QIAN CHEN PORTFOLIO Selected works 2017-2021
PROLOGUE "In pursuit of communicating with the land then expressing it." This was the reason why I was fascinated by landscape architecture. At my young age, i was curious about the earth, the nature, the environment etc. So i decided to choose Landscape Architecture as my undergraduate major. When i study further, i found that my world became wider. I discovered that field related to environmental psychology,sustainbility, ecological restoration, cultural heritage, urban design and so on, which is attractive to me continuely. From my perspective, landscape architect like a land magician or natural agent, who can communicate with the land and try to make a balance between human and nature. I spent four years in my college life exploring this. There are so many factors should be considered such as time, plant, climate, people's behavior, animals and so on. Everything is alive. In this portfolio, i would like to express my comprehension of space. I believe that the design is not just for the human beings but also involves the complex issues and relationships between the living (the minority like children) and inanimate things ( historical relics, fires, floods). The role of designers was to continue their journey or tell their story (identity) to the ordinary people.
Contents 01 GO! PLAY! Child-friendly City| Pattern Language
02 MUTISENSORY MUSEUM Historical Landscape| Healthy City
03 TO REVIVE Ecological Restoration| New Agriculture System
04 LIVING WITH WATER Waterfront Restoration| Resilient Community
05 OTHER WORK Physical Models| Manufacture | Hand Drawings| Phoptography
Background Analysis UNICEF Child Friendly Cities Initatives
01
Go! PLAY! "Children are indicative living creatures, and if we can build a great city for children, we have the power to build a great city for everyone."
Type: Individual work Site: Taipei City ,Taiwan Instructor: Hsiangchuan Ou Area: 4.0ha ( Design ) , 275 ha ( Planning ) Duration: 2020.9- 2021.5 (Graduation Thesis and Design)
Introduction: Nowadays , the traditinal playgound which is simple and unathietic fufilled the city. People always ignored the true demand of children in the city life. However, the childhood is a important time in a human's life , and adults should realize that a great city for children can be a best gift for the whole citizens . This project devoted to a child-friendly urban planning and try to creat a expenrimental playgound as wild club in the city . Children can not only develope their physical condition but also experience diverse natural enviroments in the city .
-- Enrique Penalosa, former mayor of Bogota, Colombia MAP KEY CFCI in Design Current CFCI
Canning equipment
Streetplay
Playground Revolution SITE Taipei Co-prosperity Elephant Slide playground Natural play
Site Analysis Lack of space for children to play in the city 0
250M
Issue
500M
750M
1000M
Urban Scale Children's play space in the city is limited and most of them are used for adults
MUZHA WENSHAN
800m2
PARK
40000m2
TAIWAN
250M
10640m2
250000m2
2%
DISTRICT
510m2
1200m2
4549m2
4.8%
0.48%
Muzha Park
130m2
2.8%
Jiancheng Park Shute Park
Daan Forest Park
Large Park
The function of playground tends to be simple and repetitive Canning equipement Lack of color aesthetic and humanity Plastic mat Lack of plants and natural perception
500M
Children lack the experience of environmental cognition Home A day for a child
Legand Gathering spots 15-minutes life-circle 750M
MRT Y3 line (not finished yet) School path for children Ratails and stores Service institution Schools Residential area Green land and parks River
National Chengchi University N
5 DISTRICTS
0
Math
Community Scale The separation of the school from the surrounding space
Residential Shop
School
Factory
Lack of natural space to play ?
Children's activity space in city is distracted
playground counyside DISTRICTS
Music
School
English
School
BEITOU
SHILIN
NEIHU
NANGANG
WENSHAN
WANHUA
DATONG
ZHONGZHENG
10
ZHONGSHAN
15
DAAN
20
XINYI
25 Distribution Number Of High Schools and Primary Schools in Each District SONGSHAN
BEITOU
SHILIN
NEIHU
NANGANG
WENSHAN
WANHUA
DATONG
ZHONGZHENG
ZHONGSHAN
DAAN
XINYI
Proportion Of Schools Below Senior Middle School in Taipei (%) SONGSHAN
14 12 10 8 6 4 2 0
Piano
shop park
Pattern Laguage For Children-play What do children need in their growth pocess? -Physical Development ens
e
pro
Open
p
r io
Ves t
tio n
nt
Soft
S ta t
as on
ic perce pt i
re and expe
Pathless
ri
ce
Cavernous
lo xp
Lighting
en
rd
ev
elo
pm en
t
G ro s
sm
ot
o
-Mental Problem Of Morden Children
e
Physical rele
to
r
mo
Dizzy
E
el o
fi n e
pm e
Convoluted
v de
Soft
High and low
cep
ibu
l
s ar
-Requirement and Space
Pushed by adult
Depression
Ecological Unsafe relationship
Anxious
Colorful
Society Disorder Interactive
Diversified
Lack of communication
Narrow
Lack Of Social Skills Shaded Lack of Social Relationship
Proposed Urban Planning Based on Child-friendly City NI
River
MU
CE
Green space
COM
L GREE NS PA
L
Road
XIALUN COMMUNITY Co-aged play Excercising and rest Social developement and bond with each other.
G IN A
O
Y
RE
O
SC
H
T
Lagand
T
PLAY
ST
RE
E
MUZHA PARK Natural play ,sensory perception Adventure play Observe the fireflies and other
MINGDAO ELEMENTARY SCHOOL Flexiable and diversity Modular equipment can be considered . Set the pedestrian path for chidren to ensure their safety.
LANE 46, SECTION 4, XINGLONG ROAD NO CARS in weekend .Flexiable games , the street furniture can be used as a part of play Planting design is playable and special The wall of the park can become a climbing space.
Strategy1 Multi-age Space
Strategy2 Different Functions Of Playing
Playground is not only for children but also a place can bring a joy to everyone, which is also a support for society.
Allow your child to experience different types of games and challenges physically and mentally.
Strategy3 Different Environments For Play Involve the children in different enviroments such as histrical land , wild forest ,waterfront or street . wild forest street
mind
waterfront
social body
sand
Design Process
Step 1 Reshape landfill
Step 2 Form the mini-nature environments
Step 3
Step 4
Step 5
Increase the diversity of plants
Diverse paths for exploring
Diverse approaches to play freely
Play Street
Climbing hill
Xinlong residential
Axonometrical Drawing
Bush island
Ferns maze
Forest island
Skating court
Outdoor cinema
Lawn
Tennis court
Play plateform
Sky Bridge
Sky Bridge
Ferns maze
Subentrance
F C
Land Temple
B
A
Underground Parking
U-biking stop
E
Main Entrance
D
N Xialun Community
Node Design What kind of wild environments children can exposed to ?
Sand River
Shrub Island Climbing Net
Backyard
Fern Forest
Sky Bridge Lawn
Bushes
Land Temple
Outdoor Seat
Entrance
A Shrub Grassland
Microtopography,Sand as river to explore, Seasonal garden
B Ferns Maze
Microtopography,Ferns habitat as a forest ,a maze ,Recognizing with insect's perspectives
Wooden Stake Floating Bridge
Insect Investigation
D Wetland Perception Fireflies habitat , Insect investigation
Wooden Stake
Coasting
Ecological island
C Open Cinema Co-aged recreation, Amphi-theater Branches Of the Tunnel Rope Line Game Climbing Wall Ivy Gallery
Slide
E Forest Skybridge
F Ramp Game
Wild forest adventure in differrent levels of plate form to approach the conopy, land, water
Diverse slopes to experience ,refresh the edge of park , expand the natural and play into the city life
Detail Design
Aromatic Edible
Colorful Touchable
Specially Shaped Evergreen
Forest Island 10 m
Cassia fistula L.
8m
6m Liquidambar formosana 4m Tabebuia chrysantha (Jacq.) Nichols. 2m Casuarina equisetifolia L. Codiaeum variegatum var. pictum forma Prunella vulgaris L. platyphyllum
草 0m Wood chip
Ferns Maze
6m Asplenium nidus Bischofia javanica
4m
Rhapis flabelliformis L' Her ex Ait. Hort 2m
Lepisorus thunbergianus Ching Asplenium trichomanes L. Pyrrosia adnascens Asplenium
0m
Wetland Floating Bridge Floating island 2m 1m 0m
Nymphoides hydrophylla Saururus chinensis Oenanthe javanica Ceratopteris thalictroides Thalia Equisetum hyemale Lythrum salicaria
Multisensory Museum
The high-tech industrial foundation of Liuran's factory to establish Hsinchu's industrial status
Site: Hsinchu City ,Taiwan Type: Individual work Instructor：Weikuang liu Area：4.0ha Duration: 2019.9-2019.11
1957
The factory was abandoned and started to be used as Military dependent' village
The sounds of an environment should not be something that we try to block out, but rather something that we value <BioScience.2011>
Introduction: The sixth fuel factory in Hsinchu has become a relic in the Japanese era. Here , it seemes to be abandoned by people but also became a paradise of biological growth. As the youngest city in Taiwan, the most people are under the pressure and suffering from some potentical health problems. So it may be an opportunity to transform the role of the site, involed in the urban context , create different sound based on the natural enviroment and the heritage structures to provide a multisensoty museum to the citizens today.
2012 The factory was abandoned and started to be used as Military dependent' village
2014 now
The place was listed as a historic buildings
The place was abandoned and the role shuold be transformed
R.O.C govenment relocation Japanese Occupation Period
02
Military dependents' village
1933
Historical Context Analysis
Site Analysis
Euploea eunice
Honeybees
HsingChu
Go
Site
East District
Taiwan
Hypolimnas bolina Pentatomomorpha
ng
+The former Imperial Japanese Navy's Sixth Fuel Factory
Creature
da
o5
th
Air raid shelter
Psilopogon nuchalis
Ro
ad
Passer montanus Pycnonotus sinensis
Dendrocitta formosae
A
FuDe Temple
B Rhacophorus moltrechti
D C
Catalyst factory area
Garrulax taewanus Zosterops japonicus
Lo
ng En Riv er
+It has been used as a military warehouse
Veterans Services Center
Chenggong lake +Rich biodiversity,including butterfly garden and trees around there
18 Peaks Mountain Park
National Tsing Hua University
Plant
+well-known university in Taiwan
JingCheng Village +The military dependants' village
The widow floor
+As soon as the militar y village residents first enter the building
Big chimney +Power plants +Important World War II relic
Structure
Water
Topography
Demand Analysis
Stress and annoyance Health and positive affect
People today need more space to release thier pressure
600m
25.6% 102659 400m
Water Sounds
25.9% 103676
Xiangshan District
7.2% 29022
Universities
Health care center
Design Concept
Relax
41.0% Middle-aged 164427
East District
Working company
(6)
(5)
Site
Mixed natural sounds (32)
(32)
Exercise
Workers
(11)
Natural sounds vs noise
Escape
(18)
(32)
Natural sounds vs no sound
Walking the Dog 0.3% 1275
Teenagers
Tank Echo
More natural sounds vs fewer
Calm Down
College student
Forest
Bird Sounds
Walking
200m
Schools
(23)
(18)
Golden age
Stream
(10)
(21)
Memorize History -2
0
2
Mean effect size
Site Elements and Sound Resources
Request
Depression in Taiwan (%)
North District
8
Natural soundscape park provide a space of spiritual clarity and rest
Soundscape Ecology Framework Before
Step2 Recreate the Soundscape
W ind Le a
ve
Unitary,Diversity
Gathering Recognizing
sR
a in
ing Wate r
ie s
Extend the Soundscape to other sensory landscape
<Soundscape Ecology: The Science of Sound in the Landscape>
Merged,Relaxed
Extending Emerging Unapproachable
fl er
Separated,Annoyed
tt
Step3
Multisensory-experience
B
Enjoy and Inmmerse
in the natural melody
Ins e ct s B u
Climate
Digging Isolated,Massy
e e s H ills s Tr St r
Activities Policies Economics Values
Preserving
ird
Human
Landscape structure
Soundscape
Signal composition Sound diversity Sound intensities Temporal cycles
Step1 Environmental Rehabilitation
ms
Species life-history patterns Population and community dynamics
ea
Natural
After
Forming the Landscape
Master Plan
3 Memorial Wall Main Entrance 2 Memorial Corridor 5 Forest Platform 6 Tree Rooms Sound Library 7 Central Island 8 Sloping Roofs For Water Collection 9 Meditation Land 10 Insect Island 11 Winding Path 12 Sub Entrance 13 Underground Tunnel 14 Audience Seat 15 Amphi-theater 1 4
1
14 15
+39
A'
Respond to the history axis
+38
noise
3 2 buffer
4
+41
quiet
+43
11
B'
A
+43
Connect +41
+38 +37
create
cut
+36
6 7
13
collect
5
+35
12
+38
B
D'
gather 10
sound spot
C'
Merge in the nature 8
D 9 +41
C
N Final plan
0
100 200
500（m）
Detail Design
Indoors and outdoors, human and nature's relationship
Indoors
Open
Semi-open
Node A
Node B
Memorial Wall Forest Library
Tree Rooms
Node C Water Meditation
Node D
Node E
Wetland and Insect Island
Amphi-theater
Plan
Memorial Wall Green Roof
Memorial Corridor
Sound Library
Tree Room
Entrance Ramp
Meditation room
Outdoor Seats
Floating Bridge
Water collect roof
2050HZ
Urocissa caerulea
1500HZ
Pomatorhinus musicus
1342HZ
Lophura swinhoii
2198HZ
Kurixalus eiffingeri
1582HZ
Hylarana latouchii
4446HZ
Sylvirana guentheri
3500HZ
Alcippe morrisonia
1826HZ
Dicrurus macrocercus
3700HZ
Garrulax taewanus
3150HZ
Passer montanus
8000HZ
Pycnonotus sinensis
1520HZ
Dendrocitta formosae
6050HZ
Rhacophorus moltrechti
1000HZ
Zosterops japonicus
Sound Type
Psilopogon nuchalis
Model
3250HZ
Activity Memorize,Reading
Yoga
Investigation Sunshower
Meditation
Listen to the rain
Phototaking
Performing
Detail Design Sound Of Raining
Dicrurus macrocercus/ 3500HZ
Pomatorhinus musicus/ 2050HZ
Sound Of Birds Sound Of Waterfowl Garrulax taewanus/ 1826HZ
Sound Of Frogs
Rhacophorus moltrechti/ 1520HZ
Section A Memorial Wall & Forest Library
Lake
Library
Corridor
D Wetland and Insect Island
Memorial wall
JianGong Road
Hill
Insect Island
Path
Lake
Detail Design
Memorial Corridor
C Water Meditation Place Iron
LED Lighters
Hill
Lake
Lawn
Meditation place
Year of history
B Tree Rooms Perforated plate (Good Transmission Of Light)
Lake
Waterfront
Tank B
Forest
Laser Model Scale 1:300 900mm*1200mm Tank A B Tank A
Tank D
Bird View
Tank B
Tank C
Tank B
Tank C
03 To Revive
Introduction: Utilization of peatlands for agriculture in Indonesia has a long historical foundation. Nowadays, indigenous peoples have been growing into large plantations managed modernly Type：Team work Collaberator：LinLing Shi to get a better income like palm oil plantation. Thus The peatlands were badly damaged, peatland fire raging. Without an Instructor：Wei Lin appropriately management, water level, wild fire, and biodiversity Area：20ha are damaged greatly, which also troubles to the production and Site：Bengkalis ,Riau life of the residents. Province in Indonisia Role in team: Mapping We are committed to reducing the incidence of peatland fires and Framework,Master plan, providing local people with a better way to improve economic New agriculture system, efficiency and restore biodiversity Rendering analysis
SITE
Peatland fire has became more and more serious problem in Indonisia.
The peatland in Indonisia is aboudant . And the ORIGINAL Toatal peatland area =14.9 million ha Total peatland Carbon dioxide emission Peat Decomposition =3417,35Gt c/yr Peat Fires =499,389Gt c/yr
Peatland development became a necessity of life Annual household income
RIAU PROVINCE Legand
$800
Poverty line Palm oil farmer
2
73t CO /ha /yr 55t CO2/ha /yr
1.6% of GDP 4.5 millon jobs $350
NonPalm oil farmer
2
20t CO /ha /yr
the Anthropogenic impact on Natrual
PEATLAND ? How To Ensure the livelihood of Farmers?
Plantation area in thousand hectare
Smallholders captured More than 1/3 of Palm Oil production
40t CO2/ha /yr
How To Alleviate
Palm oil in Indonisia contributes:
$6000
7.3%
9000
Govenment
8000 7000 6000 5000 4000 3000 2000 1000
34.1%
Smallhoders Govenment Investment Privatesector Investment Total
Private sector 58.6%
Smallholders
Site Analysis
Framework For livelihood
Exploit peatland for plantation
Peatland (Oil palm plantation)
Field waterway
Canel Sub-collector Main waterway
Waterway
Collector
Monoculture
Biodiversity Declined Destroy the ecological Balance
Peat Exposed
Water Clogged waterway management
Covered Exposed Peat
Replant
Low income
High Efficiency Agricultural Method
Diversified Planting
Stretegy
Detail
Groundwater decline Detail Method
Detail
Reduce the Exploitation of Peatland
Unreasonable Deforestaion
Drainage
For Economy
Farmers
Control Structure (Ecological Dam)
Create Moss Habitats
Fishery and Agricultural Systems
How was peatland destroyed gradually? Slush-and-burn destruct the primitive forest
Fire broke out in the peatland
Oil palm invade peatland Drain the peatland CO2 Drain the water in the peatland
Peatland humidity decline
CO2
CO2
CO2
CO2 CO2
O2 O2 C
Underground Water Level
C
O2 O2
C
C
Strategy
Master Plan | Peatland Moss Habitat Layout
Fishery and Agriculture System [ Detail design ]
Fishery belt
Waterway +The function of peat moss Peat moss has high water holding capacity and good air space which can absorb 10-25 times water as much as its dry weight
Mosses habitat
Peat moss habitat
Oil plam field
Peat
Diversified economic plantation belt
Peatland Mosses Habitat Design
Peat moss is in high marsh
[Principle] Moss
0.15m
Peat
2.0m
Dry
Dry
Wet Peatland water level Peat Forest
Peat moss habitat
[Scale]
[Connection]
200 150
100 100
120
150
200
120
(cm)
How To Cut Off Peatfire
Path for exposed peat covering
[Processing]
Concept
Fire
Fire Fire Before Stage2
Start to retain water
Improve the undergroundwater level
Stages
Stage1
After Stage3
Gradually peatland was in restoration
Peatland Restoration New Agriculture Mode Layers
Processing Of Peat Mosses Habitat
Fishery and farming system help to increase biodiversity and boost farmers income to some extend. At the same time, the oil palm planting area decreased.
Peat Mosses Habitat Unit
PHASING 1
Existing Landform
PHASING 2
1-3 Years Hydrological Repairment
Stream
Road
Plantation of Oil Palm
Stream
Economial Plant
Stream
Economial Plant
Canel
Road
PHASING 3
Stantard
A.Utricularia Asplundii
Plant Evaluation
PHASING 4
5-20 years
B.Metroxylon Sagu A
B
C
D
E
F
G
C.Stenochlaena Palustris (Burm.) Bedd.
Fertility Improvement Fire Proof
D.Pandanus
Moisture Proof
2-10 years
E.Podocarpus Macrophyllus
Acid Proof F.Liquidambar Formosana G.Melaleuca Leucadendra
2-10 Years Local Trees Began To Grow
Root Degree Level Better
1-3 years Good
Bit Poor
Qualified
5-10 Years Restored Biodiversity And Human Interference Disapper.
Peat Mosses Habitat Unit Plan Moss Rainwater Collection and Replenishment System
INDEX PLAN
rain water
Mosses habitat unit
slow water runoff
Oil palm plantation
rain water infilter
3
4 5
Steps To Increase the Ground Water Level 2 Continuous mounds slow down the flow of rain
1
Permeable roads speed up rain to seep down
Peat mosses retains rainwater
Channel excess rainwater and gather it and increase the speed up rain to seep down 0
10
20
40m
1 Central peat wetlands 2 Wood boardwalk 3 Peat moss cultivation 4 Permeable road
5 Rain water buffer
N
Through these four continuous process of replenishment system to restore the groundwater level in a damaged peatland , thus to reduce the probability of peat fires and alleviate the damages from the mass palnting to the peatland.
Rendering On Peatmoss Habitat and Oil Palm Waste Utilization
Oil Palm
Trunk
Leaf
Mesocarp fiber
for composting
omp
ost i
ng
u s ed
per mea ble sur face
use da sap
for c
us ed
er ov
ac
as
use d
Slow down the velocity of rain
as a
erme able surface
uc
Empty fruit bunches
used
t io n
t
o
d re
ee
o ra va p
Palm kerned shell
Slow down the velocity of rain
The excess rain water come together Permeable surface help rain to seep down quickly Absorb and retain the rain temperacy
Soil 40CM
Peat Soil
C
C
C
C
C
C
Sphagnum moss
04 Living with water Type: Individual work Instructor：Wenhui Peng, Wei Lin Area：20ha Site: Taoyuan City ,Taiwan
REGIONAL CHALLENGE OF WATER 24 hours of cumulative rainfall 350mm 200mm
200M
650mm
500mm
t To of
400M
Bike green gallery belt
Ecological waterfront park
600M
Sightseeing recreation park
800M
Water Level Over the Years
an yu
Tao
Therefore ,how to balance the overall developement of the water ecosystem and the open space of the city is an important consideration in this project. The aim is to create a resilient, living, inclusive waterfront community which can be used by public more frequently and happily.
ter en
c he
Introduction: Nankan Creek is an important river in Taoyuan city. The water area is relatively wide and it is a valuable water space in the city. However, due to the lack of early urban planning ,the per capita green space of Taoyuan is the last in the country, and residents are extremely lack of access to the environment. Additionally, the seasonal flood limited the people to enjoy the waterfront life.
Site
MRT Line in constructuin
Water level (m)
44
43
NEW RESIDENTIAL COMMUNITY
42
41 01/01
04/01
07/01
10/01
01/01
After the reseach,The water level of Nankan river fluctuated between 42-45m with a range of about 3m. Influenced by the summer plum rain season, it fluctuated greatly from June to September. While as an important role in urban disaster prevention,how to balance the danger and advantages should be considered.
1000M
Neighborhood sports park Legand water level range
2.0-3.0m 1.0-2.0m 200M
400M
600M
0.5-1.0m
RESOURCES ANALYSIS
CONCEPT Resilient, Living, Inclusive
The commercial place was in the central of this area, people will be less interested in the waterfront
MMUNITY CO
Road System
The aim is to create a resilient , lively and attractive urban waterfront which can be used by different people.They can work ,have a leisure time and play with water.
LE WATERFRO NB N AI
T
The road planning separated some area which can be not good use of the waterfront
Inclusive SU ST
Land Use
Resilient
Living
ZONGING PROGRAM Commercial Zone
Mixed residential and commercial housing The area now is regarded as a new sustainble community ,which can be more potential and attractive to diverse people
Urban Context
Residential Zone
Hostel
Potential
Cultural and creational
Transportation developement
Rural residential typology
Business
Sustainble policy Waterfront sightseeing
Educational
Waterfront community
Office Commercial square
Mixed-used residential
Biking
Running
Boating
Performing plaza
Touching
Exercising
Issues
Ecological island Discontinuous bikeway
Seasonal raining
Diverse demand Natural playground
Lack of green infrustructure
Strategy
Rain garden Farmland education
Interactive is weak Kindergarten
ATTRACTIVE OPEN SPACE
RESILIENT WATERFRONT
Ecological investigation sightseeing
cafe store
DIVERSE RESIDENTIAL TYPOLOGY LEGAND
People
Activity space Bicyclist
Commuters Old
Businessman Teenagers
Commercial space Green space
Kids Youth
MASTER PLAN
1 Detached House 2 Kindergarten 3 Natrual Education Farm 4 Semi-open House 5 Commercial and Cultural Center
PLANNING STRATEGY
6 Main Entrance 7 Offical Buidings 8 Youth Hostel 11 Biking Way 9 Amphi-theater 10 Waterfront Plateform
16
12 Rain Garden
13 Pedestrian Way
15 Commnity Ladder Square
14 Ecological island
16 SubEntrance
Residential Area
Water Management
Road Circulation
Raingarden, water collector Connected, humanWaterfront community,rural cntered residential typology,commercial space, mix-used
15
HOUSING TYPOLOGY
14
Comercial Area 1-5F complex fuctions with 3 parks commercial center ,cafe, official area,youth hostel .
12 13 10
7 8
6
11
9
Residential Area
5
2-4F Low-density building, diverse demand for people
2 3
4
Semi-open house for old people
1
Mixed-used house for youth or young family
Education Area
N
0 15
45
90m
2F Kindergarten for the community, seasonal garden, educational farm
Detached house for Muit-family
NODE DESIGN
Rain garden
Remain the water from the extra raining and flooding
Mixed-used Residential
Gathering, parking, waterfall playing conmmuting, having picnic
Education Farm
Experiencing, planting ,sharing with the community. Sesonal garden for little child.
Conmmunity Square Boating, excising,playing ,sightseeing
Nankan Creek
Amphitheater
Performing, holding the music concert
Maker space
Rain garden
Mall Amphitheater
Education Farm Commercial Zone
Gathering, sharing ,hoding the outdoor exhibations ,party and market.
GIS Work
05 OTHER WORK Physical Models Handrawings Photography Manufacture
Grasshopper Workshop 2018.04
3d Printer Flowerpot 100mm*100mm*100mm
Generating Procedure by Grosshopper
Typology Study