PORTFOLIO DON WANG P: 0423 944 446 E: bwwan@student.unimelb.edu.au A: G03, 83 Flemington Rd, North Melbourne, VIC 3051
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TECHNIQUE - Concept Design & Design Development - Architectural Documentations Project Title : Applied Architecture Technology Year Level : Postgraduate Location : 308 Exhibition St, Melbourne, VIC 3000
PHYSICAL MODEL
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DATA DRIVEN URBAN DESIGN - Concept Design & Design Development Project Title : Disturbance ( studio lead by Justyna Karakiewicz PhD, BA(hon), AA Dip, RIBA, FRSA, MSAI Professor in Architecture and Urban Design )
Year Level : Postgraduate Location : University of Melbourne Parkville VIC 3010
TYPE 6 SECTION 1:100 @ A3
TYPE 5 SECTION 1:100 @A3
Type 6 Section 1:100@A3
Type 5 Section 1:100@A3
TYPE 4 SECTION 1:100 A3 Type 3 Section 1:100@A3
TYPE 11 Section SECTION1:100@A3 1:100 @A3 Type
#PEDESTRAIN DATA CAPTURE #PEDESTRAIN SIMULATION #ENVIRONMENTAL SIMULATION # TYPE 1 SECTION 1:100
# SYSTEM DIAGRAM
# SYSTEM PERFORMANCE ALGORITHM DEVELOPED BY MYSELF
# TYPE 3 SECTION 1:100
# MONEY EARNING
# IMPACT SIMULATION
# PARAMETRIC MODEL
THERMAL-ELECTRIC GENERATOR E-WASTE
E-WASTE STATION
WIND-ELECTRIC GENERATOR POWER STATION
CAMPUS
NATHAN
SOLAR-ELECTRIC GENERATOR
N WANG STUDIO 5
# E-WASTE RECYCLE
# SOCIAL IMPACT
# TYPE 5 SECTION 1:100
HYDRANT-ELECTRIC GENERATOR
SOLAR
USERS
BAMBOO
BAMBOO STATION ALICE
LEGEND
ACTIVE PARTICIPANT
PRODUCT
INTERVENTION
ENVIROMENT
# TYPICAL SECTIONS
MATERIAL
# JOB POSITION
# ELECTRICITY PRODUCTION
# TYPE 4 SECTION 1:100 ELECTRICITY
# TYPE 2 SECTION 1:100 # TYPE 6 SECTION 1:100 # INNOVATION
# MONEY EARNING
#SYSTEM DIAGRAM
# E-WASTE RECYCLE
THERMAL-ELECTRIC GENERATOR E-WASTE
# TYPE 5 SECTION 1:100
E-WASTE STATION
WIND-ELECTRIC GENERATOR POWER STATION
CAMPUS
NATHAN
SOLAR-ELECTRIC GENERATOR
HYDRANT-ELECTRIC GENERATOR
SOLAR
USERS
BAMBOO
BAMBOO STATION ALICE
# TYPE 1 SECTION 1:100
LEGEND
# TYPE 3 SECTION 1:100
ACTIVE PARTICIPANT
PRODUCT
# JOB POSITION
INTERVENTION
ENVIROMENT
MATERIAL
ELECTRICITY
# IMPACT SIMULATION In this project, I utilized parametric simluation and data visualization methods to build up a substainable waste energy recycling system in the campus. This project mainly focused on system thinking and data-driven parametric urban design. # TYPE 6 SECTION 1:100
The system performances evaluation algorithm is developed based on Grasshopper. The plug-ins I have used included Quelea, Ladybug, Image Sampler and Python for GH.
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PARAMETRIC FORM FINDING - Concept Design & Design Development Project Title : Digital Design Application - Staircase Design Year Level : Postgraduate Location : University of Melbourne Parkville VIC 3010
3D PRINTING FABRICATION
In the staircase to heaven project, my main concept is dynamic relaxation envelope. I utilized Anemone to extract the original staircase and Voronoi & Weavebird to complete the form finding process. In addition, I utilized Milipede to compare different structure framings. Finally, taking environmental elements into account, I used Ladybug to optimise the openings on the envelope. The final staircase is so called bionic structure. It looks like a growing tree with dynamic branches and trunks. It not only provides students with gentel shading, but also becomes a feature of the University and the Melbourne City.
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Operation Diagram
SENSORS
- Concept Design & Design Development Project Title : Sensing Place Year Level : Postgraduate Location : University of Melbourne, Burnley Campus Arduino Prototype
Grasshopper Script with Firefly