AO ZHANG PORTFOLIO Candidate of MLA University of Pennsylvania Selected Work 2014-2016
CONTENT
Landscape Architecture Design For many, across a range of disciplines, landscape has become both the lens through which the contemporary city is represented and the medium through which it is constructed. —— Charles Waldheim
01 Sharing Habitat
Academic/ Individual Work 14 Weeks
02 Agriculture Corridor
Workshop/ Individual Work 2 Weeks
Design of Bear Swamp in Slate Belt
Design of Guangzhou Pazhou Waterfront
Urban Design 03 Fishing Renovation
Urban Design of Hengmen Harbour
Academic/ Individual Work 8 Weeks
Architecture Design 04 City in Architecture
Design of Lingnan Cultural Museum
Academic/ Individual Work 2 Weeks
Research and Design Ao Zhang Cellphone: 2678815422 University of Pennsylvania
05 The Other China
Email: aozhang@upenn.edu
Research of the Morphology of Food
2016-Present
Candidate of Master of Landscape Architecture
South China University of Technology Bachelor of Landscape Architecture
2011-2016
Other Works
Workshop/ Group Work 8 Weeks
01
Sharing Habitat----Make the Invisible Visible ----Design of Bear Swamp in Slate Belt
Can we make the invisible visible? Can we make the inaccessible accessible? Lehigh Valley is located in the center where wildlife movements frequently occur. So the core habitats in Lehigh Valley is critical and unique. However, they are now isolated and fragmental due to the urban development. Because of the fragmental and ignorance, those habitats gradually become invisible, inaccessible and vulnerable. We are losing those valuable habitats. Through enhancing connections between human and habitats, we could share the habitats and landscape in order to bring not only the environmental stimulator but also the economic stimulator to the habitats and communities. Type: Academic/ Individual work Tutor: Prof. David Ostrich Date: Sept 1th- Dec 15th, 2016. First year of graduate school Location: Bear Swamp, Lehigh Valley, PA, USA
Habitat and Greenway Research Different Kinds of Habitat
Anthropogenic
Reference
Different functions of Corridor
Abandoned
Number of Species
Designed
Cultural
Recreational
View
Habitat
Conduit
Sink
Container
Filter
Human Disturbance
Regional Mapping
Regional Proposal Potential Powerline Connections
Water Pollution
Turn existing powerline into sightseeing trails to attract tourists from Appalachian Trail. Existing Powerline
Collect and Filter water in Bear Swamp to prevent contaminated water from going downstream. Filtration Wetland
Gaps between existing trails
Core Habitat Isolation
Delaware River
Appalachian Trail
Building up new trails along existing powerline to fill in those gaps.
Martins Creek
Proposed Greenway
Bear Swamp Main Roads Corridors and Trails Appalachian Trail Nature Feactures Public Parks Wetlands and Streams Core Habitats
From Bear Swamp, build up corridors to connect with those nearby core habitats. Proposed Corridors
Site Analysis
Site Existing Issues
Bear Swamp is a red maple- black ash habitat which mainly grow along streams. So the water quality here is very essential. However, due to the low elevation of the swamp, all the contaminated water runoff will go into it during heavy rain. The main issue of the water runoff is eutrophication. Also, inside the swamp, there are three kinds of plant communities which makes Bear Swamp a potencial sightseeing and education attraction.
1
There are invasive species growing along the powerline and invasing into the swamp forest.
Site Mapping
2
The main issue in Bear Swamp is the contaminated water runoff from the surrounding farmland and residential area
Transit
1
Both the emergent wetland and the swamp are suffering from the water contamination. 3
2
3 Water Runoff Main Road Powerline Invasive Species
Site Agriculture Residential Area
Black Ash Swamp There is nice view on the quarry hill. However it is wild and abandoned.
Emergent Wetland
Powline Corridor
Powline Corridor
Red Maple-Black Ash Swamp
Quarry Hill
Design Strategy To protect the habitat, a buffer shield will be built up along the edge. Also there will be a main promenade exploring both the swamp and the emergent wetland. Building up 15min loop and 30min loop gives tourist and residents alternative ways to experience the habitat. Importantly, in order to protect the habitat, the central and sensitive area inside Bear Swamp will not be available for tourists.
30min Loop Meadow
Mixed Forest Wetland Entrance
Wet Marsh
Vegetation Buffer
Open Wetland
Bio-retention
Existing Archery 15min Loop
Wetland Entrance
15min Loop
Red Maple-Black Ash Swamp
Pioneer Forest
Major Path
Secondary Path
Sec 4
15min Loop
Visitor Center
Powerline Garden
Walk Way Wetland
Sec 2 Parkinglot
Climbing Path
3
1 Sec 3 Woodland Center
Stream Lookout
4 Open Wetland
Sec 1
Elevated Path Existing Archery Sec 5
2 Emergent Buffer Sec 6 Sec 7 Wetland Entrance
Quarry Climbing Path 15min Loop
Quarry Hill Lookout
Vegetation Swale N
0
350
1050ft
Experience Along the Buffer Combining different kinds of human activities along the buffer area not only give tourists the chance to explore the nature but also limmited the human disturbance.
Sec 3: Riparian Ponds Bird Blind Picnic Spots
Bird Watching
Tree House
Kayaking
Photographing
Pollinator Garden
Biking
Jogging
Education Garden
Sightseeing
Bike Racing
Hiking
Sec 2: Power line Corridor Overlook Flower Garden
Sec 4: Walking Wetland Education Garden Flower Garden
Sec 1: Power line Education Garden Pollinator Garden
Sec 5:Edge of Red Maple Community Tree House Elevated Path Adventure Bike Ways
Sec 7: Open Wetland Emergent Wetland Picnic Pavillion Floating platform
Sec 6: Slate Pile Hill Habitat Overlook Climbing Path
Buffer Design Emergent Wetland
Vegetation Swale
The existing wetland area is suffering from the polluted water. Creating emergent wetland along the river bank to collection and filtrate the water.
Emergent Plant
Open Wetland
Emergent Plants
Mixed Forest
Submergent Plant
Gabion
Existing Agriculture
Vegetation Swale
Shallow Sedge Sensitive Fern
Infiltration
Swamp Azalea
Riparian Buffer
Red maple and Black Ash Riparian Ponds
This area is suffering from Black ash erosion and decreasing water quality. To deal solve the problem, we could remove all the dead trees and make space to build up riparian ponds to clean up the streams.
ents
Mixed Forest
Waste slate as retaining wall
Nutrient
Nutri
This area is suffering from the polluted runoff from the residential area. Remove all the invasive specious and use the clean up space and terrain to build up bio-retention garden.
Power-line Buffer
Bio-retention Garden
Amphitheatre
Pollinator Garden
Remove all the invasive specious and use the clean up space and terrain to build up bio-retention garden.
Sensitive Fern
Chem
icals
Over flood basin Shallow Sedge Nutrients
Root Bag Ball
Water Runoff
Filtered Infiltration
Emerald ash borers and low water quality cause death to trees.
Remove the dead trees and build up riparian buffer of streams
The buffer ponds will eventually become new habitats for animals.
Polluted water runs cross the power-line and drains into swamp.
Remove existing weeds and create terrain, build up new biological chain
Polluted water could be cleaned up.
Having fun along the power-line
Sightseeing in the open wetland
Bird watching around the riparian buffer
Exploring the forest via elevated board walk
Yuanda Building
02
Agriculture Corridor ----Waterfront Design of Pazhou
Pazhou used to be the farming land of Guangzhou, which produced local fruits like lychee, banana and strawberry. However, as time goes by, the amount of agricultural land was reconstructed into commercial area. Thus, the memory of agriculture is losing. This project aims to bring back those memories and combine it with landscape to provide an extraordinary public space for surrounding residents.
Agricultural test center
Huangpu Canal Water Park
Xinghewan Building Modiesha Canal
Agricultural Research Insititution Type: Workshop with UC Berkeley/ Individual work Tutor: Prof. Peter Bosselmann, Prof. Yimin Sun, Chunyang Zhang Date: Jan 6th- Jan 20th, 2015. Year 4 Location: Pazhou, Guangzhou, Guangdong, China
Cinnamomum Camphora
Lychee Tree
Oppein Building
Landmark Plaza
Manago Tree
Xinghe Community
Magnolia grandiflora
Serious Urban Issues
Existing Plan 1 Exisiting agricultural land
Nowadays, the enviornment in Pazhou is inferior which not only suffering form the flooding but also the lack of public space. Moreover, the agriculture memory is disappearing and the villagers have lost their jobs. For further urban development, a better social and ecologic enviornment is neccessary.
2 Exisiting abandoned area 3 Exisiting canal 4 Exisiting research buildings 5 Exisiting village
6
6 Exisiting tree square 50-year flooding zone 100-year flooding zone
Agricultural Fabric Time Line
Terrain Analysis
After 2000, the amount of agricultural land kept decreasing, because the rapid urban development.
According to the climate, terrain and solid data, the site is suitable for agriculture development. On the other hand, it is not suitable be constructed with high-rise buildings because of the solid soil and flooding issue. Low-lying Land Analysis
2000
Agriculture: 23.87%
Aquaculture: 9.28%
5
Average 2004
Agriculture: 22.14%
1M - 2M Below
Aquaculture: 3.57%
2M-3M Below
Agriculture: 16.43%
2007
4
Aquaculture: 2.85%
1
2010
3
Solid Stability Analysis
Agriculture: 7.57%
Very Stable
Aquaculture: 2.51%
Stable Not Stable Agriculture: 2.14% Aquaculture: 1.42%
2014
Aquaculture
Pollution Analysis
Agriculture
APR
MAR
The climate in Pazhou is B qulified for agriculture.
Slope Analysis
FE
MA Y
JAN
JUN
Number of Exsiting Villagers
JUL
0
2
1%< t< 2% t> 2%
100
C DE
Number of Farmers AU G
Air Quality Index Good Normal Bad
Villagers Situation Analysis
t < 1%
Density(Îźg/mÂł) NO V
P SE OCT
SO2 NO2
100 people
Monthly income of farmers
100 dollars
N 0
200M
Establish Connections
Scattered Pattern
Add connections between Green Space
The landscape pattern in Pazhou is scattered and the main canal is abandoned. To renovate this landscape structure, the project constructs multi-functional public space along the canal and uses them to connect different landscape pattern. Also water in the canal is diverged into different public space, not only provide characteristic parks but also relief the flooding issue.
1 New agricultural land
5 Canal Plaza
2 New residential parks
6 Historical architectures
3 Canal
7 New water park
4 Landmark Plaza
8 Research buildings
Combine with Characteristic Agriculture and Make profit
9 New office buildings N
0
8
25
100M
9
9
9 2
4
2
3
2
5
1
7 6
9
9
9
8
8
9
Edible Park
Working Flow
Combining farm-to-table with edible landscape could not only provide fun and fresh food to residents but also can have profit by selling fruits and vegetables. For selling strategies, citizens can go to the park, picking fruits by themselves or ordering the food though Park App and waiting for the delivery. Moreover, considering growing season of different plants, the park would also host seasonal festivials.
Profit from Food
Hire
Reduce Taxes
Government
Agriculture Daily Arrange
Sponser Founding Money
Sold on Park-Maket
Invest Money for Researches Data from Sensors
Fond Flow Material Flow Information Flow
Data for Researches
Farm to Table
Products
Notice on App
Order and Delivery
Products Situation
Research Insititude
Air pathway and Service construction Greenhouse
Greenhouse
Greenhouse
Irrigation Canal Connect with Modiesha Canal 2
3
3
1
100 Years 50 Years Usual
4
4
Multi-height Agriculture
4
Site Base Cafe 1 Entrance Square 2 Cafe 3 Agricultural Market 4 Greenhouse
Strawberry & Tomato
Banana & Soybean
Lychee & Oleracea
Luffa
Water Spinach
Educational Farmland
N 0
20
40M
Market Market
Laminated Ecosystems
Planting Calendar
Urban landscapes are designed as laminated ecosystems since some plants are optimal remediators of air and water pollution, while others favor nutrient cycling and soil husbandry or integrated pest management.
Lychee Banana Melon Strawberry Tamato Lotus Root Oleracea Soybean Pepper Luffa Water Spinach Hyacinth Bean
Habit
Jan
Feb
Mar
Apr
May
Jun
Jul
Aug
Sep
Oct
Nov
Dec Heliophile/ShadeRequiring Dry/Wet Hign/Low Temperature Plant Seed Flower Harvest
Events Permaculture Classes Lotus Festival Farm to Table
Cinnamomum Camphora
Lychee Utilizing Alee-trees such as Cinnamomum Camphora to remediate the pollutant from main streets.
O2
Utilizing nutrient accumulators and nitrogen fixers to fix the soil.
Soybean
Utilizing companion planting to increase the production and prevent disease. 250
CO SO
O2
O2
100
Pollutant Remediation
Outlet Pipe Impermeable Layer
N2 Nutrient Accumulators
300
N2
400
Provide Shade
300
N
Oleracea
Irrigation Pipe
Lychee
Oleracea
Provide Nutrient
Main Irrigation Pipes
Intensive Agriculture
Landscape Module
Greenhouse Construction(MM) 1500
Rain Water Collecting Vertical Planting Muskmelon
Exhaust Fan
5500
Pepper
1000
From theory of permaculture, companion planting can improve the production. According to 4 disparate companion planting, the project designs different characteristic landscape modules. Because of the plants, when people go through each module, they will have various spatial feelings.
2000 1000
400 400 400 400 400 400
2000
Irragation Pipe
Sewage Tank
Greenhouse
Luffa Pergola
Educational Agriculture Vertical Planting Data Sensor
ulture
le Agric
n Canal
Irrigatio
Plaza Water
ive Intens ion Pollut
lture
Agricu
iate
d Reme
Strawberry & Tomato
Water Spinach
Lychee & Oleracea
25 M
25 M 25 M
25 M
Floodab
25 M
Banana & Soybean 25 M
25 M 25 M
25 M
12 M
Oleracea Lychee
25 M 25 M
Water Spinach
25 M
25 M
25 M
40 M
25 M
Tomato Strawberry
25 M
25 M
Soybean Banana
25 M
25 M
25 M
03
Fishing Renovation ----Urban Design of Hengmen Harbour
Hengmen was a famous fishing village during Qing Dynasty. However, because of decline on the fishery income and flood hazards, Hengmen gradually become a "dead city". Based on the research, my design indicates to develop Hengmen Harbor with tourist exploitation by founding fishery characteristic commercial settlement and wetland aquaculture area. This could not only bring extra income to local people but also tackle the flooding issue. Honor: Third Price of Pubang Landscape Scholarship Type: Academic/Individual work Tutor: Prof. Juanyu Wu Date: May-July, 2015. Year4 Location: Zhongshan, Guangdong
China
Guangdong
Zhongshan
Hengmen Today 98 annual decrease $2,000 /person Annual income
Population of Hengmen Habour
Number of fishery workers in Hengmen Habour
300 people
Economic Analysis Output Value of Zhongshan billion
Fishery
Tourism
2
Propotion of gross ouyput value
1
2001
2015
15.6% Fishery 37.5% Tourism
$30,000 /boat Annual income of tourim $6,000 /boat Annual income of fishery $50,500 /km² Annual income of marine aquaculture Tourism and Marine aquaculture can bring great profit and job oppotunities to the Hengmen.
Recalling Memory of Fishing Village
Strategies
As the formal districts is lack of connection. The harbor area is designed to follow the future urban transport fabric to give access for residents around. Moreover, compared with the formal space of the commercial area, the new designed harbor space is more kindness and suitable to the historical fabric. And also new public space is added to the harbor. This not only provide different urban infrastructures but also manage and purified the water.
1 Water Plaza 2 Wetland Park 3 Entrance Plaza 4 Water Platform 5 Performance Platform
Before Flooding Zone
After
100 Years 50 Years Building up multifunctional levees to prevent the sea tide.
Daily Tide
2
Pedestrian Circulation
6 Greenland Platform 7 Business District 8 Shore Water
Daily Tide Follow the city fabric and provide access for residents to the harbor and seashore.
3
N 0
20
7
100M
Car Circulation
Founding circulation around the harbor
8 4
2
5 2 3
Land Use
Residential Commercial Industial Greenland Changing the low benefit commercial area into Greenland in order to prevent flood 6 7 1
Open Space
Public Area Greenspace Farmland Creating public space around the harbor for residents and also to prevent the flood
3
Multifunctional Levees Multifunctional levees are built in order to prevent the commercial area from flooding. Different from the formal levees, those new levees are combined with urban infrastructures, such as rain gardens, performing stages, wetland garden and so on. Also some water plaza along the shoreline can be flooded to store water.
Performing
Reading
Sightseeing
Shopping
Souvenir
Eating
Office
Public Park
Argriculture
Aquaculture
Water Plaza
Car Lanes
Cycleway
Platform Garden Rain Garden and Spectatory
Platform Garden
Rain Garden and Spectatory
Water Plaza
Historical Floodable Houses
Historical Floodable Houses
Water Plaza
Fabric
New commercial fabric shows respect to the old fishery fabric while also adding more public space
Formal commercial Street
Oversized
Old Fishery village
Lack of Public Space
Public Space
Typology
Water Analysis
The new architectural and landscape typology utilize the fishing elements and building styles of historical huts.
Bamboo cornice
Built on stilts
The harbour would produce 10000t sewage every month.
sotto portico
Average living sewage per month
Average sewage from aquaculture every month
Average rain water per month
Average rain water per month
Bamboo Corridor
Comprehensive Commercial Habour
Diverse Activities
Luffa Arbour
Agricultral moduel
Lychee tree Square
City
300t
1000t
Water Management
Detailed Plan
The waterfront wetland corridor is consisted of heavy metal filter pound, horizontal subsurface constructed wetland (H-SSCW), vertical subsurface constructed wetland (V-SSCW) and also the aquaculture pound. This wetland corridor can not only store water during heavy strom, but also purify the sewage.
N
0
20
50M
V-SSCW
1
1 Heavy Metal Filter Aquaculture Pound
H-SSCW
Subsurface Constructed Wetland Construction 200 MM Inlet Pipe
2000 MM
2
Water Distribution Layer Clay Fine Sand Coarse Sand Detritus Gravels
2
V-SSCW H-SSCW
Heavy Metal Filter Aquaculture Pound
3
H-SSCW
3 Heavy Metal Filter
100mm C20 Concete Impermeable Layer 100mm C15 Concrete 100mm Lime Soil Earth
V-SSCW
Permeable Brick
Purification Sewage Collected and Sedimented Rain water
Heavy Metal Filter Pound
Aquaculture Pound
Using hyper accumulation plants to filtrate the heavy metal
Using stratified aquaculture to increase benefit and also absorb nitrogen and phosphorus
Pedestrian Collecting water to the rain garden along side
Rain water
Living sewage
Filter medias. especially for nitrogen and phosphorus absorption
Pedestrain
H-SSCW
Pedestrain
Water flow from one side to the other though roots of plants Especially for Biochemical Oxygen Demand and Chemical Oxygen Demand abasement
Discharge the water to the sea after purification
Rain water
Rain water
Impounding reservoir Sedimentation tank
V-SSCW
Silver carp Sprawn Crab & Oyster
Plants Arrangement
Hyperaccumulator Plants Azolla imbricata
The waterfront wetland corridor is consisted of heavy metal filter pound, horizontal subsurface constructed wetland (H-SSCW), vertical subsurface constructed wetland (V-SSCW) and also the aquaculture pound. This wetland corridor can not only store water during heavy strom, but also purify the sewage.
Typha latifolia
Eichhornia crassipes
Arrowhead
Juncus effusus
Phragmites australis
Canna indica
Miscanthus sinensis
Arundo donax
Zizania latifolia
Cyperus alternifolius
Water Iris
Russelia equisetiformis
Iris pseudacorus
Oenanthe javanica
Algae
Hymenocallis littoralis
Zephyranthes candida
Oysters
Silver carp
Mussel
Prawn
Aquatic Plants
Aquatic Products Crab Kelp V-SSCW
Aquaculture Pound
Heavy Metal Filter
1-1 Section
Rain Garden
Rain Garden
Rain Garden
Water Plaza
Rain Garden
Rain Garden
2-2 Section
H-SSCW
V-SSCW
Aquaculture Pound
Rain Garden
Rain Garden
3-3 Section
04 City in Architecture ----Design of Lingnan Cutural Museum
This project is trying to find out a new relationship between city and architecture. Landscape, street and buildings are used to define urban space. However, is it possible to use them to found up particular spatial feelings in architecture? The project recombines those elements to establish the traditional urban space of Lingnan City in order to provide a better visiting experience. Type: Academic/ Individual Work Tutor: Prof. Yu Daxing Date: June - July, 2014. Year 3 Location: Guangzhou, Guangdong, China
Walk in Tranditional Lingnan City
Exhibition Room Design
The exhibits are tranditional Lingnan art works. Thus, this project aims to provide a convention enviornment for visitors to have a better understanding of those exhibits. Moreover, visitors could also go through the second floor corridors to have a close look at the exhibits.
The exhibition room design utilizes different building units to symbolize tranditional Lingnan architecture mophology.
Museum of Convention Art Works
City Mix with Architecture Formal architectures sometimes depart from city and landscape Landscape City Arch
In the future, the architectures will also have city functions and space. Arch & City & Landscape
Froming Process Connect with Water
Follow the Circulation
Suit the Terrain
Shop & Office
Add City Functions
Combine with Courtyard andStreet Space Shop
Restaurant Exhibition Lounge
Second Floor Corridor
Space Mophology Air Corridor
Between Walls
Public Square
Exihibition Room
Provide connection between exihibition rooms
Have exihibits on the walls
Provide space for public activities
Sunlight comes from the roof
Courtyard
Lecture Hall
Public Reading Room
Historical Video Room
Exhibition Room
Dim Sum House & Cantonese Opera
06
Research: The Other China ----Study on the Morphology of Food
China might be about to face the biggest human migration ever. On 17th Jan, 2012 the National Bureau of Statistics of China officially stated that Chinese urban population surpassed that of rural areas for the first time in the country' s history. However, can farmland be given the chance to compete with the apparently un beatable attractiveness of cities? Can technologies of farming provide a wider panorama to a not-necessary urbanised population? Type: Workshop/Group work Tutor: Ruggero Baldasso Groupmate: Xie Linshen, Suhao, Yuyiwei, Liu Shichao Role: Group Leader Contribute: Future Agriculture Fabric Design, Data Analysis, 3D Models Date: May-July, 2015. Year4 Location: Jilin, China
The Other China
Large Area with Poor Effciency
Data Comparison
(Done together with Xie Linshen)
Though China has the most abundant farming land, its agricultural value and efficiency are much lower than America and Europe. That is the main reason that impels farmer immigrate to cities.
Exsiting Agricultural Fabric of Jilin (Done together with Xie Linshen)
Rural Population
0
500
1000
2000
46.8% 635 million Agricultural Land
18.7% 59 million
25.6% 130 million
54.8% 5145530 km² Arable Land
44.6% 4087065 km²
44% 1865835 km²
17.9% 11.3% 1059200 km² 1551075 km² Cereal Production
10.2% 1107144 km²
5000 M
19.9% 552 876 400
15.7% 436 553 678
11% 308 379 510
metric tons
metric tons
metric tons
Agriculture, Value Added(% of GDP)
1.3% 10.1% 210.1 billion 831.1 billion Farmer Income per Year
1.6% 276 billion
$
$
$
6909
118 373
25 782
US Dollar/household
US Dollar/household
US Dollar/household
84.25 km²
129 040 km²
Greenhouses
27 600 km²
New Technologies and Higher Production
Future Strategies
In the future, attraction towards farmland will de increased by improved agricultural productivity, job opportunities, environmental sustainability, material and immaterial infrastructures, health and education facilities. Thus, the future fabric of Agricultural land will demonstrate different farming technologies.
Fish Pound Storage Water can be stored in the fish pound during heavy rain. When dry period comes, it can be used for irrigation and life, which is beneficial for the growth of the crops. Muberry Fish Pound Greenhouses
Future Agricultural Fabric of Jilin (Done together with Xie Linshen)
0
500
1000
2000
5000 M Canal
1 8
Food Processing Factories Constructing the food processing factory near by the farm land can save time and money of the extra transportation. The byproducts from the factories, like CO 2 , heat, can be reuse in the greenhouses.
8
4
Greenhouses
3
2 Storage
6
Distribution Center
Food Processing Factories
Future Fabric Explanation 1 Future City Fabric (Reference from OCEAN CITY, Kiyonori Kikutake)
5
2 Circular Agricultural land (Reference from new irrigation technology) 3 Linear Agricultural land (Reference from new farming machine) 4 New Technology Aquaculture land (Suit for the river) 5 Historical Town (Preserve those old towns as tourist spots) 6 Greenhouse Complex (Set together all those greenhouses for arragement) 7 Food Processing Factories and Storages (Set up near the transportations) 8 New high way and train line (Set up for easier transportation)
Other Works
Merge
------Design of Architecture Department Type: Academic/Group work Tutor: Prof. Lin Jiayi Groupmate: Zhou Xieyang, Liu Ke Date: May-July, 2014. Year3 in SCUT Location: Beijing, China
Media
------Topographic Analysis Type: Academic/Individual Tutor: Michael Luegering Date: First Year in UPenn
Slope Analysis w/ Lines (< 5 degrees)
Slope Analysis/ Mesh Color
Slope Analysis/ Mesh Color
Buoyant City
------Landscape Design of Sugacane Chemical Factory Type: Workshop with RMIT/Group work Tutor: Prof. Lin Guangsi, Prof. Charles Anderson Groupmate: Li Hongfei, Guo Yantong, Matthew Kneale, Michael Ouzas, Sha Ling, Shen Xinxin Date: Spet-Nov, 2015. Year5 in SCUT Location: Guangzhou, Guangdong, China
Play with Cats
------Design of Cat House Honer: Third Price of National Cat House Competition Type: Competition/ Group Work Groupmate: Zhou Xieyang, Gao Kai, Liu Jing Contribute: Main Idea, All the Graphic Design, Model Construction Date: Dec- Jan, 2015. Year 4 in SCUT