PORTFOLIO
RUIPING CHEN 2018-2022
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Landscape Architecture
RUIPING CHEN
EDUCATION
Northeast Forestry University 09/2018-06/2022
Major : Landscape Architecture, School of Landscape Architecture
Core Courses: Landscape Planning And Designing I (88/100), Preliminary Landscape Design (93/100),
The Planning Of National Park(88/100), Landscape Ecology(85/100), Landscape Design With Plants (88/100)
WORK EXPERIENCE
General Constracting Company Of China Construction Eighth Engineering Division Corp., LTD.
Design Management Assistant 08/2022-Present
Responsible for polishing the project site drawings of epc engineering
Monitored and reviewed design progress and quality
Communicated and coordinated with related departments of construction site to achieve cost optimization
INTERSHIP EXPERIENCE
Shanghai Xian Dai Architectural Design (Group) Co., Ltd 08/2021-09/2021
Landscape Designer Intern, Landscape Office 1
Shanghai Da Zhuo Landscape Planning & Design Co., Ltd 01/2021-02/2021
Landscape Designer Assistant, Scheme Group PROJECT EXPERIENCE
2020 CHSLA Landscape Design Competition for College Students 09/2020-11/2020
Team Leader (Designing)
Project: Designing a popular-science park under the principal of a shared community for mountains , waters, forests, fields and lakes
Major responsibility: Concept Design, Model making, Expressing and Drawing
Heilongjiang Landscape Construction Competition 06/2019-07/2019
Team Leader
Independently designed the major parts of the Wild Luxury Hotel model Led the team to be one of the top 8 and got Third Prize
EXTRACURRICULAR ACTIVITIES
Communist Youth League of the School of Landscape Architecture 09/2018-06/2020 Coordinator, Department of Reporting and Interviewing
Independently wrote 25 articles for various events organised by the College Committee and took photos of the events (20 events in total)
Proofread and organized the layout of 35 Wechat Push as well as posters of events
Publicity Commissary 09/2018-06/2022
Organized 10 group activities for the whole class Designed the class logo which showed out in the logo competition
MISCELLANEOUS
Skills: Rhinoceros, AutoCAD, SketchUp, Photoshop, Indesign, Illustrator, Lumion, V-ray
PERSONAL STATEMENT
Nowadays, most landscape designs in domestic market cannot be truly implemented due to limited budgets, and the finished products can rarely present the designers' original blueprints. In addition, the procedure of landscape in China is still the monopoly of the A-side, which limits the designers’ innovation and imagination.
As a result, the idea of going abroad for further study gradually arose in my mind. I would like to experiencethe integration of multicultural architecture and the fancy urbanized design in developed areas; I would like to emerge myself in a freer environment of design and to engage myself in a fairer procedure of design; I would like to exchanges my ideas with designers of different cultural backgrounds so as to give birth to more creative and feasible designs; I would like to learn more about the urban design strategies and methods in developed countries, so as to make up for the shortcomings of my domestic studies. Designing as a student means creating without any burdens or boundaries. In this sense, I can try my best to convert my ideas into reality, with passion and enthusiasm that are often seen in students.
I plan to pursue a career in the design industry, especially in landscape design and in the future. The landscape industry is more like a bridge connecting we human and Mother Nature, and is closely related to the ecological environment around us. With this in mind, I aspire to make some differences, especially positive ones, to the industry and even to our planet.
CONTENTS
Language: IELTS 6.5
An ECO-ECO strategy for a resilent future
Individual Work
Instructor : Yuandong Hu （huyuandong@nefu.edu.cn） Shangchun Hu (hh@nefu.edu.cn)
Type : Academic
Date: 2021.05-2021.08
Area: 15140.9ha
Location: Miami, the U.S.
Miami, located in the southeastern corner of the United States, hurricane and flooding caused by its rising sea levels is becoming part of daily life in this low-lying resort in the U.S. The problem has been one of the major factors limiting local development, threatening the safety of local residents.To help reverse the situation, through a combination of ecological and economic means, I believe this project will create an ecologically resilient coastline for Miami and address various potential problems caused by flooding.
I plan to develop a living shoreline and mangrove floating breakwater, which, compared with its traditional dike structure, can make the overall planning more economical.The seaweed breeding line and shellfish breeding tank are combined, which could provide more job opportunities for the residents. By doing so, the ecological protection measures can be carried out and the economic benefits can also be secured. Finally, the vision of Eco& Eco can be realized.
1900 1950 2000 2100 2050 1992 Submerged Area in 2050 Main hurricane tracks from 1991 to 2020 passing 100km around Miami Submerged Area in 2100 Non-Hispanic Black Non-Hispanic White Hispanic Black Hispanic White Miami High Poverty Area Submerged Area now Salt water is stopped by foundation Salt water seeps under flood barrier through limestone Typical coastal city foundation Flood barrier Flood barrier Miami's limestone foundation U.S. RELATIVE SLR PROJECTIONS FOR U.S. SLR TO 2100 Miami Beach +1.2m 1992 MEAN SLR +0.5m +0.2m LOW HIGH INT. HIGH INT. LOW +2.0m Virginia Key Fisher Island RISE WILL RISE 0.34m/last CENT 2.01m/next CENT Legend KATRINA 2005 IVAN 2004 IRENE 1999 HARVEY 1999 JERRY 1995 ANDREW 1992 FABIAN 1991 ANA 1991 UNITED STATES 1.5m 0.6m PREDICTED SCENARIOS MEASURED BY TIDAL GAUGES PROJECTIONS FOR U.S SLR TO 2100 DIFFICULTIES IN SOLUTIONS HISTORIC HURRICANES TRACK OF MIAMI Miami RACISM, POVERTY AND FLOOD IN MIAMI SITE SLR 3.6 cm/year Serious racial discrimination Higher land prices are rising Miami-Dade County contains 26 percent of all U.S. homes at risk from rising seas. We can't afford high-priced houses and can't relocate to the highlands. Racism is making our living conditions worse and the government prioritizes installing pumps in wealthy areas �225k �207k �159k �111k 2020 2011 2012 2013 2014 2015 2010 2018 ETA 2020 SALLY 2020 ISAIAS 2020 THREE 2019 GORDON 2018 DORIAN 2013 ERNESTO 2006 WILMA 2005 HUGE GAP BETWEEN RICH AND POOR
Legend Existing Mangrove Existing Wetland Biodiversity Value Area Average Resilience Less Resilient Vulnerable Tidal Habitat �3000/ha �400000/ha �29000/ha
�40000/ha
average �1545000/ha average �472000/ha
Mangrove Wetland Sea Coral Reefs
Comparison of Flood Control Measures Engineering Measures to defense flood Ecological Measures to defense flood Flood barrier Security gate of tunnel Urban canal Pump Levee
The �14 billion network of levees and floodwalls that was built to protect greater New Orleans against flooding. Ecological flood control measure cost Years
50
THE COMPARISON OF ENGINEERING AND ECOLOGICAL COST EXISTING FACILITIES AND FUTURE RESILIENT SPACE
Ecological measures Engineering measures 0 50 100 30 5 10 20
Effects（%） Both ecological wetlands and resilient spaces are concentrated in Virginia Key Edgewater floodwall Miami river west floodwall Miami river floodwall
Strategy 1: Resettlement of the poor Strategy 2 : Living shoreline
Construction of affordable housing
1. Establish special zones for affordable housing to alleviate the housing pressure in poor areas.
2.Priority will be given to the relocation of disaster-stricken areas.
Seaweed farming & Shellfish cage
Coral reef restoration
1. Restore the ecological coral reef system along the coast through artificial coral reefs to reduce the impact of the waves. 2. Coral reefs can increase the biodiversity of undersea communities.
Strategy 3 : Recyle & partcipation
Volunteering
Driftwood recycling
1. Carry out volunteer activities to increase environmental awareness. 1. Recycled driftwood is reused.
Unique landscape facilities.
Wetland & mangrove restoration
1. Restore original mangrove and wetlands. 2. Wetlands and mangroves can regulate rain and floods.
Activity space
Floating breakwater & Mangrove
1. Ecological breakwaters are combined the mangroves with tetrapods. 2. The cost of biological breakwater is lower.
Ecological scenic spot
1. Seaweed farming can better restore elastic landscape zones and provide more income for the poor in miami. 2. Cages are set up in the coastal zone for shellfish culture and biodiversity restoration. reducewaveenergy 1. Establish ecological scenic spots. 2. Ecological scenic spots provide more jobs. 1. Create multiple activity spaces along the coast to increase practicality.
ECONOMICAL & ECOLOGICAL
STRATRGIES
2.
MASTER PLAN Legend Wetland Kilometers 0 1 1:125,000 2 4 6 Planning green space Original coral reef Artificial coral reef Affordable housing Popular science museum Ecological wetland scenic spot Floating breakwater
LIVING SHORELINE DESIGN
Geotextile
Global Warming Melting Ice Sea Level Rise Coral Reef Wetland Seaweed Fish Floating Breakwater + Mangrove Floating Breakwater Sturcture Sand accretion
filter Stone breakwater Afforestation Visiting Phase 1 Phase 2 Phase 3
Natural barriers are formed through the design of ecological coastlines, and ecological wetlands and coral reefs are used to form new elastic landscape zones. The design of floating mangrove breakwaters can effectively protect the communities surrounding the coastline while bringing economic value.
STURCTURE PLAN SECTION
This structure combines the breakwater with agriculture and breeding, reduces the impact of flood through ecological means, and at the same time brings some income to local residents.
FLOATING BREAKWATER + CULTIVATION
Type 01 Shellfish cage
Type 02
Shellfish cage + Seaweed lines
Type 03 Shellfish cage+ Seaweed lines+ Tetrapod
2 months
Mangrove
0 month
Type 04
14 months Soil
Seaweed lines
SKETCH OF STRUCTURE
Mangrove breakwater Steel Concrete
Shellfish cage
Shellfish cage + Seagrass lines +Mangrove breakwater 3 unit Tetrapod Steel Net 3.5m
CULTIVATION PROSPECT
Urban waste space utilization
Individual Work
Instructor : Yujia Li
Type: Academic
Date: 2020.03-05
Area: 0.58ha
Location: Shanghai, China
The long-term lockdown management of the epidemic has brought psychological trauma to people, and animal healing is a good way to relieve depression. People can heal each other through interaction with animals. The site of this plan is located in an old community In Shanghai, and there is a lack of space for pet dog activities.
Therefore, the main intention of the project is to provide a place for people to interact with dogs through the construction of a dog-friendly park, and a quarantine site for pet dogs.
Concept Model
HIGH PROPORTION OF PETS FAMILY AND NARROW SPACE
Location: Baoshan District, Shanghai
Background: The site is located next to the viaduct, surrounded by many old neighborhoods, far from the park, and lacking space for activities. There are more dog owners in surrounding communities, accounting for 43.2%
PARK
CONFILICTS: SPACE, QUARANYINE AND MENTAL HEALTH
SMALL ACTIVITY SPACE
The neighborhood is too old and there is no open place to walk the dog.
I wanna go to the park but the host said it was too far away and could only go once a week.
5 minutes living circle
10minuteslivingcircle
10.4KM 12.8KM
SUDDEN QUARANTINE
I received a text message that I was going to be quarantined.
Who will take care of my dog?
The long-term detention made me depressed, I need some company.
At home I could only eat and sleep, I feel so boring.
RIVERSIDE VIADUCT GREEN SPACE COMMUNITY
DEPRESSED DOG AND PEOPLE
SITE
MASTER PLAN LEGEND FUNCTIONAL AREA 3 6 5 2 7 4 1 1 2 3 4 5 6 7 8 1 2 3 4 Obstacle sports area Sunny grassy slope Space for steps to climb Space for steps to climb Strollingspace Real-time population detection Obstacle sports area Strolling space Sunny grass slope Multiple exploration space Entrance square Manure recycling compost bin 0 5 10 15 20 25m Dog walk path
Ci c Cinnamomum camphora (L ) presl 20 0-25 0 2 5-3 5 25
Gi b G nkgo bi oba L 10 0-15 0 4 5-5 0 8
Yu d Yulania denudata (Desrousseaux) D L Fu 15 0-20 0 2 0-2 5 12
Ta d Taxodium dist chum (L ) R ch 25 0-30 0 6 0-8 0 10
Os f Osmanthus fragrans (Thunb ) Lour 2 0-3 0 1 5-1 8 20
Ph f Photinia × fraseri Dress 1 5-2 0 1 0-1 5 15
M f Michel a figo （Lour ） Spreng 2 0-3 0 1 5-1 8 22
legend Abbreviation Scientific name Plant height （m） Area（㎡）
Sa u Salv a ul g nosa 1 4-1 6 96
Ph d Phlox drummondii 0 15-0 45 48
V o Viburnum odorat ss mum Ker-Gawl var awabuki (K Koch) Zabel ex Rumpl 1 8-2 0 102
Hy m Hydrangea macrophylla (Thunb ) Ser 1 0-1 2 68
Ho p Hosta p antag nea （Lam ） Aschers 0 4-0 8 64
Ag a Agapanthus africanus (L ) Hoffmanns 0 5-0 7 72
Pr m Pr mula malaco des Franch 0 3-0 4 135
Site 1 Site 1 Site 2 d D Gravel base Sand Concrete
PLANTING DESIGN DETAIL SECTION DESIGN Ta d
Gravel base Paving Engineered soil Open-grained stone base Hdpe barrier Concrete curb Concrete curb Concrete apron Site 2 Plant list D-d Section
legend Abbreviation Scientific name Plant height （m） Crown width （m） Quantity
legend Abbreviation Scientific name Plant height （m） Crown width （m） Quantity
Ci c Mi f Sa u Ph d Hy m Gi b Gi b Ph f Yu d Ag a Hy m Ph d Yu d Ho p Pr m Vi o Os f Ta d Ci c
HOW TO DEAL WITH THE TROUBLES CAUSED BY THE EPIDEMIC ?
Before the pandemic The pandemic occurs
The zigzag path can cultivate the dog's sniffing ability and enhance the interaction between people and pets. This building can be used as a training ground when the epidemic does not occur.
By installing temporary partitions, the inner door is opened to create a separate isolation space for the dog. The wide grass outside is available for dogs to play with, ensuring that there is plenty of space for pets.
HOW TO DEAL WITH THE
DOGS’WASTE
?
A special box for the recycling of dog waste is placed in the park, which consists of a double-layer cage to decompose feces by vermicompost. The bottom of the box is connected to underground pipes that are transported to all parts of the park to provide natural fertilizer for plants.
The vermicompost bin Underground pipe
Fecal collection
Earthworms
Vermicompost
for soil remediation
Effects on plant growth
Lid
Soil microorganisms
Repurpose the waste
Earthworms and waste Excess water
Finished compost
Water purification of Huangpu River
Individual Work
Instructor : Yunjing Hou（houyj@nefu.edu.cn）
Type : Academic
Date : 2019.09-11
Location: Shanghai, China Area : 1.29ha
With the progress of the times, many industries have been eliminated. How to use these urban surplus spaces has become a problem to be solved. These sites are prevalent in pollution and purification and remediation are necessary means. There are many such abandoned industrial sites along the Huangpu River in Shanghai, and I have reshaped and used the terrain to purify polluted water sources and deal with polluted soil through ecological means.
3D Print Model 420×390×5mm
Location: Shanghai, Yangpu district
The main problems on the site are heavy pollution and low accessibility. The former site of the project is a coal field.
Factory Site space
EXISTING CONDITION
Water pollution Scrapped facilities
Sewage Water Flow Direction Main Road
Soil Contamination
Lack of greenbelt Coal pollution Short of activity space
SITE
WEAKNESS
SITE Huangpu River
SITE
WATER POLLUTION 1. COAL MINING STAGE NOISE POLLUTION 2. COAL TRANSPORTING STAGE AIR & WATER POLLUTION 3. COAL STACKING STAGE SOIL POLLUTION 4. COAL PROCESSTING STAGE AIR & WATER POLLUTION 2. COAL TRANSPORTATION 3. COAL STACKING SOIL POLLUTION Coal processing factory Coal field Coal ash Crane Coal Dust Mining machines Sewage Sewage WASTE POLLUTION WATER POLLUTION SERIOUS RIVER POLLUTION & SOIL POLLUTION 85DBHazarodous N o i s e NO2 SO2 CO2 1. COAL MINING The mining process of coal mines to transportation, stacking and processing will cause different degrees of pollution. The following four stages represent the process of coal pollution, including noise, air, water and soil pollution, whichnot only affects the lives of residents, but also causes damage to the ecological environment. Process on the plan Industrial development of Yangpu district
The mined coal is transported to the coal pile by the conveying equipment
as docks and cranes, and the dust generated during transportation causes air pollution, and the waste emitted
pollutes the river During the stacking process, the coal mines must be selected, and the coal ash produced will seriously pollute the soil and further pollute the adjacent water sources. During coal processing, a large amount of harmful gases such as SO2, CO2 and NO2will be produced, the
industrial waste water will also pollute water resources. 4. COAL PROCESSING AIR POLLUTION Dustwithheavymetals CoalDust Groundwater Acid mine drainage 2 3 1 4 now 1883 Yangshupu
China's
water
was
One
Yihe
Ash
The
dry ash storage soot tank
Ash Wareh-ouse
1913 1940 The enlightenment of modern industry The rapid development of the industrialization process Transformation and transformation of industrial parks 1926
During the stage of coal mining, noise pollution caused by mining machines and vehicles has an impact on the surrounding population and affects wild birds. Substances such as dust caused by mining can affect nearby water sources.
such
also
discharged
Water Plant
first modern
plant
established Yangshupu Power Plant an earlier large-scale thermal power plant Greater China Shipyard
of the earliest shipyards in Shanghai
Cotton Mill The earliest foreign-funded spinning mill in Shanghai
Warehouse Art Museum
original
was transformed into the
Art Museum
1. Square 2. Gallery frame 3. Tree pool 4. Water step 5. Hydraulic platform 6. Cannal 7. Pumping unit 8. Wetland LEGEND Draw the shape Flod the step Remodel the edge Change the shape MORPHOLOGY MASTER PLAN
FRAMEWORK TERRAIN PROCESSING
Contaminated Soil
Dig Serious Pollution
Contaminated Soil
General Pollution Transport Harmless Treatment
Sewage Water Purfilication Wetland Plant Restoration
Fill Landform Terrain
METHOD FOR POLLUTED SOIL
The method of dealing with contaminated soil is divided into the following steps, and the harm of soil pollution is minimized by reshaping the terrain.
Heavily contaminated material Remove the contaminated material
Contaminated soil
Clean soil
Existing situation
The site is now contaminated with the industrial soil.
Contaminated soil
Cut to fill
Take out the heavily contaminated material and isolate it in a special container.
Contaminated soil
1 Remove the contaminated material 2 Dig contaminated soil
Before After 3
Separation of contaminated soil
WATER PROCESSING
The treatment of contaminated soil is completed by using the landfill of the terrain.
Comtaminated soil
Clean soil
Geotextile
Earthworks 4
The contaminated soil is landfilled into a special shape
5
Clean soil
Contaminated soil Geotextile
Placement of isolation layer
The isolation layer is used to separate the polluted soil and plant plants to restore the ecological environment of the site.
6
Plant
I change the earthwork structure of the site for water treatment, pumping the sewage from the Huangpu River, and sedimenting on the filter steps through the canal to form natural streams and wetlands. At the same time, the site ecosystem is reconstructed to restore the water self-cleaning function.
Canal water Surface water Pipe water
Pumping sewage
Plant restoration
Restoring plants to absorb pollution, to achieve the effect of purifying the sewage.
SECTION
Wetland River Greenspace
Purification
Water seepage paving
SITE ECOSYSTEM CONSTRUCTION
I designed a step structure to precipitate impurities. Through the decreasing height difference, the water flow is restored to clear and returns to the Huangpu River. In the process of filtration, streams and natural wetlands are formed, so that the ecosystem of the entire site is rebuilt.
Polluted waters
Ant Frog Earthworm
Red-crowned crane Egret Turdus
Swallow Canal Filter steps Stream Wetland 1 5 4 2 3 Phragmites australis Metasequoia glyptostroboides Acorus tatarinowii Thalia dealbata Fraser Taxodium distichum Pinus elliottii Stipa
Coontail Trapa
Pygmy
Pump
Stream
Gallinula chloropus Goose Duck Pebbles Small pebbles Gravel cushion layer Silver carp Grass carp Crab
merula
capillata L. Carex spp.
incisavar
waterlily
water from the Polluted rivers The water flows down along the canals besides roads to drop in the steps Water precipitates impurities through the steps The precipitated water converges on the surface to form a stream
gradually develops a natural wetland before flows into river Hibiscus mutabilis Linn.
Prawn
Key Species
PERSPECTIVE OF THE CENTRAL PATH
Dechannelization of river and elderly-friendly park
Individual Work
Instructor : Yanxue Li（1000002772@nefu.edu.cn）
Type : Academic
Date : 2021.11-2022.06
Area: 178.5ha
Location: Harbin, China
The problem of channelization of rivers in cities has always been serious. Harbin is rich in urban water systems, and the Songhua River is the main water source with a vast basin, but there are serious pollution problems and river channelization problems. The ensuing effects are flooding and poor accessibility. This project proposes several strategies to deal with the channelization of rivers, and puts forward coping strategies for the surrounding elderly groups. Increase storage capacity by rebuilding revetments, restoring wetlands, ecological islands and ecological reservoirs.
It's difficult to access to the water. We can't carry out hydrophilic activities.
ECOLOGY DESTRUCTION
The pollution here is very serious, affecting the lives of our surrounding residents. wanna play by the river!
Due to the canalization of the river, the function of regulating and storing flood has been reduced， and the phenomenon of river water backflow has occurred, affecting the residents.
Harbin Average rainfall
Due to the canalization of the river, the function of regulating and storing flood has been reduced, and the phenomenon of river water backflow has occurred, affecting the residents.
The aging of the population 20.98%
The aging of Harbin's population is becoming more and more serious, and the site is surrounded by elderly communities, and the needs of the elderly should be taken seriously.
SITE BACKGROUND AND CHANNELIZATION PROBLEMS CAUSED BY CHANNELIZATION Channelized river Elderly community Greenbelt Community
Turbidity
2015
2000 2010 Proportion of the aging population
2020 annual rainfall Suspended matter（mg/ml*10^-3） COD（mg/L*10^-1）
Original river Disappeared river LEGEND INACCESSIBILITY
1 1 1 2 2 3 3 4 4 5 5 6 7 7 8 8 9 9 10 10 6 Sampling location 0 5 10 15 20 25 30 35 40 45
FLOOD
live s u pply pollute harm
SEMI-CHANNELIZED RIVER
SLIGHTLY CHANNELIZED RIVER
Semi-channelized river Fully
Slightly
FULLY CHANNELIZED RIVER TYPES OF CHANNELIZATION SYSTEMATIC
STRATEGY
channelized river
channelized river
PHASED
CONTEXT METHODOLOGY STRATEGY RESULT Forest farm Elderly community Park Ecology Destruciton Restoring the natural form of the river Turn straight to curved Sequence of deep pool shoals Increase biodiversity Plant Habitat Restoration Utilize plants that purify pollution I added activity space and water facilities around river, ramp is added through the setting of barrier free facilities to serve the surrounding elderly. Terraces can also increase the flood limits. The flood is solved by building dikes and dams in a short period of time. In the long term, it is solved by ecological regulation. Utilize plants belt to play a buffering role, wetlands and rain gardens can improve the ecosystem of the city. Habitat destruction can be solved by restoring the original natural form of the river. Increase the sequence of deep pool shoals to achieve the restoration of biological habitats. Defend 0~5 years 5~10 years Collect water Ecological storage Add activity space Convenience for the elderly Water accessibility Terrace ADA facilities Ecological environment restoration Dike and dam Protect houses Wetland pond Rain garden Ecological regulation and storage of rainwater convenient space and facilities + + Lack Activity Flood Elderly community Park Forestry farm Greenbelt Buildings Public utilities
DEMANDS AND THE SHAPE
Activity space demand
Flood management demand
Water purification demand
Dike and dam
THE DERIVATION OF PLAN
1.Planning existing green space system
Plant restoration
Water collection River form restoration
Recreational activities
Wetland
Terrace
Plant restoration
2.Strengthening the connection between rivers and cities
Hydrophilic platform
ADA facilities Rain garden
Recreational activities
STRATEGY FOR REPROFILING THE BANK
To save the problem of channelization, I reprofiled a variety of revetments, improved the storage and buffer capacity of the river, and enhanced the flood limit.
FLOOD PLAIN REVETMENT
Expand the revetment and use plant community to enhance regulation and storage capacity.
PAVEMENT REVETMENT
Raised pavement reduces impact on ecological wetlands.
BEFORE
ECO-ISLAND REVETMENT
Eco-island can improve water quality and reduce pollution.
4.Increase path and activity spaces
3.Soften the river bank and straighten it into a curve AFTER
BARRIER-FREEROAD
We need more entertainment. I hope more lighting at night because of my presbyopia.
DOUBLE-LAYERHANDRAIL
RAMPSANDHYDROPHILIC PLATFORM RAMPSANDSTEPS
DIFFERENTTREEPONDS
find the road towards the park.
RECOGNIZABLESIGNS
LIGHTINGDESIGN COMMUNICATIONSPACE
ANDHEALINGLANDSCAPE OPENSPACE
MASTER PLAN
We need ramp facilities suitable for wheelchairs.
can’t
I
wanna somewhere to dance and do sports. I wish it could be easier to walk.
Dike Eco-island Terrace Wetland Park Spatial Expansion Elderly Park Hydrophilic Platform Tributary Rain Garden Biofiltration Pond Activity Lawn ADA-Facilities 0 20 60 100 200m
DETAIL DESIGN 0 5 10 15 20 25m 1 1 2 3 4 5 6 7 3 5 6 7 4 2 LEGEND Biofiltration Pond Shoal Eco-islands Activity Plaza Wetland Fitness Trail Elder Entertainment Area ECO-ISLANDS ACTIVITY PLAZA BIOFILTRATION POND Rest Fitness Ecological cycle Storage Activity Regulation Entertainment Appreciation
Eco-island and shoal
Curved river
Terrace
Floating pavement
Gutter
Bike trail Plaza
DETAIL DESIGN
OTHER WORKS
Pen-and-ink Sketch 2018/12 Pen-and-ink Sketch 2019/06
VR Ecological Corridor Design 2020/11 School Green Space Design 2019/12