1
EDUCATION
CURRICULUM VITAE
02/201712/2018
University of Melbourne Master of Landscape Architecture
09/201305/2016
Colorado State University, Fort Collins, CO, USA Bachelor of Science in Landscape Architecture Minor: Business Administration
EXPERIENCE
Wenjin Wang +61 481 976 831 wenjin.wang@outlook.com https://www.linkedin.com/in/ wenjin-wang/
07/2018
Research Intern, SMEC(Design and Planning studio), Melbourne, Australia
02/2018
Landscape Architecture Internship Tract Consultant, Melbourne, Australia
06/201601/2017
Landscape Architect Xiamen Zhongyi City Landscape Art CO., Ltd, Xiamen, China
09/201505/2016
Graphic Designer Central Program, Apartment Life, CSU
09/201405/2016
Chinese Student and Scholars Association (CSSA) at CSU President, Core member
09/201305/2016
Student Chapter of American Society of Landscape Architecture (SCASLA) at CSU Active Member, Volunteer
PROFESSIONAL SKILLS Idea Generation Hand Sketch, Sketch Up, Physical Model Visualization & Design Skills Rhino+Grasshopper, V-ray, ArcGIS, Lumion Adobe Creative Cloud Photoshop, Illustrator, InDesign, Premiere Pro, After Effect Documentation Auto CAD Others Microsoft Software, Financial, Marketing,Time Management, Chinese(Native Speaker), English(Proficient)
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CONTENTS
Morgan Library Courtyard (Courtyard Scale)
page 4
Insert Life (Ecological Design)
page 10
New Student Precinct(Design for Thermal Comfort )
page 18
Performative Canopy (Digital Design)
page 24
Other Design Works • Grading & GIS Skills • Physical Model • Algae Treatment Installation • Sketch • Professional Work
page 30
+ Click to View landscape Thesis Design Website: https://wenjin.wixsite.com/landarch/thesisdesign
3
C
B
D
E
Laurel St.
Parmelee Hall
W. Plum St.
Music
LSC Theatre
NRRL Natural Resources
Comp Sci
Forestry
Industrial Sciences Lab Gibbons
Glenn Morris Field House
Johnson Hall Centennial Hall Student Services
Voc Ed
University Ave.
University Ave.
4
Morgan Library
South Dr.
Genetic Resources Preservation
NESB
B-Wing
South Dr.
5
Academic Village
Newsom Hall
Braiden Hall
Aylesworth Hall
C-Wing
Aspen
Engineering
University Greenhouses Observatory Weed Research Insectary Lab
Behavioral Sciences
Education
A Street
Animal Science
East Dr.
Eddy Hall Honors
Braiden Dr.
Edwards Hall
Ellis Dr.
Commons S. Shields St.
Military Military Science Annex
Shepardson Plant Science
Mason St.
Clark A-Wing
Hartshorn Health Center
S. College Ave.
3
Admin
East Dr.
Wagar Glover
Alder Hall
Heating
Isotope Dr.
Lory Student Center
Meridian Ave.
Moby Dr.
Oval Dr
Statistics
Engineering Center Student Recreation Center
Center Avenue Mall
Fum McGraw
C Wing
Oval Dr
Weber S. Shields St.
OT
W. Plum St.
B Wing
ATC
Ingersoll Hall
Sage
Old Main Dr.
TILT
Indoor Practice Facility
Moby Arena
Routt
Dr
Spruce
Laurel Hall
Allison Hall
Green Hall
Mason St.
Corbett Hall
Guggen- Preconst. Center heim
OT Annex
under construction
Laurel Village under construction
Danforth Chapel
Ammons Hall
Oval Dr
Rockwell Hall
West Dr.
Westfall
Durrell Center
Meridian Ave.
1
2
Rockwell West
Bioengineering
Durward
F
Laurel St.
Palmer Center
Rembrandt Dr.
A
General Services Edison Dr.
Facilities Services North
Pitkin St. Pitkin St.
Micro
Visual Arts
Summit
Chemistry
Anatomy Zoology
Lake Street Greenhouses
Gifford
MRB
Center Ave.
6
Meridian Ave.
Holly Plant Environmental Research Center
Facilities Services South
Stock Pavilion
Physiology Biophysics
Alumni Center University Square
Yates Hall
Hall
Painter Center
Environmental Health
Pathology
Central Grounds Receiving
W. Lake St.
June 2013
Morgan Library Courtyard Campus Design Human Scale Outdoor Room Morgan library Courtyard is a project seeking for an appropriate solution for the inner courtyard study area. The existing design has been considered to be outdated. The new design proposal mainly focuses on applying elements of different elevation, including above human level, human level, ground level, underground level, to create a secure and relaxing courtyard environment. By increasing the composition richness of the site, the de-sign gives a new and fresh look to the library. The project went through design process from Schematic Design(SD) to Design Development(DD), then to Construction Documentation(CD). Academic Project Instructor: Pro. Brad Goetz Individual Project December 2015
4
Site Photo
Design Intend Library courtyard is an outdoor study and gathering space for students. Through increasing its composition richness, the design is intend to create a sense of secure and relax. The uniqueness of courtyard environment setting also requires scale thinking and thoughtful material selection.
Spatial Arrangement Analysis Planar Level
Vertical Level
Above Human Level: Canopy Tree to Provide Shading
2 Meters Radius for a Table
Human Hight Level: Seating & Structure
1 Meter Radius for Human
Ground Level: Soft edge to seperate spaces
5
6
Material Board Canopy Tree
Water Feature & Structure
a
a’
Ground Cover & Lawn Area
Pavement & Path
Site Context
Elevation a-a’
7
Landscape Documentation Note: Image Size Rescaled From 24*36 inch Paper Size
8
9
Insert Life Melbourne, Victoria, AU
Biodiversity Ecological Design Place Making Federation Square Esat (Melbourne) is the only remaining land in CBD, which provides a great opportunity for large parks(3.3 hectares) to play a role in urban context. This project discusses how landscape or natural can address the increasing challenge in our urban area. This project focus on bringing back native plant spices while seeking opportunities to increase overall urban biodiversity. Landscape Architecture has moved from creating a static picture to the landscape as flow and landscape as process. In the design, WUSD, Ecological Design, Biodiversity, and Programs are organized in a systematical way to achieve sustainable goals. It allows us to be prepared for extreme weather conditions and urban issues.
Urban Biodiversity "Cities are rapidly expanding world-wide and there is an increasing urgency to protect urban biodiversity, principally through the provision of suitable habitat, most of which is in urban green spaces." Urban Functions Events
Civic Space Holiday Celebration
Site History
Lunch
Commuter Intimate with Nature
Relax Economic Sustainability
Meeting
Jogging
The site’s most character is that it is built on an elevated plate form, but has the potential to become a park linking to its adjacent green space. The load bearing contains limits the placement of canopy tree but suitable for native grass and shrub species. Native plant species generally have a better tolerant level and require less irrigation and fertilizer. Another challenge is to balance the needS for urban program and biodiversity. The ecological design approach considered both abiotic factors and spatial landscape pattern. The programs are carefully designated and windbreaker, larger inner core habitat, curvilinear edge habitat are established. The next phase will be let the biodiversity to emerge, and achieve habitat stability, such as food web.
Academic Project Instructor: Pro. Ray Green Individual May 2018
Pedestrian Movement View Line
Bike & Pedestrian
10
Urban Biodiversity
Climate zone 6 (Mild temperate)
Bio-region: Gippsland Plain Fed Square East Pre-1750 EVC: Plains Grassy Woodland Fed Square East EVC Number: 55
Eco-regions: Temperate broadleaf and mixed forests
Source: Victoria Bioregions and EVC benchmarks https://www.environment.vic.gov.au/biodiversity/bioregions-and-evc-benchmarks
Source: Department of the Environmental and Energy http://www.environment.gov.au/land/nrs/science/ibra/ australias-ecoregions
Urban Habitats Biodiversity Assessment Site Descriptor
Vegetation Structure Understory Lawn Mulch Cover Tree Alley Group of Trees Single Tree Shrub Patch
Urban Habitat Categories
Surface & Paved Areas Playground Sports Venue Impervious Pavement Stairs Path Sand Surface Street
Built Elements
Water Feature
Watercourse Train Infrastructure Pond Building Wall Retaining Wall Structure 0M 50M 100M Elevated Walkway Elevated Platform(Federation Square)
Trees and Shrubs N 200M
Forest phanerophytes evergreen Forest phanerophytes winter deciduous Forest phanerophytes winter deciduous / evergreen Forest phanerophytes coniferous Shrubby chamaephytes evergreen
Source: ABCB climate zones https://www.abcb.gov.au/Resources/Tools-Calculators/ Climate-Zone-Map-Victoria
Vegetation Layer
Terrestrial Herbaceous
Artificial Built Elements
Tall Trees
Built Structure With Vegetation Built Structure Without Vegetation Pavement With Vegetation Pavement Without Vegetation
Caespitose hemicryptophytes
Sparsely Vegetated Sand Aquatic
0M
50M
100M
200M
One Vegetation Layer
Two Vegetation Layer
Other Surface Water Train Infrustructure Impervious Surface&Building Street & Path
Tall Shrubs and Small Trees Medium Shrub and Tall Herbaceous Plants
N
Small Shrub and Medium Herbaceous Plants Goundcovers and Aquatic Plants
Three Vegetation Layer
N
0M
50M
100M
200M
11
URBAN
The Conflict
Cities have an enormous impact on ecological function at multiple levels. Numerous studies have documented that urbanization “fragments, isolates, and degrades natural habitat; simplifies and homogenizes species composition; disrupts hydrological systems; and modifies energy flow and nutrient cycling.” (Alberti 2005, 169).
VS
Landscape As Process
NATURAL
Energy Flow
Stable Habitat
Landscape As Picture Sociability
Uses & Activity
Remaining Cover
Perforation
Intact
Access & Linkages
Comfort & Image
Ecological Design Approach Climate
Spatial Process
Dissection Fragmentation Shrinkage
Variegated
Topography Geology
Attrition
60%-90%
Low-High
10%-60%
Low-High
10%
Mostly High
“ Habitat Stability
Species Richness Boundary Flows Dispersal Diffusion
Abiotic factors
Composition
Structure
Low
Succession
Relictual
(Soil type and depth, water table) Vegetation richness & diversity Native Flora Species Habitat for Fauna
>90%
Fragmented
(Moisture, sunlight, temperature, wind) (Mountains, rivers)
Disturbance
Level of Modification
“ ”
Landscape Process
Population Dynamics Nutrient Cycling Predator-prey interactions Disturbance events
Ecological Processes
”
Landscape Patten
Spatial Heterogeneity Patch-Corridor-Matrix Model Vegetation Vertical Structure
Opportunity & Constrain The Confluence of Ecological Corridor&Public Destination Flinders Station
3.3 Hectare Urban Large park But need careful load bearing consideration for canopy tree
Railway Structure
Site
Carpark Art Precinct
Sports Precinct Parkland
0M 10M
30M
70M
12
Master Plan “Biodiversity as an agent in Urban context”
Urban
A
“Program + Natural + Circulation”
Nature
Conflicts & Separation
15
2 14
3
Inspired by Alluvial Rivers Nature Landforms, which is a Urban dominated land-form of the Gippsland Plain Break the boundary to Bio-region achieve sustainability
4 5
1
6
16
Patch-Corridor-Matrix Model Large Patch
Wind Breaker
13
7
8
17
12 10 9
11
Curvilinear Edge
Section A-A’
1. Art & Culture Centre 2.Comercial Building 3.Entry Plaza 4. Meadow Hill 5.Conservatory 6.Multipurpose Space 7. Sculpture Park 8. Playground 9. Wheelchair Access Ramp 10 Amphitheatre 11. Bridge Over Yarra River 12. Exploration Woodland 13. Upper Wood land 14. The Grass Wave 15. The “Billabongs” 16.Water Feature 17.Tourist Bus Drop-off
A’
13
[Detail Design 1]
Understory Planting Plan A’
Location Map
Rain-garden&Bioswell Wind Breaker Grassland
Recreation Lawn Grassy Woodland A
N 0m 5m
15m
35m
Spatial Heterogeneity Strategy & Vegetation Vertical Structure Mass Planting Grass Species + Non-tufted Graminoid
Grassy Woodland
0.2M
Bosque Planting Tufted Graminoid + Flowering Understorey
0.3M
Grassland
Clump Planting Medium Herb + Small Shrub
0.4M
Understorey Tree Understorey Tree + Large Shrub
1.2M
Rain-garden Habitat
14
SECTION A-A’
15
[Detail Design 2]
Form Generation
2’
9Meter Drop
AMPHITHEATRE
1’
VIEW&ACCESS
Art Precinct Perspective
MCG Yarra River
Government House 3’
EDGE HABITAT
Curvilinear Edge
Culture
2
Nature
TERRAIN
3 1 N Location Map
Section 1-1’
0m 5m
15m
CAR PARK
35m
Section 2-2’
Section 3-3’
16
17
DESIGN FOR THERMAL COMFORT
EXISTING THERMAL LEVEL
New Student Precinct, UniMelb, Victoria, AU SURFACE T EMPER A T UR E
Campus Climate Performance Data & Simulation The project explores how the climate factors and digital technologies & data simulation can reshape our design responses. It is a collaboration project between architecture and landscape architecture students. Building upon the competition winner(ASPECT Studio)’s experiences, our team started with a rigorous study of the site’s existing thermal performance. In responding to the challenge of 4 meters level drop and requirement for accessibility, the concept of Climate ‘Hemispheres’ provides thermal comfort for different program space at different time of a day and through out seasons. The selection of materiality and planting as well as the design of surrounding buildings all contributes to the design of surface temperature and wind performance.
1PM 11/20 /2017 1PM 10/16 /2017
St one Ti l e
Timber
L aw n
Br i c k
Measured Temperature
C onc r e t e
C onc r e t e
Co n c re t e
La w n
La w n
Wind Direction Along Major Transect
P o in t 3
SURFACE T EMPER A T UR E
P o in t 1
N
SITE PLA N
1 PM Oct . 16t h 2017
Radiant Heating
P o in t 5
Co o l
Humidity H um i d
P o in t 2
Co n c re t e
P o in t 4
1 PM Nov . 20t h 2017
H ot
Tile
Poi nt 10
TRANSECTION 3
Poi nt 8 TRANSECTION 3
Poi nt 9
Dry
P o in t 7 P o in t 6
Academic Project Instructor: Dr. Jillian Walliss Group Project (Landscape Architect: Wenjin Wang, Bonnie Gordon,Yuyan Huang, Architect: Jiqi Chen,Ruijun Li)
18
Tile
APPARENT TEMPERATURE(How do You Feel)
MATERIALS
Apparent Temperature Equation: AT=T+0.33e-0.7|U|-4 Data Collected on 21/11/2017
Specific Heat Capacity(J/kg K) The Higher = The Harder to Get Hot The Lower = The Easier to Get Hot)
837
Cooler Warmer
4000
1500
780
837
1000
800
Material Colour Tone
9AM
1PM
5PM
Thermal Conductivity Water Permeability
5PM
Evaporation
1PM
AIR TEMPERATURE
9AM
(T=Dry Bulb Temperature)
28.8c° 28.5c°
29.4c°
PM IN CR +4.5 EASE 7c°
PM D
ECR
-4.89
0.00
EASE
c°
29.2c°
28.7c°
CLAY TILE MULCH
27.5c°
30.8c°
28.6c°
29.7c°
30.3c° 31.2c°
29.2c° 29.7c°
30c°
46.8% 40.3% 35.0%
RELATIVE HUMIDITY (RH)
58.0% 40.1% 28.0%
70%
9AM 1PM 5PM
21%
31.3% 27.5% 22.9%
10 AM
2 PM
(|U|=wind speed)
1.9
5.3
0.05
0.1 4.1
5.7 4.1
3.5 2.5
2.0 0.02
0.05
9 AM
1.3 5.4
3.5
0.01 0.02
12
7.5
6.2 0.5
1.0
0.05
0.05
0.4
1 PM
5 PM HIGH
0.05
LOW
5.4
4 PM
OPPORTUNITIES
0.02
1.25
12 AM
32.3% 26.8% 22.3%
WIND SPEED
6.0
8 AM
68.9% 54.6% 49.1%
43.8% 29.7% 21.4%
0%
0.02
33.78
59.3% 45.0% 39.5%
40.5% 36.4% 26.1%
0.34
HIGH
43.4% 37.8% 32.8%
(e=vapor pressure derive from dew point)
1.5
LOW
SHADOW
6 AM
8.3
STONE
30.8c°
HUMIDITY
0.02
CONCRETE
29.3c° 29.6c°
2.5
BRICK
Material’s Effect on Heat Level
22.98
2.5
LAWN
28.2c°
c°
0.00 -8.18 c° c° -1 AM 4.24c° DEC REAS E
1.2
WATER
Indoor/ outdoor transitions provide opportunities to increase thermal comfort through gradual temperature change
3.5 7.5 6.0 0.1
Main areas of interest/ opportunity act on the biggest differences observed in the site with existing energy relationships. Both are transitional spaces.
N 5M 20M 0M 10M 50M
19
OPTIMISING LANDFORM: THERMAL PERFORMANCE CRITERIA 1
Climate ‘Hemispheres’
Morning Sun Path
Afternoon Sun Path
S h a de Sun
2
Shade Sun
Encourage Summer Airflow and Re-direct Winter Wind
Avoid Canyon Effect During Winter Before
After Summer Wind: 6 meter/s;SSE
3
Winter Wind: 7.5 meter/s;N
Seasonal Climate Space
Summer
Wind Flow Back Semi-Outdoor Building
Shade & Water Feature
Wind Breeze
Surface Reflection
Wind Breaker
Water System
Winter
Solar Heating
Rain Water Recycle
20
Wheelchair Accessible Stair Accessible
NORTHERN HEMISPHERE
Spot Level
SOUTHERN HEMISPHERE Program Space
SITE AXONOMETRIC 5M 0M
N
20M 10M
50M
21
CLIMATE SPACE: NORTHERN HEMISPHERE
W i nt er af t ernoon
Summer af te r noon
22
CLIMATE SPACE: SOUTHERN HEMISPHERE
23
Performative Canopy Melbourne, Victoria, AU
Project Location
Base Line
University of Melbourne Parkville Campus
PERFORMANCE CRITERIA 1: SOLAR
Parametric Design Evolutionary Computing Optimisation
Parameter 1:Relocate the Controll Point of Each Curve Upper 2 Control Points Move in XYZ Direction Lower 2 Control Points Move in XY Drection
Performative Canopy Project takes advantage of weather data and digital tools as useful design guidelines and a rational supplement to design outcome. The canopy is built with grasshopper script and 2 changeable parameters and both winter and summer sunlight hours are set up for Galapagos to run evolutionary computing. Then take the digital model into Autodesk Flow design to test the wind performance.
Surface from Loft Metro Tunnel Parkville Station
Academic Project Instructor: Dr. Dominik Holzer Individual November 2017
PERFORMANCE CRITERIA 2: WIND
• Reduction of cold wind on pedestrian • Encourage air flow in summer (Decem
New Student Precinct
Project Site
Convert to Diamond Square Surface
Sun Angle
The Coffee Kiosk and performance criteria are designed to constrain the optimization process and are designed in a way that correlated to each other, not contradict each other. Without a constrains, the computer will only calculate to a canopy that covers the entire plaza and provides 50% shading and sunlight in winter and summer, which is boring and generic. The form-finding process went through 5 different stage. After investigating the sun angle and wind flow around the site location, the first base geometry was set up. Then using Galapagos and Flow design to optimize the performance criteria. It is not letting the computer design for me, but to understand the trend and what geometry can achieve better performance. The geometry is then manually changed based on previous test and key findings and a designer’s appreciation of an appealing canopy. By going back and forth between digital optimization and design, it leads to the final canopy and gains better control of design.
• Summer (December-March) Provide Shading for the Coffee Kiosk Rest • Winter (June -September) Provide Sunshine for the area at least 80%
51.60% of sunlight hours
The Original Triangle Panel
Program
New Panel System
12.68SQM Coffee Kiosk
+
73.8 SQM Resting Area
Parametrer 2: Rotate the trigulate panel The Further Corner of Each Triangle Panel Move in Z Direction
Form Finding Process Canopy 1
81.08% of sunlight hours Canopy 2
(Galapagos Seeking for Maximization of Winter Sunlight hours and Minimization of Summer Sunlight hours)
(Initial curve set up based on sun direction and winter wind direction)
Canopy 3
Canopy 4
Canopy 5
(The corner that touches the ground blocks wind & provide supporting structure)
(Change from 4 curves to 6 curves to redirect winter north wind)
Wind Direction
Wind Direction
24
Wind Direction
Winter Wind Rose (Mostly from north)
Summer Wind Rose (Mostly from south)
Summer
Winter
Area for 50% of time between 12-4pm
% of the time between 8-12am
Wind Tempreture
n level in winter (June -September ) mber-March) Wind Speed Winter Wind Flow Without Canopy
Summer Afternoon (December-March)
63.41 % of sunlight hours (the entire plaza)
Strong Wind Canopy Channels Wind Direction & Reduces Wind Speed
Pedestrian Level
Winter Morning (June -September )
Higher Level
s 61.24 % of sunlight hours (the entire plaza)
25
A
A
B
26
Industrial Fabrication Layer Diagram Trianglar Panle
Trianglar Panle Support Structure
Secondary Waffle Supporting Structure
Primary Edge Supporting Structure Touches the Ground
Base Surface Generated
B
Form Finding
Section B-B
Section A-A
27
28
Physical Model(1:20) Waffle Structure With Notch For Installation
Physical Model(1:100)
29
Grading Skill
30
GIS Skill Urban Growth Area (UGA) Planning in Melbourne
´ Criteria 1 Access to public transportation
Adm_LGA Major Roads Rail PTV TRAM ROUTE PTV BUS STOP
Criteria 2 Preserve our nature environment
´
Legend
Adm_LGA Major Roads Rail PTV TRAM ROUTE PTV BUS STOP Esri, HERE, DeLorme, MapmyIndia, © OpenStreetMap contributors, and the GIS user community
Legend
0 10 20
40
60
Kilometers 80
Major Roads Rail
PTV TRAM ROUTE PTV BUS STOP
Lorme, MapmyIndia, © OpenStreetMap contributors, and the GIS
0 10 20
40
60
Kilometers 80
Legend
Legend
Esri, HERE, DeLorme, MapmyIndia, © OpenStreetMap contributors, and the GIS user community
Legend
Adm_Metro Major Waterarea Conservation Land Forest Esri, HERE, DeLorme, MapmyIndia, © OpenStreetMap contributors, and the GIS user community
´ 1.16 SQKM
Esri, HERE, DeLorme, MapmyIndia, © OpenStreetMap contributors, and the GIS user community
Adm_Metro
E Hospital Locations
# * Health&Education Precincts Schools
[ Activity Centre Park & Recreation * Sport&Recreation Esri, HERE, DeLorme, MapmyIndia, © OpenStreetMap contributors, and the GIS user community
Adm_Metro
E Hospital Locations
# * Health&Education Precincts Schools
[ Activity Centre Park & Recreation * Sport&Recreation Esri, HERE, DeLorme, MapmyIndia, © OpenStreetMap contributors, and the GIS user community
Activity Centre Residential Growth Zone Low Density Residential Zone Industrial Areas
Park & Recreation * Sport&Recreation
Esri, HERE, DeLorme, MapmyIndia, © OpenStreetMap contributors, and the GIS user community
´
´
2
2.98 SQKM 3
Legend
Adm_Metro Erosion Management Overlay Vegetation Protection Overlay Flood Zone Bushfire Overlay Esri, HERE, DeLorme, MapmyIndia, © OpenStreetMap contributors, and the GIS user community
Legend
2.07 SQKM
Adm_Metro
Adm_Metro Erosion Management Overlay Vegetation Protection Overlay Flood Zone Bushfire Overlay
Activity Centre Residential Growth Zone Low Density Residential Zone Industrial Areas
Esri, HERE, DeLorme, MapmyIndia, © OpenStreetMap contributors, and the GIS user community
Esri, HERE, DeLorme, MapmyIndia, © OpenStreetMap contributors, and the GIS user community
4
´ SQKM 25.38 Legend
Legend Adm_Metro
[
[
[ Activity Centre
´
´
Adm_Metro
# *
Esri, HERE, DeLorme, MapmyIndia, © OpenStreetMap contributors, and the GIS user community
[
Legend
Legend
Adm_Metro E Hospital Locations Health&Education Precincts Schools
´ Legend
Adm_Metro Major Waterarea Conservation Land Forest
Legend
Adm_Metro Major Waterarea Conservation Land Forest
Legend
´
´
Criteria 3 A dynamic and attractive city
Adm_LGA
´
´
1 Legend
Esri, HERE, DeLorme, MapmyIndia, © OpenStreetMap contributors, and the GIS user community
´
´
Activity Centre Residential Growth Zone Low Density Residential Zone Industrial Areas
Esri, HERE, DeLorme, MapmyIndia, © OpenStreetMap contributors, and the GIS user community
Adm_Metro Erosion Management Overlay Vegetation Protection Overlay Flood Zone Bushfire Overlay Esri, HERE, DeLorme, MapmyIndia, © OpenStreetMap contributors, and the GIS user community
eters
´
Criteria 4 Employment and development opportunity
Legend
Legend
Adm_Metro Major Waterarea Conservation Land Forest
Lorme, MapmyIndia, © OpenStreetMap contributors, and the GIS y
´
´
Adm_Metro
E Hospital Locations
# * Health&Education Precincts Schools
[ Activity Centre Park & Recreation * Sport&Recreation Esri, HERE, DeLorme, MapmyIndia, © OpenStreetMap contributors, and the GIS user community
Metropolitan Melbourne
Adm_Metro
E Hospital Locations
# * Health&Education Precincts Schools
[ Activity Centre Park & Recreation * Sport&Recreation
eLorme, MapmyIndia, © OpenStreetMap contributors, and the GIS y
Legend Adm_Metro
[
Activity Centre Residential Growth Zone Low Density Residential Zone Industrial Areas
Esri, HERE, DeLorme, MapmyIndia, © OpenStreetMap contributors, and the GIS user community
Metropolita Activity Centre Major_Roads
Adm_Metro
[
Rail Line
Legend
Legend Activity Centre Residential Growth Zone Low Density Residential Zone Industrial Areas Esri, HERE, DeLorme, MapmyIndia, © OpenStreetMap contributors, and the GIS user community
´
Criteria 5 Landscape factors Legend
Urban Growth Area
R
´
´
Legend
´
Adm_Metro Erosion Management Overlay Vegetation Protection Overlay Flood Zone Bushfire Overlay
Major Waterarea
Esri, HERE, DeLorme, MapmyIndia, © OpenStreetMap contributors, and the GIS user community
Major river Flood Zone Low Residentail Densitiy & Residential Growth Zone
´
Industrial Areas Park & Recreation Space Vegetation Protection Zone
Legend Adm_Metro Erosion Management Overlay Vegetation Protection Overlay Flood Zone Bushfire Overlay Esri, HERE, DeLorme, MapmyIndia, © OpenStreetMap contributors, and the GIS user community
0
5
10
20
30
Kilometers 40
Forest
Based on the data collected that is relevant to the 5 important criteria of spatial decision-making in urban development in Melbourne then and apply the Fuzzy Overlay tool to create a UGA map for metropolitan Melbourne. The right side showing 4 potential area that is suitable for development.
Sources: Esri, DeLorme, USG
31
Physical Models
Topography Study,Loess Plateau,China
Landscape History,Teotihuacan,Mexico
32
Hong Kong Island Urban Form Study Gain From the Model: The morphological conditions around the Central Harbour Water Front is highly compacted urban context. The site is isolated from the surrounding landmarks and underutilized, while in contrast, Kowloon side is consider as a tourist destination because of its better view of the harbour and a better space for people to stay.
33
Algae Treatment Installation
PLANTS ASH COCONUT COIR (Chemical Control Method) (Physical Control Method)
COCONUT FIBRE (COMPACTED)
Rotala rotundifolia Pink Rotala (Biological Control Method)
34
Floating Ring
35
Sketches
From Travel & Practice
36
37
Professional Work Diagram & Rendering
38
39
Wenjin Wang
CONTACT +61 481 976 831 wenjin.wang@outlook.com
+ Click to View Landscape Thesis Design Website: https://wenjin.wixsite.com/landarch/thesisdesign
+ Separate Construction Documentation portfolio is available upon request