm GROUT GAP

CONCRETE BENCH SLAB WITH PAINT MATCHING THE GLAZE AND COLOR OF THE BENCH TILES OR TO HAVE SAME PORCELAIN TILES

CASTORS WITH 160mm LOADING HEIGHT. TWO WITH AND TWO WITHOUT BRAKES

2 mm THICK 30x30mm (SAGE COLOURED) GALVANIZED STEEL SHS FOR BENCH'S TOP AND SIDE FRAME

2mm THICK (SAGE COLOURED) GALVANIZED STEEL PERFOATED METAL SHEET WITH PERFORATIONS OF 10mm RADIUS CIRCLES AT 40mm CTC HORIZONTAL AND VERTICAL DISTANCE

4mm THICK 30x30mm (SAGE COLOURED) GALVANIZED STEEL SHS AS THE BENCH BASE

Scale: 1 : 10 A0206

Residential - House.

LOCATION:

Kemang - Jakarta, Indonesia.

JOB & ROLE:

W Architects (A Wisana Matra Karya Partner) - Jakarta, Indonesia. Junior Architect.

CLIENT: Undisclosed.

CONTRIBUTION:

Concept & Schematic Design.

The Garden House is located in Kemang, South Jakarta. This project’s purpose is to occupy a family of 4 who enjoys relaxing outdoors and doing leisure activities.

The project encompasses stepped-up balconies facing the north. It’s purpose to capture sunlight in order to accommodate trees and plants as a way to bring biodiversity into the dwelling, whilst providing a public space adjacent to the private and public spaces.

Jakarta, Indonesia.

Hartawan

Axonometric View.

28 William Hartawan Rooftop View.

Backyard & Swimming Pool View.

Residential - Housing.

LOCATION:

Denpasar (Bali), Indonesia.

JOB & ROLE:

MARS Architects - Denpasar (Bali), Indonesia. Architectural Intern.

CLIENT: Undisclosed.

CONTRIBUTION:

Concept & Schematic Design, Design Development & Technical Delivery.

MARS Architects focuses on sustainability, which is to deliver a residential masterplan project that can positively impact the community, environment and local economy through research and innovation.

The project is located in gesing near the peaks of Bali’s Mountains. The design of the micro homes is as part of the master plan of the site. The residential homes are constructed using plywood with wood sheeting and louvres. The contribution to the project started in assisting in developing design solutions in floor plans and sections and producing weekly drawings, visualizations and 3d models for client presentations.

Denpasar (Bali), Indonesia.

34 William Hartawan

View from Hillside.

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Site Photo Collage.

Villa Type A.

Villa Type B.

Villa Type C.

Window Facade Iterations.

Exterior Wall Iterations.

Interior Iteration 1.

Interior Iteration 2.

Interior Iteration 3.

Interior Iteration 4.

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Photo Collage of TYPE A Home.

Section View of TYPE A.

William Hartawan

Section View of TYPE B.

Photo Collage of TYPE B Home.

Cross-sections.

Axonometric.

Top View.

Side View.

Density Calculation of wood structures.

This calculation table shows the volume of the respective structures of the micro home. The guides along with the caculations are used to help communicate and engage a discussion with the wood engineers regarding the construction of the project.

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Exterior: Type A & C Villas.

Bedroom space.

Dining Space.

Entrance and Stairs. Interior: Kitchen & Dining Space.

Exterior: Type A & C Villas.

Hospitality - Hotel.

LOCATION:

Batu Caper - Jakarta, Indonesia.

JOB & ROLE:

Sumber Rejeki Pramesti - Jakarta, Indonesia. Architectural Intern.

CLIENT: Wisana Karya Boga.

CONTRIBUTION:

Concept Design, Design Development , Construction Documentation.

The Grand G7 Hotel is located in Batu Ceper street in Central Jakarta at the district of Gambir, which is the localized district in Jakarta with attractions in close proximity such as the Merdeka Square and the Monas Monument.

The Hotel features a swimming pool and gym with tropical garden features alongside a restaurant and bar at the rooftop.

This project was contributed by myself and the architect team, where i was responsible in documentation drawings for toilets details as well as window and door schedules .

Sunrise

Diagram: Voids

a) WIND BREEZE & DIRECTION COMING FROM NORTH & WEST

b) PROGRAMMATIC SECTIONS

Diagram: Void & Program Breakdown

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Facade Frontage Design: Test 2

Facade Frontage Design: Test 3

WALL AS SPECIFIED

GLASS ALUMINIUM FRAME RAILING AS SPECIFIED

CONCRETE SLAB AS SPECIFIED BUY ENGINEER

RevDescriptionDate

SAUNA & SPA DOOR

CAFE DOOR

TYPOLOGY:

Exhibition Installation.

LOCATION:

North Melbourne - Melbourne, Victoria, Australia.

JOB & ROLE:

RMIT Architecture & Common (in partnership with North + West Melbourne Precinct Association.) Architecture Research Assistant

EVENT:

NGV’s Melbourne Design Week 2024.

CONTRIBUTION:

Teamwork & Coordination, Individual Work, Concept & Schematic Design, Documentation & Installation.

This elective is conducted as part of the Irregular Exhibition, which is located at the Cobblestone Pavilion in Melbourne Meat Market at North Melbourne. This exhibition seeks to focus on the re imagination of public connection with the community via public spaces within West and North Melbourne. The exhibition is part of Melbourne Design Week 2024 from Thursday, 23rd May to Saturday, 25th May 2024. In this elective, I contributed to the design phase of the scaffold design alongside the research of precedents, components of a scaffold and the construction documentation, where the initial designs schemes were rejected due to budget constraints.

William Hartawan

Exhibition Plan, located at the Cobblestone Pavilion at Melbourne’s Meat Market.

William Hartawan

Aluminum Plank - Outsourced from Tubeclamp.

Aluminum Tube - Outsourced from Tubeclamp. Scaffold Jack Solid with Adjustable NutOutsourced from Tubeclamp.

Aluminum Tube - Outsourced from Tubeclamp.

150 x 150 mm

658 mm

First Iteration - Preliminary Internal View.

William Hartawan

First Iteration - Preliminary Internal View.

William Hartawan

First Iteration - Preliminary Internal View.

Seat

Circulation from Harlan’s Scheme

11.2 m

12 m

2.2 m

FRONT

ALUMINUM TUBE

William Hartawan

Installation on Site.

LOCATION:

Melbourne, Victoria, Australia.

JOB & ROLE:

RMIT Architecture & RMIT Architecture Tectonic Formation Lab. Architecture Research Assistant.

CONTRIBUTION:

Team work & Coordination, Fabrication Process, Digital Modelling.

This elective is conducted as part of the Irregular Exhibition, which is located at the Cobblestone Pavilion in Melbourne Meat Market at North Melbourne. This exhibition seeks to focus on the reimagination of public connection with the community via public spaces within West and North Melbourne. The exhibition is part of Melbourne Design Week 2024 from Thursday, 23rd May to Saturday, 25th May 2024. In this elective, I contributed to the design phase of the scaffold design alongside the research of precedents, components of a scaffold and the construction documetation, where the initial designs schemes were rejected due to budget constraints. TYPOLOGY: Installation - Parametric 3D Printing

Original Model

Group Work: The workflow was split into separate layers, each member works on 4/5 patterns for more efficiency.

William Yao Mae Lin Zubeda

88 William Hartawan

Diagram showing adjustments to geometry thickness.

Diagram showing Before & After of cleaning control points of geometry.

Typical Agent detail showing possible adjusted changes of the legs.

Agent W1

Agent W2

Agent W5

Agent W4

Agent W3

Algorithmic Agents - Adjusted prior to printing.

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Render Model Render Model

Render Model

Curve Model

1) Labeling the Round edges.

2) Cut the Rounded Edges

3) Joining The Geometries 4) Join them using Anchorfix 1, wait for 10-15 minutes. Diagram showing Before & After of cleaning control points of geometry.

1) The loop ends needs to be sliced.

2) Loop of the agent sliced.

3) Joining The Geometries, in alignment to the ends.

4) Join them using Anchorfix 1, wait for 10-15 minutes.

3) Joining The Geometries 4) Join them using Anchorfix 1, wait for 10-15 minutes.

3) Grind the glued joint in order to make the surface smooth.

Diagram: Process of Attaching Agents.

Agent 2.4

Agent 3.5

Agent 2.5

Agent 4.1

Completed Agent.

William Hartawan

Agent 5.1

Agent 5.2

Agent 5.3

Agent 4.2

Agent 4.3

Completed Agent.

Final Geometry.

Gluing process of attaching agent.

Gluing process of attaching agents.

Method 1 - Angeled

Method 2 - 90 degree

Method 3 - Insertion

Cutting Techniques and options.

Method 4 - Flat ends

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Diagram:

Gluing process of attaching agent.

Final chunk after Spray Painting.

TYPOLOGY:

Infrastructure - Vertical Farming.

LOCATION:

North Melbourne - Melbourne, Victoria, Australia.

JOB & ROLE:

RMIT Architecture - Supertight Research Lab. Architecture Research Assistant.

PUBLICATION:

House, Precinct, Territory: Design Strategies for the Productive City

CONTRIBUTION:

Teamwork & Coordination, Communication, Concept & Schematic Design, Design Development.

The Making Tight is a research project that was started by Dr. John Doyle & A/Prof. Graham Crist that investigates manufacturing and architecture in a high-density urban conditions . This elective particularly focuses on researching high density vertical farming and how architecture design can help provide food production based on the data and statistics of Melbourne’s current food consumption.

During that semester, we are using the data and research done by last semester’s research assistants and using that to conceive a vertical farm located on a plot in North Melbourne. The process undertaken started from site modelling, research on how a type of specific food is planted vertically and modelled these pieces in Rhinoceros 3D as well as massing and facade iterations. The final output are a series of drawings for the House, Precinct, Territory: Design Strategies for the Productive City, authored by John Doyle & Graham Crist.

Melbourne, Victoria. Australia.

Hartawan

The Precinct of the vertical farms located in North Melbourne.

1. Fruits & Vegetables

2. Poultry & Eggs

3. Fish

Existing Buildings In The Precinct.

ArdenStreet

CHEP

CHEP Warehouse

Bamford Rock Testing Ser vices Freyssinet

The Home Of Shinboner Spirit

Arden Street, North Melbourne: Site Photo Montage, Site Research.

the buildings were placed at the locations show in this drawing. This was through coordinating with my research assistant, Joshua by sharing the files together and placing them into the new site model.

Here,

Poultry & Eggs Fruits & Vegetable Fish

Measurements of Nuts patch fields and Production room.

Filtering size & Condition control room

room

Nut Picking Room

Service Core

Nut Loading Dock Filtering Room Picking Room Storage

Patch of Nuts (Farm Field)

First Design Iteration: Axonometric Drawing of Nuts Production space, located at the rooftop.

Service Core

Patch of Nuts (Farm Field)

Concrete Wall

Final Design Iteration: Axonometric Drawing of Nuts Production space, located at the rooftop.

Final Design Iteration: Measurement of Nuts Patch field and production room.

Type B

Type A

Type B

Exploded Axonometric Drawing.

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Exploded Axonometric Drawing.- Vegetable Farming Section.

Exploded Axonometric Drawing.- Fruit Farming Section.

Exploded Axonometric Drawing - Rice Farming Section.

Exploded Axonometric Drawing.

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Exploded Axonometric Drawing.- Vegetable Farming Section.

Overall Farming Precinct at North Melbourne.

William Hartawan

Vertical Farm overlooking at North Melbourne.

Cross- Section.

Second Floor Plan.

TYPOLOGY:

Residential - Public Housing. (Urbanism)

LOCATION:

Seminyak - Denpasar (Bali), Indonesia.

PROGRAM & COURSE:

RMIT University - Master of Architecture.

Architectural Major Project (Thesis).

CONTRIBUTION:

Concept & Schematic Design, Graphics & Illustrations, Visualizations.

“Kampung Raya” (or the Celebrated Village in Indonesian) seeks to develop an alternate high density urban typology for the city of Denpasar (Bali) in Indonesia, seeking to explore how can an incremental architectural intervention, specifically Public Housing can operate as an “infrastructure” within the city.

The project accommodates nearly 900 residents and residential units at a densely-tight site and it is built adjacent to the public amenity spaces in between the units and uses accessories as a typological component, specifically porosity and protection to adapt to its climatic conditions whilst keeping its indigenous spatial quality from the ‘Warung’ typology.

Denpasar (Bali), Indonesia.

Remaining

Space Built Space

• Nusa Dua is another famous tourist district and the most expensive region to stay in hotels and accomodations.

• This region of Nusa Dua is seperated from the main resort, which is a chunk of large land that is connected bettween different hotel resorts and a golf course.

• This district comprimises of mostly residential programs, which houses local workers and families working in low-class businesses. These families were displaced from Kuta & Seminyak.

Traffic from Jl. Bypass Ngurah Rai due to peak period for workers back home from Kuta & Seminyak via Sunset Road.

Traffic from Jl. Bypass Ngurah Rai due to peak period for tourists who commute from the airport to the Nusa Dua Resort Complex.

Light traffic. Moderate traffic. Heavy traffic.

1 km x 1 Km Map: Negative Space.

Nusa Dua Green Space vs Built Space Comparison.

William Hartawan

Jalan Sunset Road

Spare Land - Greenery.

Sunset Hotel - 2 star hotel.

Silosam Hospital amalgamated with a Shopping Mall

Gas stastion next to a series of ‘Rukos’ (Indonesian Shop Houses)

TransMart Shopping Mall

Quarantine Hall for Fishing Control & Safety.

Warehouse aligned with Men’s Club next to a Bank

Notary Office & Local Goods Store

Restaurant Building w/ Convinience Store

Sun Boutique Hotel + Bar aligned with a motorcycle store.

Pet Shop next to a tall billboard sign.

Taman Air Spa

Jalan Sunset Road: Site Photo Montage.

Entrances Two-way street Parking Lanes Traffic Flow

Jalan Sunset Road is a main road located between the Ngurah Rai Airport that flows towards the Seminyak District. It becomes an access road from the freeway (Mandara Toll Road). It consists of retail, hospitality and with a mixture of office and educational spaces. It becomes a popular tourist road, where locals and international tourists access to local cuisines after arrival from the airport.

JALAN. SUNSET ROAD: STREET-LEVEL ANALYSIS (1:4000).

Jalan Sunset Road: Street level analysis.

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‘Convinience Store’ In Jimbaran, Bali.

‘Warung (Local Indonesian Restaurant)’ In Nusa Dua, Bali.

Laundry and clothing.

Balinese Pavilion used for extra seating space.

Balinese arch indicating the name of the ‘gang’ (alleyway).

Car parking at footpath due to a narrow road.

Kos (Low-income Public Housing).

Storage Building.

Merajan (a Hindu praying shrine). ‘Kos’(Public Housing).

42.5% of 569 m2 Storage.

12% of 569 m2

Merajan (Hindu Shrine).

7% of 569 m2

Pavilion (Extra Space).

Seperate-owned Office.

Front Signange.

Convinience store. Parallel Parking.

Open Balcony.

2 - star hotel.

Stair Access to Hotel + Office. Main Road.

Stone Cladding.

Convinience Store.

24% of 266 m2

2-Star Hotel.

45% of 266 m2

3% of 266 m2

‘Warung (Local Indonesian Restaurant)’ within a ‘shophouse’ In Tuban, Bali.

Pelinggih (A

(used

Verandah with Steel Corrugated Cladding.

Warung Sop Konro Daeng Dalle.

Warung Sate Lumayan.

Hartawan

Massing Diagram and adjustment of combined “remix”.

Plan View: Directional Faces

Grid Orientations. Public and Private.

14º N

29º N

A1.

A3.

A2.

A4.

Architectural Drawing: Architectural Components.

William Hartawan

Isometric View Of The Urban Block.

Perforated Mesh Screens

Architectural Drawing: A field of componnets.

Balcony w/ Fabric Awning

Woven Wire Mesh

Aluminum

Roller Door

Arched Hallway

Bi-Fold Windows

Public Balcony with Protected Curtain

Small alleyway to shops and res. Units

The North Plaza.

138 William Hartawan

Internal View 1.

View 2.

Diagrammatic Detailed Plan: Adjacency of spaces.

Diagrammatic Detailed Section: Adjacency of spaces.

Market Canopy View.

Entrance To Market.

Restaurant View.

TYPOLOGY:

Commercial - Retail Centre & Market.

LOCATION:

Tarneit - Melbourne, Victoria.

PROGRAM & COURSE:

RMIT University - Master of Architecture.

Year 2 - Architectural Design Studio 9.

CONTRIBUTION:

Concept & Schematic Design, Graphics & Illustrations, Visualizations.

Tarneit’s HustleHub aims to address the perceived disconnections in Tarneit by creating a social network among local businesses. The project site, located near Tarneit Senior College, becomes a space that encourages community engagement where students are invited to buy necessities, enjoy coffee, and study at the plaza. The design incorporates a strategy to connect business owners’ houses below the HustleHub, facilitating easier access to the storage room downstairs. The project includes retail and entertainment shops, temporary stalls, and a plaza for relaxation and study, fostering a sense of community and connectivity in Tarneit.

142 William Hartawan View from Leakes Road, Tarneit.

Iteration 1 - Layering.

Iteration 2 - Embedding.

Isometric View On Site.

144 William Hartawan View from Leakes Road, Tarneit.

This map of

shows the number of small businesses , where the dashed lines shows the inconsistent proximity between each other.

SMALL BUSINESSES DENSITY MAPPING:

tarneit

The art gallery is used within the garage room of the home. There is no visible signage, which results in the lack of awareness by the community, hence its disconnection that ties in with the current social interaction.

The Punjabi junction acts as a supermarket however it is hidden due to no visible sign-sages. The neighbors have been warned that the front door stays shuts throughout however the market remains operational.

THE KHRISTI ART GALLERY:

THE PUNJABI JUNCTION:

INSULAR HOME:

The suburban realm of Tarneit shows a lack of amenities with far proximity from residential blocks, therefore typical homes have begun to include excessive programs in the interior.

These programs have begun to result in the families or the individual to encourage the use of the home rather than the outside urban and social interaction.

THE INSULAR HOME: UNUSED SPACES:

The insular spaces have resulted in condensing the form of the home to unexpectedly leave out empty unused spaces.

THE

2) the building block are conceived by following the facing trajectory of the senior college and the north point axis. the massing is atop the suburban houses in order to allow daylight into the backyard.

tarneit senior college

backyard

point axis to tarneit senior college

1) the backyard is transformed into shared spaces, establishing a trajectory relationship with the senior college and the shared backyard.

3) the north section is lifted, allowing an extrusion of a space that can act as a central plaza which includes a cafe and meet up point.

3) the shift of the north section allows the plaza to give access into courtyard.

STRATEGY 1: LAYERING

Logic Diagram - Indicating it’s final architectural resolution after ‘conflation’. axonometric view

FINAL RESOLUTION

STRATEGY 2: EMBEDDING

embedding the existing homes while layering the project above the homes to allow sunlight into the shared backyard.

Exploded Axonometric.

placed on site. placed on site.

150 William Hartawan

Temporary stalls market section.

BEGOINA ROAD

LOCATION:

Carlton - Melbourne, Victoria.

PROGRAM & COURSE:

RMIT University - Master of Architecture.

Year 2 - Architectural Design Studio 7.

CONTRIBUTION:

Concept & Schematic Design, Digital & Algorithmic Modelling, Graphics & Illustrations, Visualiza -

The Chameleon seeks to develop an architectural form and language using generative and sculptural toolsets as an ornamental intervention. The project is surrounded by the local Victorian archetypes within the urban context of Carlton, where it is taking inspiration of the existing ornaments from the design of Victorian Houses at Rathdowne Street, showcasing swirly and fibrous architectural qualities. The contrasting transitions between the exterior and interior results a series of enclosed chambers with fiberous appendages acting as an architectural ornament growing around the enclosed rooms and gallery spaces, creating a simple to thick and dense transition of the architecture. TYPOLOGY:

Strange Algorithmic - Taxonomy Of Objects.

Porous Sculpture Object - Close Up Vignettes.

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QUALITIES OF THE ORNAMENTS

Logic Diagram - Distribution & Sculpting Strategy. Directionality & Flow.

1. The site is surrounded with Victorian architectural styled houses. Different houses have different ornamentation styles.

Swirling Elements.

Into Sculpting Process (Zbrush)

Taking its aesthetic quality into parametric script (Grasshopper)

Sculpting

Taking the aesthetic quality

2. Components for distribution. (Inspired from Victorian architectural ornamentation)

3. Component Distribution + Curve Attractors to give the topology its directionality & swirly aesthetic.

4. Using Precedents (Both strange objects + non-architectural precedents) and applied in the sculpting process.

Final Output

Final Sculpted Qualities

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View from Barkly Street, Carlton.

1. Program Distribution

2. Cut roof volume to create form variation.

4. Cut volumes to create setbacks

5. Offset 2nd floor to create balcony spaces.

Public Outlets (Shops, Cafes) . Gallery Spaces.

Large Gallery Space.

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Interior view of Main Gallery Space.

1. Window topology stitched into openings.

3. Attached interior topology flows into the ceiling interior.

4. Interior topology embedded into wall and floor.

2. Following the flow of the interior space while aligning with the ceiling.

Cross-section: Showing the volume of spaces.

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Inflate Tool Softness

Inflated to Flaky

Transition of Scale

Inflate Tool

Directionality

Fiberous Components

Sharpness

Arch Frame Detail.

Inflated Brick & Flaky Facade Detail.

Window Frame Detail.

Swirl Tool

Floppy Strands Change of Scale Layering

1st Floor Small Gallery with a light coloured fiberous sculpture.

1st Floor Small Gallery, showing Window attachment into interior wall.

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Large gallery space, with smooth & porous sculpture.

2nd Floor Viewing Gallery, showing directionality languages in the topology texture.

TYPOLOGY:

Residential - House.

LOCATION: Elsternwick - Melbourne, Victoria.

PROGRAM & COURSE:

RMIT University - Advanced Diploma of Buildign Design (Architectural)

Year 1 - Building Design Studio (Residential).

CONTRIBUTION:

Concept & Schematic Design, Graphics & Illustrations, Visualizations.

The project is surrounded by the local Victorian archetypes within the residential urban context. It’s use of materiality and colours are bright and minimal within the surrounding street scape in order for contrasting the Victorian materiality. This project seeks to contrast the existing street scape and the surrounding context, by considering a combination of concrete and dark steel materiality and construction and also contrasting its pattern language of a typical Victorian cladding facade.

Massing Iterations.

Interior Spatial Iterations.

Streetscape Elevation.

Sleeping

Working

Exploded Axonometric Diagram.

Education - University Building.

LOCATION:

Carlton - Melbourne, Victoria.

PROGRAM & COURSE:

RMIT University - Bachelor of Architectural Design

Year 3 - Architectural Technology 4

CONTRIBUTION:

Teamwork & Coordination, Design Documentation.

This project is located on Carlton, adjacent to the Melbourne CBD, within close proximity to the RMIT University Precinct which consisted of university buildings within the city. RMIT became the client for this project and wishes to build a performing arts school for students studying dance and performance courses.

The project focused on the documentation of the project, where facade details and architectural plans, section and elevations were produced.

FALL 1°

SPYHONIC DRAINAGE SYSTEM AS SPECIFIED CONCRETE TILING FINISH AS SPECIFIED

SECTION WITH SOFT BRUSH FINISH 4 mm TO ATTACH IN CONCRETE UPSTAND

STEEL ANGLED BRACKETS, FIXED WITH POP RIVETS

AGRAFFE, 5MM ALUMINIUM, FIXED ONTO FACADE PANEL

SUSPENSION RAILS, 5MM ALUMINIUM, FIXED ONTO WALL CONSOLE

TILTED SUSPENDED CEILING

RED WOOD AUDITORIUM ACOUSTIC PANEL ATTACHED TO CONCRETE PANEL

AUDITORIUM

BACKING ROD WITH SEALENT

CONCRETE UPSTAND

DYNABOLT 40 mm FIXED ON CONCRETE UPSTAND

GALVANISED STEELANGELED BAR 60 mm FIXED TO CONCRETE UPSTAND

ALUMINIUM POP RIVETS AT DIAMETER 4.8 mm

THREADED TIE

BARSCREWED INTO CASTINFERRULES PRIOR TOCASTING THE FLOOR

SUSPENSION RAILS, 5MM ALUMINIUM, FIXED ONTO WALL CONSOLE

DYNABOLT, ANCHORING WALL CONSOLE ONTO THE CONRETE WALL

METAL WALL CONSOLE, FIXING VERTICAL PROFILE AND CONCRETE WALL TOGETHER

AGRAFFE, 5MM ALUMINIUM, FIXED ONTO FACADE PANEL

CONCRETE TILING FINISH AS SPECIFIED

SPYHONIC DRAINAGE SYSTEM AS SPECIFIED

PACKER TO ATTACH AND FIX WITH BOX SECTION

ZINC PARAPET CAPPING TO MATCH WITH PACKER

STAINLESS STEEL BOX SECTION WITH SOFT BRUSH FINISH 4 mm TO ATTACH IN CONCRETE UPSTAND

BACKING ROD WITH SEALENT

CONCRETE UPSTAND

DYNABOLT 40 mm FIXED ON CONCRETE UPSTAND

GALVANISED STEELANGELED BAR 60 mm FIXED TO CONCRETE UPSTAND

ALUMINIUM POP RIVETS AT DIAMETER 4.8 mm

ROOFTOP

STEEL ANGLED BRACKETS, FIXED WITH POP RIVETS

AGRAFFE, 5MM ALUMINIUM, FIXED ONTO FACADE PANEL

SUSPENSION RAILS, 5MM ALUMINIUM, FIXED ONTO WALL CONSOLE

TILTED SUSPENDED CEILING

RED WOOD AUDITORIUM ACOUSTIC PANEL ATTACHED TO CONCRETE PANEL

THREADED TIE

BARSCREWED INTO CASTINFERRULES PRIOR TOCASTING THE FLOOR

SUSPENSION RAILS, 5MM ALUMINIUM, FIXED ONTO WALL CONSOLE

DYNABOLT, ANCHORING WALL CONSOLE ONTO THE CONRETE WALL

METAL WALL CONSOLE, FIXING VERTICAL PROFILE AND CONCRETE WALL TOGETHER

AGRAFFE, 5MM ALUMINIUM, FIXED ONTO FACADE PANEL

RevDescriptionDate

RED MARBLE TILE FINISH TO MATCH WITH MORTAR BED

MORTAR

SCREED

ALUMINIUM CURTAIN WALL TO MATCH CONCRETE SLAB

ALUMINIUM WINDOW SILL TO SIT ABOVE PACKER

TUNDRA GREY CONCRETE TILE FLOORING AS SPECIFIED & SCHEDULED

EXISITING FOOTPATH

U BAR AS PER STRUCTURAL ENGINEER

GALVANIZED STEEL ANGLED BAR 60 mm TO WELD IN CONCRETE WALL

CAST IN-PLATE WELDED TO ANGLED BAR

REINFORCED MESH IN SLAB

PROJECTING STEEL BARS FROM SLAB

SQUARE COLOUMN

GLASS REINFORCED CONCRETEFACADE PANEL, 13MM , FIXED WITH AGRAFFE

SUSPENSION RAILS, 5MM ALUMINIUM, FIXED ONTO WALL CONSOLE

T SHAPE ANGLE STAINLESS STEEL VERTICAL MEMBRANE, FIXED ONTO THE WALL CONSOLE

METAL WALL CONSOLE, FIXING VERTICAL PROFILE AND CONCRETE WALL TOGETHER

DYNABOLT, ANCHORING WALL CONSOLE ONTO THE CONRETE WALL

AGRAFFE, 5MM ALUMINIUM, FIXED ONTO FACADE PANEL

6TH

6TH FLOOR

STAINLESS STEEL, BOX SECTION WITH SOFT BRUSH FINISH, FIXED WITH STEEL BRACKETS

STEEL ANGLED BRACKETS, FIXED WITH POP RIVETS

THREADED TIE BAR SCREWED INTO CAST-IN FERRULES PRIOR TO CASTING THE FLOOR

WITH STEEL BRACKETS

STAINLESS STEEL, BOX SECTION WITH SOFT BRUSH FINISH, FIXED WITH STEEL BRACKETS

RAILS, 5MM ALUMINIUM, FIXED ONTO WALL

STAINLESS STEEL, BOX SECTION WITH SOFT BRUSH FINISH 4MM, FIXED WITH STEEL BRACKETS

GALVANISED STEEL ANGLED BAR 60MM, FIXED ON CONCRETE WALL

REBATES ON CONCRETE WALL SILICONE SEALANT, SEALING GAP BETWEEN REBATE AND BOX SECTION

DYNABOLT, 40MM FIXED ON CONCRETE

DYNABOLT, 40MM FIXED ON CONCRETE WALL

GLASS REINFORCED CONCRETEFACADE PANEL, 13MM TERRA COLOUR, SOLO FINISH, FIXED WITH AGRAFFE

SUSPENSION RAILS, 5MM

FIXED ONTO WALL CONSOLE

SUSPENSION

CONSOLE

RevDescriptionDate

North Elevation. East Elevation.

RevDescriptionDate

Fo r Mo re Content:

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