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PORTFOLIO.
Architecture, Urbanism.
William Hartawan.
KAMPUNG RAYA.
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.
Store’
Jimbaran, Bali.
(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).
12% of 569 m2
Merajan (Hindu Shrine).
7% of 569 m2
of 569 m2 Balinese Pavilion (Extra Space).
12% of 569 m2
Seperate-owned Office.
Front Signange.
Convinience store. Parallel Parking.
Open Balcony.
2 - star hotel.
Stair Access to Hotel + Office.
Road.
Stone Cladding. Footpath. Hallway
Convinience Store.
24% of 266 m2
2-Star Hotel.
45% of 266 m2 Storage.
3% of 266 m2
Accommodating as many local workers. Density. 5 -15 mins
People Avoiding longer commuting time.
REMIX ITERATION 1 REMIX ITERATION 2
Axonometric.
Axonometric.
Axonometric.
Iteration: Massing Diagram and adjustment of combined “remix”.
Plan View: Directional Faces Grid Orientations. Public and Private.
Small alleyway to shops and res. Units
The North Plaza.
Diagrammatic Detailed Plan: Adjacency of spaces.
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:
Flaky & Porous Sclupture Object (DLS System Algorithm).
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.
PROGRAM:
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.
ORNAMENTS
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
Inflated Brick & Flaky Facade Detail.
Fiberous Components
Inflated to Flaky
Transition of Scale
Inflate Tool
of Scale Layering
Arch Frame Detail.
Inflate Tool Softness
Window Frame Detail.
Swirl Tool
Directionality Sharpness
Floppy Strands Change
Cross-section: Showing the volume of spaces.
1st Floor Small Gallery with a light coloured fiberous sculpture.
1st Floor Small Gallery, showing Window attachment into interior wall.
LOCATION:
Pasar Baru - Jakarta, Indonesia.
JOB & ROLE:
Wisana Matra Karya - Jakarta, Indonesia. Junior Architect.
CONTRIBUTION:
Concept & Schematic Design, Sketching, Rendering & Visualizations.
Sketch Drawings: Connectivity to context (Views and Sunlight).
Sketch Drawings: Connectivity to context in plan.
Circulation.
Existing Conditions.
Services Core.
Proposed Conditions.
Axomometric Diagram: Circulation & Massing.
Existing Hotel Standard Room Deluxe Room
Program Breakout Diagram: 15 Standard Rooms.
Jalan. H. Samanhudi
Jalan. H. Samanhudi
Program Breakout Diagram: 35 Deluxe Rooms.
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.
Initial Design Sketch Proposal.
Axonometric View.
West External Elevation.
ENTRANCE DOOR TO SHOWROOM WITH SHROUD PROJECTION ON RIGHT SIDE (WITH CLEAR GLASS PANELS) ACCESSIBITLY RAMP TO BE ADDED
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
Kitchen and Collaboration Zone.
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.
AUDITORIUM
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
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
THREADED TIE
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
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
GLASS REINFORCED CONCRETEFACADE PANEL, 13MM , FIXED WITH AGRAFFE
SUSPENSION RAILS, 5MM ALUMINIUM, FIXED ONTO WALL CONSOLE
SUSPENSION RAILS, 5MM ALUMINIUM, FIXED ONTO WALL CONSOLE
T SHAPE ANGLE STAINLESS STEEL VERTICAL MEMBRANE, FIXED ONTO THE WALL CONSOLE
T SHAPE ANGLE STAINLESS STEEL VERTICAL MEMBRANE, FIXED ONTO THE WALL CONSOLE
METAL WALL CONSOLE, FIXING VERTICAL PROFILE AND CONCRETE WALL TOGETHER
METAL WALL CONSOLE, FIXING VERTICAL PROFILE AND CONCRETE WALL TOGETHER
DYNABOLT, ANCHORING WALL CONSOLE ONTO THE CONRETE WALL
WALL
AGRAFFE, 5MM ALUMINIUM, FIXED ONTO FACADE PANEL
AGRAFFE, 5MM ALUMINIUM, FIXED ONTO FACADE PANEL
6TH
STAINLESS STEEL, BOX SECTION WITH SOFT BRUSH FINISH, FIXED WITH STEEL BRACKETS
STAINLESS STEEL, BOX SECTION WITH SOFT BRUSH FINISH, FIXED WITH STEEL BRACKETS
STEEL ANGLED BRACKETS, FIXED WITH POP RIVETS
STEEL ANGLED BRACKETS, FIXED WITH POP RIVETS
THREADED TIE BAR SCREWED INTO CAST-IN FERRULES PRIOR TO CASTING THE FLOOR
THREADED TIE BAR SCREWED INTO CAST-IN FERRULES PRIOR TO CASTING THE FLOOR
STAINLESS STEEL, BOX SECTION WITH SOFT BRUSH FINISH, FIXED WITH STEEL BRACKETS
STAINLESS STEEL, BOX SECTION WITH SOFT BRUSH FINISH 4MM, FIXED WITH STEEL BRACKETS
STAINLESS STEEL, BOX SECTION WITH SOFT BRUSH FINISH 4MM, FIXED WITH STEEL BRACKETS
GALVANISED STEEL ANGLED BAR 60MM, FIXED ON CONCRETE WALL
GALVANISED STEEL ANGLED BAR 60MM, FIXED ON CONCRETE WALL
RIVETS
REBATES ON CONCRETE WALL SILICONE
GAP BETWEEN REBATE AND BOX SECTION
REBATES ON CONCRETE WALL SILICONE SEALANT, SEALING GAP BETWEEN REBATE AND BOX SECTION
DYNABOLT, 40MM FIXED ON CONCRETE WALL
DYNABOLT, 40MM FIXED ON CONCRETE WALL
GLASS REINFORCED CONCRETEFACADE PANEL,
WITH
SUSPENSION RAILS, 5MM ALUMINIUM, FIXED ONTO WALL CONSOLE
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.
Site Photo Collage.
Villa Type A.
Villa Type B.
Villa Type C.
Window Facade Iterations.
Interior Iteration 1.
Interior Iteration 2.
Photo Collage of TYPE A Home.
Section View of TYPE A.
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.
William Hartawan
Phone: +61 411194994
email: williamhartawan@yahoo.com
Profile: linkedin.com/in/williamhartawan
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