[Collection of Academic and Professional Works]
[University of New South Wales - Building Environment]
[Master of Landscape Architecture]
JUN (GEORGE) HUANG
Portfolio with selected works from 2013-2018
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[Content] 01. XL
02. M
03.
[A future scenario of metropolitan landscape system] Scale
Scale
S Scale
Lecturer: Dr Scott Hawken and Mike Harris Location: Erina Bay, Central Coast Project type: Urban Redevelopment
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[A design of park coexisted with nature] Lecturer: Dr Elisa Palazzo Location: Taverners Hill, Inner-west, Sydney Project type: Urban Green corridor
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[A design of university park] Lecturer: Prof Linda Corkery Location: UNSW, Kensington, Sydney Project type: Community park and Precinct design
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Selected academic works in Australia
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L Scale
05. M 06. XL 07. G
[A design of residential project ] Individual Work Location: Guangzhou, China Project type: Urban Renewal
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[A design of City park ] Scale Location: Guangzhou, China Project type: Public Space Area: 4.9 hm2
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[An activation of historical areas] Scale Location: Guangzhou, China Project type: Urban redevelopment Area: 52 hm2
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[Photography & sketch]
Scale Camera: Canon 70D Digital Time: Various Dates Type: Personal
46 Selected Projects in Overseas
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An approach based on landscape analysis
[Vulnerability]
[Perspective]
Environmental, Infrastructural and Social vulnerabilities
[Location]
Erina is a suburb located in the Central Coast region of New South Wales, Australia between Gosford and the Pacifi c Ocean at Terrigal. It is part of the Central Coast Council local government area. Erina is the commercial hub of the Central Coast. It contains one of the largest shopping centres in Australia, Erina Fair, which contains over 330 shops and stores. There are many other major commercial businesses located throughout the suburb predominantly on The Entrance Road, Karalta Road and Barralong Road.
01. XL
Scale
[A future scenario of metropolitan landscape system] Lecturer: Dr Scott Hawken and Mike Harris Location: Erina Bay, Central Coast Project type: Urban Redevelopment Teammates: Bowie, Kim, Estelle, Laura Contribution: Landscape characteristic analysis, Design principle and scenarios framework, Masterplan, Layout, Detail design and 3D Model.
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[Flooding Timeline]
GOSFORD CENTRE [Flooding Area Vegetation]
ERI EAST- W
EST FU TU
ELOPM
ET
A49 CENTRAL COAST HIGHWAY
[Flooding Prevention] 1)Flood hazard—the probability and magnitude (e.g., depth, velocity, discharge) of flooding 2)Exposure—the economic value of assets subjected to flood hazard 3)Vulnerability—the relationship of flood hazard properties to economic loss 4)Performance—the effectiveness and behavior of flood protection and damage mitigation measures that modify the flood hazard, the exposure, or the vulnerability
RE DEV
[Future Development]
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[Flooding Impact]
INA FAIR
Images by George
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[Green Space] The Central Coast 2036 proposed the centralisation of resident dwellings and job opportunities in southern and northern growth corridors. The precinct of Erina Creek is located in the east end of the Southern Growth Corridor, which is linking Somersby, Gosford and Erina through Central Coast Highway. Erina is considered as a strategic centre, targeting a vibrant community focussed local centre connected to a regional retail destination, and it is the only strategic centre without railway connection.
[Publica Transport & Infrastructure]
[Flooding Area Land Use]
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[Strategic Resilience Scenario]
[Section]
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[Strategic Plan - Nature Expansion]
[Flooding Strategy]
[Transect]
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[Rezoning]
[Photomontage]
[Transport]
Cooney Reserve
[Park System]
Wetland Park
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[Masterplan - Nature Expansion]
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The ecological relevance of nature-based solutions
[Constructed Ecology] Urban ecosystems
[Canal Volume of Water Investigation]
[Proposed Function]
Canal provide favorable conditions for neighborhood to construct farm in their house backyard. For ecology, it has the potential to be an ecological corridor, with good canopy cover, well-established native vegetation and we can provide habitats for flora and fauna. Slope landform can help to rainwater management and water filtration. For art and culture, we can reinforce stormwater channel for street art and make use of left-over space to create community art garden. Providing ecologically sensitive lighting and organic pathway is important to enhance active transport.
[Strategies] Connecting places 1.Extending light rail station 2.Connected cycling path 3.Active transport network Integrating the existent
02. M
1.Retaining and enhancing biodiversity Scale
[A design of park coexisted with nature] Lecturer: Dr Elisa Palazzo Location: Taverners Hill, Inner-west, Sydney Project type: Urban Green corridor
2.Protection of bushcare and animals habitat places 3.Sustainable Greenway corridor
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[Landscape Typology Matrix] [Compoent]
[Ecological Landscape]
[Site Plan]
[Art & Events]
[Recreation & Health]
[Cultivated Landscape]
[Guidance System]
Kegworth Public School
Lambert Park & playground Art Est. Art School
L
1
L
3 2
1
1 2
Taverners Hill
3
Marion light rail station
2
1
2
1
2
3
3 3
Pa
rr
am
at
ta
Ro
ad
Richard Murden Reserve
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[Sight of Walking Experience]
L
L
Marion [Flow]
L
Taverners Hill [Sound]
L
Lewisham West [Conflict]
[Lock]
Waratah Mills [Coexist]
Coexist: Different animals, cyclist, jogger and dog walker shared the green way.
The main problem in my site is the discontinuity and complexity of pedestrian circulation. The east residents are not easy to get into the light rail station, they need to go up and down the stairs, which is a long travel. With this in mind, I think it is a more effective measure to take advantage of urban green space and extend the LRT Station. Because of the increasing development of the site, urban growth, parramatta road will be more busy.My spatial transformation strategy is connecting places.Creating a safe and permeable active transport corridor linking light rail station which suits a wide range of users;creating easy and safe connections into the surrounding street network and open spaces to maximise access, permeability and circulation.Keeping these native trees is absolutely good approach for biodiversity maintenance.
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[Mixite’: Functional Mixing And Meeting Places]
R1 General Residential R2 Low Density Residential
RE1 Public Recreation Leisure area
SP2 Infrastructure services
B1 Neighbourhood Centre B4 Mixed Use business
R3 Medium Density Residential
B5 Business Development
R4 High Density Residential
B6 Enterprise Corridor
Kegworth Out Of School Hours Care
Lambert Park & playground Lewisham Public School Kegworth Public School
Art Est. Art School
Christian Brothers’ High School Lewisham
Height of Building
Lots Size 500m2
Public Equipment
7M/9.5M
200m2
Commercial Area
10M
Religious School
15M
Public places and Centres of human activities
[Permeability]
30M
[Ecological Infrastructure]
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[Combination of Proposed Landscape Scenario] Ecological Landscape
2
+
3
Art + Events
2
+
Recreation + Health
1
3
+
2
exercise plaza open meeting space
shrub
art installation
mound lawn
open meeting space
sharedpath
Cast Stone Bench with Timber hard 50%
roof garden food and plants
soft 50%
hard 30%
Material
soft 70%
art exhibition
sandbox playground
aligned trees
rainwater management
hard 20%
Planting
soft 80%
Material
Trees canopy cover 50% species concrete paving 0.1-0.35 ALBEDO
Cast Stone Bench with Timber
concrete waterfront seating
eucalyptus cut stone paving
rubber
concrete paving 0.1-0.35 ALBEDO
Earthwork cut and fill platanus
cut stone paving
cut stone paving
eucalyptus
concrete paving 0.1-0.35 ALBEDO
cut stone paving
gabion stone
ulmus
gabion stone
gabion stone
ulmus
gravel
surface drainage
[Landscape Scenario Section]
platanus
surface drainage
surface drainage
corymbia
corymbia
Trees Canopy
Hang&ground vertical planting
Aquatic plants
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[Masterplan: Sustainable Mobility ]
Legend Permeable Cutting Stone Paving Porous Concrete Secondary Path Art Exhibition Wall Vertical Green On Housing Public Seating Raised Wildflower Planters Wood Deck Terrace Native Grassland Asphalt Shared Path Existed Brick Paving
COMBO1
Street Seating Wooden Seating Around Trees Pedestrian Elevated Walkway MedianTrees Planting
COMBO2
Street Trees Planting Native Vegetation Species
L COMBO3
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[Stormwater Management]
[Roadside Rain-Garden]
• • • • •
2
3
Provide more public recreational open space along the street. Ecological street landscape. Linear spatial trees arrangement. Diverse planting strategy. Beautify the street landscape.
+
3 +
Function
3
Ecological Ecological Aesthetic Aesthetic PedestrianPIPE Path Inorganic ballast mulch
Recreational Recreational Activities
Filter Media Transition layer Drainage layer with pipes
[Modular Green Wall]
Storm water system
Materials
[Drainage Surface]
Permeability
Albedo
Roughness
Cost
Asphalt
500MM
Housing Building Wall
Durability
70% HARD SURFACE + 30% SOFT SURFACE
Objectives
Previous Concrete
Artificial Turf
35MM
Integrated irrigation
Gravel
Wood
Plants
Supporting frame fixed to wall
LOW
[Street Infiltration Trench]
Green wall modules with integrated substrate (500*500*200mm)
SPATIAL ARRANGEMENT
30%
NATIVE GRASS
20% MEDIUM
SHRUBS
50%
Drip tray Reference from Adelaide City Council Green Infrastructure Guidelines
HIGH
[Planting strategy]
Native Grasses Bluedale
Yellow Buttons
HIGH
MEDIUM
LOW Pennisetum
STREET TREES
Dianella species
Syzygium
Ornamental Pear
Golden-rain Tree
SA Blue Gum
Jacaranda
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[Spatial temporal analysis of typology dynamics] [Open green space entrance - Weekend Vision]
[COMBO1--Street Infrastructure]
1
2
[After-school Vision]
1
Street Surface Infiltration Trench
0m
Scale Bar 1:500
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• • • •
1
Secondary shared path Safe and permeable active transport corridor linking light rail station. enhance connection between surrounding residential street network. maximizing access, permeability and circulation.
+
3 +
Function
3
Ecological Ecological Aesthetic Aesthetic Recreational Recreational
B' A'
Activities
B
30% HARD SURFACE + 70% SOFT SURFACE
Objectives
[COMBO2--Open Green Space Infrastructure]
A
Materials
Durability
Permeability
Albedo
Roughness
Cost
Asphalt
Raised Wildflower Planters Porous Concrete Secondary Path
Permeable Cutting Stone Paving
Vertical Green On Housing
Previous Concrete
Artificial Turf
[Section AA' 1:200]
[Section BB' 1:200]
Gravel
Wood
Cutting stone
Brick
3.5M Concrete Secondary Path
Raised Planters behind bench
Under bench lighting for public safety
[Extensive Green Roof] Planting
MULCH BALLAST
[Raised planters]
LOW/MEDIUM PLANTS STRATEGIES Plant types
Sun/Shade tolerance
Soil type(s)
Water rating
Plant origin
Grass
Full Sun, Part Shade
Sand, Clay, Loam
Low
Indigenous
Sand, Clay, Loam
Low
Indigenous
Ground cover
IRRIGATION
Wildflower
Full sun
Blue Coastal Tussock Grass
Yellow Buttons
Slope
Grey Guinea Flower Ground cover Full Sun, Part Shade
Sand
Low
Indigenous
Sand, Clay, Loam
Medium
Indigenous
Grass Flag Drainage layer
ROOF DECK
Pipe FILTER LAYER
DRAINAGE LAYER
WATERPROOF MEMBRANE
Permeable cutting stone paving
Grass, Perennial
Part Shade, Shade
Waterproof Membrane
Tall Sedge
Irrigation/moisture sensors
Grass, Perennial
Full Sun, Part Shade
Sand, Clay, Loam
Medium
Indigenous
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[Axonometric Scenario]
[Spatial temporal analysis of typology dynamics]
WOOD SEATINGS VERTICAL GREEN
Before & After Rectangular Concrete Pavers On The Lawn
Residentials
Raised planters Native slope
Art wall Bioswales
[Exsiting Native Trees Canopy] Sun/Shade tolerance
Soil type(s)
Water rating
Plant origin
Bangalay Full Sun, Part Shade
Sand, Loam
Low
Indigenous
Low
Indigenous
Sydney Blue Gum Full Sun, Part Shade
Sand, Loam, Clay
Lemon Scented Gum Full Sun, Part Shade
Sand, Loam, Clay
Full Sun, Part Shade
Sand, Loam, Clay
Medium
30-degree slope, historical canal and neighborhood housing are three major component or form. so, I incorporate basic landscape form with potential activities to construct a variety of landscape types based on different location our site which are displayed on the site plan.
Non indigenous (Qld)
Black She-oak Low
Indigenous
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• • • •
3
Creating coexistence environment around greenway corridor. Sticky space with function of recreational and health. Native species biodiversity maintenance. Elevated pedestrian walkway.
+
2 +
Function
1
Ecological Ecological
A'
Aesthetic Aesthetic Recreational Recreational
A
Habitat Climate regulation Activities
Materials
Section A'A 1:200
Durability
Permeability
Albedo
Roughness
20% HARD SURFACE + 80% SOFT SURFACE
Objectives
[COMBO3-- Park Infrastructure]
Cost
Asphalt
Previous Concrete
Artificial Turf
Gravel
Wood
Gabion
Brick
Rain Garden Plants/Climbers Sun/Shade tolerance
Soil type(s)
Water rating
Plant origin
Full Sun, Part Shade
Sand, Clay, Loam
Low
Indigenous
Sand, Clay, Loam
Low
Indigenous
Sand, Clay, Loam
Low
Indigenous
Part shade
Trees Seating
Pedestrian Elevated Walkway
Platform Extend to Greenway
Full Sun, Part Shade
Wonga Wonga Vine
Old Man's Beard
Snake Vine
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[Spatial temporal analysis of typology dynamics]
[Axonometric Scenario]
Flowering Season
Elevated pedestrian walkway Urban forest
GABIONS
Summer Daytime
Trees benches Aquatic plants Asphalt shared path
Cyclists
On the slopes, we can use trees to provide shade for pedestrians, set up art exhibitions to attract people to stay, and of course set up urban agriculture and pedestrian-oriented systems. The canal was constructed hundred years ago, surrounded by fence and house backyard, people can't get close to it, and the water quality is not very good, so I think the use of floating islands can clean the water, water bank design can let people rest on the shore at different time points on the shore.
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Engaged in the planning and design of
[Alumni Park Current Condition]
[Public Realm] A connector between academic and city lives [Site Context]
AN ZAC A PAR
9F SE
B
UNI. W ALK
DE
7F
GE W ALK
6F
LO M
STUD
GH
YERS
E LI UR
8F
FUT
FUTU RE C OLLE
IO
GE W ALK
AIL
TR
FUTU RE C OLLE
GAT
E2 HIG
HS
03. S
TRE
ET
GAT
E1
Scale
[A design of university park] Lecturer: Prof Linda Corkery Location: UNSW, Kensington, Sydney Project type: Community park and Precinct design
By George
The design, which was inspired by the world’s iconic public spaces, creates a new, multifunctional meeting point for students, staff and the public at large. Alumni Park’s importance lies in its openness to all people. The varied functions and facilities the project has to offer add to the value not only of the university, but also to the city itself. The project serves as a connector between academic and city lives. Such projects add to the quality of city life.
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[Alumni Park UNSW Perspective] As the Kensington Campus continues to develop, and the number of students living on campus, as well as the number of students and staff working on campus increases, there is a need to provide a contemporary and engaging campus environment that reflects the University’s reputation and aspirations, enhances the daily lives of those living and working there and helps attract future staff and students. Through a recent review of the Campus, a significant opportunity has been identified to transform the North West sector of the campus with Alumni Park, a significant new open space. This two hectare open space is proposed to be constructed, in stages, over the next few years. (UNSW Esata Management)
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[Shadow Pattern] In the winter of June, half of the park was shaded at midday, and in the summer of December, the entire site was exposed to the sun almost every day.Therefore, according to the Sun Light analysis, the site needs more shade to ensure that students have a comfortable campus park environment
[Future Site Plan]
[Adjacent Uni Buildings Function]
In the future, the college walk is a main pathway connecting Anzac Parade Street with After analysing the functions of the surrounding buildings, we can draw a conclusion that the quadrangle lawn and the upper campus, surrouded by the educational building,such as SEB northeast part of the building is places for students to live in the dormitory, west of the park building, Hilmer building and Lo myers theatre.The motorway is still accessed from High St. is the lo myer theatre which proceed to academic course of art and media for students in the Therefore, according to the plan, as the central district of a campus must ensure the pedestrian future and the south part occupy educational buildings. Therefore, the park is a relatively quiet priority, the pedestrian-and-vehicle dividing system becomes a useful circulation mode in the place, which can provide students with after-class communication and gathering places which campus. For instance, we can prohibit vehicles in Fixed time period.
can serve for the theater, with some artistic elements. In the future, college walk is the second main road in the campus, so accessibility and security are two things worth to think about.
P
University Terraces
UNSW VILLAGE
Apartment
P
University Terraces
UNSW VILLAGE
Apartment
P
P
IO MYERS THEATRE SEB BUILDING
UNSW HALL HILMER BUILDING
P
P
UNSW BUSINESS SCHOOL
IO MYERS THEATRE SEB BUILDING P
Future Alumni Park
Park Entrance
Future Vehicle Road
College Walk
UNSW HALL HILMER BUILDING P
Future Alumni Park Future Alumni Park ART LEARNING SPACE
UNSW BUSINESS SCHOOL
Research and Learning Building Student Dorm community
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[Design Principles]
➢ activate with visual art Because of the architectural function of the theater, art is an essential factor in the park,
and it can enhance the impression of the alumni on the park. Besides, art can make the
Art Garden + Sticky Park
stressful and intense course atmosphere more dynamic and it can attract students to leave the classroom, walk into the art park to think and communicate.
shows, outdoor art installation and the temporary art display contribute to strengthen the schoolmate’s memory for campus.
landscape could be manufactured and shaped by the desires and projections that we
may be fictional, or they might be molded by some sort of altered reality. Imagined landscapes often stem from the perception of an individual.
The relationship between people and landscapes is one that is interlinked and reciprocal. People influence the representation of landscapes and landscapes influence people. It is
important to acknowledge the complexity of this concept and how these ideas can be paired and exchanged in a multiplicity of ways.
➢ Integrate sound and light Landscape lighting can help illuminate this park at night, make student feel safe and
secure as well as light park paths and steps. A reasonable volume of sound can comfort people and make the dark night a little bit alive.
➢ Student lying on the grass Lying on the grass, students have opportunity to enjoy the sunlight, listen to music and
back to nature. Lawn is an essential place in a campus. Looking back on the other lawn of the campus, many students lay on a large area of lawn.
➢ Meeting and blending area Because of the surrounded teaching buildings and dormitories, this area has great
1
2
3
Integrated Sound and lighting
landscapes in that they are created in our minds, they don’t stem from a memory. They
Temporary displays
have about a place. Whilst imagined landscapes are to some extent, like remembered
5
Meeting and blending area
An environment may be built up in our minds as being something it is not. An imagined
imagined landscape
➢ Imagined landscape
Students lying on the grass
Because the present park lacks the cultural landmark, setting up the artistic sculpture, art
Activate with visual art
➢ Temporary art
6
4
potential to become a central gathering place. The second reason is that as the future of light rail will be built in Anzac Parade street, more and more people will enter the school from the college walk, the area is bound to become the influx of flow.
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[Design Process] The park aspect ratio is 1:4, which is a long narrow rectangular area. Considering the main direction of pedestrian Flow from the west of the theater and Anzac pde st entrance, there is the possibility of movement from east to west. Extending the future college walk to connect upper campus is a good solution to the southern traffic. The middle intersection and the corner of dormitory entrance can become the starting and the ening point. Next pondering the future possible function, the area near Hilmer educational buildings will be the future students' main gathering place. Besides, the present lawn area is rectangular, so the movement will pass through. Drawing the possibilty of current path from different directions into the park, and connecting can make the decision of the basic park pathway network.
X
4X
College Wallk
College Wallk
College Wallk
site scale= 1:4
future main walkway
extend + link upper campus
link to main walkway
main flow direction
possible movement
main gathering place
access way
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[Masterplan]
1
Lo Myer Theatre
2
College Walk
3
Main Entrance
4
Conversation Area
5
Art Plaza
6
Long Study Desks
7
Bench
8
Lawn
9
Deck Terrace
Lying in the lawn
ART GARDEN
Conversation
1
2
3
4
6 5
8
7
9
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[Design & Material analysis]
circulation
Openwork metal, wooden seats, raw concrete — all of these materials are repeatedly and consistently used in Alumni Green, uniting all of its zones into one coherent space.
Bench Long civic scaled study desks
College Walk Deck Terrace
Wooden Bench
metal seating
The casualness of the tree-and-plant-enclosed place is important in making the space feel as comfortable as possible. When people feel relaxed, it improves their interactions with others and allows them to enjoy a quick rest between lectures.
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[Cross section]
B A B A
B-B 33/
Lo Myers Theatre
Ring seating
A-A Dorm
Stay in art garden
Walk through imagined landscape
Sun Tem
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barricade
Deck Terrace
Dorm
nken art plaza mporary displays
Dorm
Lying in the grass Meeting and blending 35/
[Planting Design] sidewalk planting
small trees: 4m tall
small trees: 6m tall
tall trees: 8-10 tall(retain current old trees)
shrub
Lawn
Lawn
Lawn
Lawn
thicket
Road Lamp LED buried lamp
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[Lighting Design] Street lights, special event lighting and pedestrian level lights in public spaces are visible vertical elements that should contribute to the character and identity of UNSW. 1. Provide signature pedestrian scale lighting along college walk. 2. Theatre platform include decorative lighting to support a wider range of uses such as gatherings activity. 3.The buried lamp can provide illumination and the low brightness will not affect the students ' rest in the dormitory.
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04. L
Scale
[A design of residential project ] Individual Work Location: Guangzhou, China Project type: Urban Renewal
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[Site analysis]
[Site Plan]
[SWOT]
[Target Group]
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[Design Process]
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[General Layout]
[Economic Indexes]
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05. M
Scale
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06. XL
Scale
[An activation of historical areas] Location: Guangzhou, China Project type: Urban redevelopment
44/
[Urban Design]
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07.
[Other works]
[Photography & sketch]
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This is not the end, but new start...
M: 0402 533 342 E: george.huang.unsw@gmail.com L: https://www.linkedin.com/in/georgeunsw Eastlake, NSW 2018
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