Portfolio Of Yingqi Wang Place and date of birth:Liaoning,China 25th July ,2001 Selected works:2021-2022 Email:wangyingqiww@163.com
INTERNSHIP EXPERIENCE
Chengdu Architectural Design & Research Institute Co., LTD
Intern, design assistant, Architecture + Planning Department
06/2022-08/2022
Assisted multiple team members on all aspects of landscape architecture projects, including hands-on architectural work, such as drafting and 3D modeling, and all aspects of the business side including creating presentations for clients, working with a construction team, maintaining project files, and conducting research.
China Southwest Architecture (Sichuan) Property Development Co.
Intern, designer assistant
Yingqi Wang
July,25,2001
Tel: +86 15625161260
Email:wangyingqiww@163.com
Chengdu City,Sichuan Province China
EDUCATION
Zhuhai College of Jilin University(Zhuhai, China)
09/2019 - 06/2023
Degree to be awarded: Bachelor’s degree in Visual
Communication Design
Weighted Average Score: 88.34/100
SKILLS
Utilized technical software programs to analyze, produce, and QC deliverables for our clients.
Contributed to the site planning, urban and landscape design, and gaphic and technical production.
RELEVANT EXPERIENCE
Graduation Field Research
Visited Pai Shan Village in Zhuhai, Guangdong Province to learn the current development of local traditional handicraft industry, and completed the design project "Pai Shan Village
Commercial Space Planning and Landscape Management" with this theme.
Youth Volunteer Association of Zhuhai College of Jilin University, Core Member
Take volunteer work to teach drawing in the local elementary school and enhance their enthusiasm for drawing
HONORS AND AWARDS
01/2022-03/2022 09/2022 09/2021--pesent 09/2022 01/2022 12/2021 12/2021 12/2020 10/2020
Merit Scholarship for 2021-2022 Academic Year
Bronze Award, The 3RD Hong Kong Contemporary Design Awards - Autumn Competition
Second Prize, 2021 Zhuhai College of Jilin University Digital Art and Design Competition
Excellence Award, 2021 TLD Design Award
University Representative of the year
Second Class Scholarship for 2019-2020 Academic Year
CONTENTS 01 02 04 Ecological restoration and water management Ecological Apiary Friendly Community 05 Other Works 03 Sand Botanical Garden
CURRICULUN VITEA
Photoshop Adobe Illustrator Adobe InDesign AutoCAD SketchUp Rihno Imaps Global-mapper Enscape Microsoft Office
Ecological restoration and water management
Large scale analysis
Percentage of various types of land in Liangzi Lake Percentage of various types of algal plants in Lake Liangzi
Academic Work Type:Waterfront design
Location：Ezhou，Hubei，China Designer:Wang Yingqi(Individual work)
Duration：April 2022—June 2022 Area：15000 hectares
Instructor:Li Mingjun Email:Limingjun1971@163.com
A vast wetland can provide a variety of ecological functions, and the wetland ecosystem is featured high ecological diversity, species diversity, and biological productivity. Rich in natural resources, wetlands play an irreplaceable and important role in protecting the ecological environment, maintaining biodiversity, and developing the economy and society.
This project aims at restoring the site through different measures such as ecological barging and the establishment of an artificial wetland system. At the same time, the ecosystem is reconstructed in the lake from three aspects, namely the maintenance of native fish species, rational use of herbivorous fish species, and protection of aquatic grass. The lake is ecologically managed using artificial floating islands, artificial wetland purification, and water activation. I have also designed recreational activities with low environmental impact for the site, such as hiking, boating, fishing, and bird watching, to protect the precious natural heritage while providing visitors with plenty of opportunities to learn about the natural environment while.
Existing problems at Liangzi Lake
Degradation of aquatic plants Decrease in fish Heavy metal pollution 1990s 2005s
Changes in Liangzi Lake from August to December 2012 Degradation of aquatic plants Decrease in fish Heavy metal pollution
Degradation of aquatic plants Decrease in fish
Heavy metal pollution
As the second largest shallow lake in Hubei Province, Liangzi Lake functions as a water storage, farm irrigation, and water source. However, due to human activities, the water quality is deteriorating year by year, while the visibility of the water body is decreasing year by year, transforming from an ecological zone with abundant water plants and fish and bird species to a place where water plants are dying and fish and birds are on the verge of extinction. Excessive acceptance of domestic sewage and industrial wastewater from surrounding cities has led to excessive heavy metal content in the water and soil layers of the lake, causing serious damage to the ecosystem.
Water quality of Niutou Lake Water quality of East Liangzi Lake Water quality of West Liangzi Lake Water transparency of Liangzi Lake(2001-2020)
Overfishing Construction of factories Waste gas pollution Degradation of aquatic plants Heavy metal pollution
Factory Heavy
Degradation
II III IV V Bad V
Multi-year monthly average water level change in Liangzi Lake
Fish on the brink of extinction
metal pollution
of water plants
Interannual variation in the problem of Liangzi Lake
Chla
TP
TN mean LZ1 LZ5 LZ6 Heavy metal content of surface
in
2020s
mean
mean
sediments
Liangzi Lake
Design Analysis
Establishing wetland systems Artificial Floating Islands Ecological barges
Agricultural pollution
Water pollution
Industrial pollution Factory
0.305-7.243 7.243-14.182 14.182-21.12 21.12-28.059 28.059-34.997
Heavymetalcontentofagricultural pollutioninLiangziLake
Spatial distribution of turbidity in Liangzi Lake LiangziLakewaterpollution heavymetalcontent LiangziLakeindustrial pollutionheavymetalcontent
The East Lake of the Liangzi Lake Ecological Zone is inflicted by industrial pollution, water pollution, and agricultural pollution. There are more than a dozen large factories around discharging wastewater into the lake, and the metal content of the water body is increasing year by year. The East Lake is most severely affected by factory discharges, as represented by the significant degradation of aquatic grasses, which are the shelter for most fishes when they are spawning. The large-scale degradation of aquatic grasses destroys the habitat of fishes and birds, which directly leads to their extinction.
Changes in the number of fish species in Lake Liangzi
Percentage of bird species in Lake Liangzi
It is designed so that the ecology of the wetland is restored through the establishment of wetland systems, artificial floating islands, and ecological barges, while polluted water bodies and soils are restored to their normal function through the adsorption of heavy metals within the water and within the soil by plants.
Fish sanctuaries Use of exotic fish species Tourism development
Disappearance of grass plants
Mass decline of submerged plants Decline in native fish populations
Shrimp and crabs have no habitat
Increased number of exotic fish species Emerged Plants
Balance native and exotic fish through fish sanctuaries, the introduction of exotic fish species, and tourism development. In turn, tourism development can drive the economic growth of the fishing industry.
Aquatic Plant Sanctuary Artificial wetland purification Water activation
The ecosystem is reconstructed through the aquatic plant sanctuary, artificial wetland purification, and water activation; by filtering the water body layer by layer, the water finally flowing into the lake is purified and the quality of water in the lake is improved, while a friendly living environment is built for aquatic plants.
Design Analysis
Water Analysis
Water Master Plan
Road Analysis Functional Analysis
Human activity area Wetlands Bird Habitat Fish Habitat
First-class Road
Secondary Road Tertiary Road
When planning for the whole site, I deployed activity sites in a rationalized way, dividing them into human activity sites, animal activity sites, and sites shared by humans and animals. At the same time, the ecologically sensitive areas are completely protected, creating a growth environment for nationallevel protected plants and animals, and providing a comfortable habitat for native fish and birds. Similarly, inside the lake, aquatic grasses are enclosed to protect them from massive encroachment by herbivorous fish. An artificial wetland park is also designed to treat urban sewage and ensure that the water flowing into the lake is purified. The habitat is restored while optimizing its recreational function by providing visitors with a recreational plaza, a fishing harbor, a fisherman’s wharf, and a bird-watching garden, allowing visitors to participate in naturerelated activities in a peaceful natural environment. Sustainable fishing is also developed in the Fisherman’s Wharf area to boost the local fishing economy.
10 1 2 3 4 5 6 7 8 9 11 12 13 14 15 16 1 2 3 4 5 6 7 8 11 12 13 14 15 16 10 Parking Entrance Plaza 1 Floating Island Leisure Plaza Botanical Garden Viewing platform Aquatic Plant Sanctuary Ecological barge Entrance Plaza 2 Wetland Park Entrance Plaza 3 Theme Square Bird Watching Trail Purifying wetlands Fish sanctuary Fisherman's Wharf
Submerged Plants Decomposers Major chinese carps Scenedesmus Obliqus Crustaceans Decomposers Sturgeons and other large fishes Floating Plants
Endangered species analysis
Industrial pollution Water pollution Agricultural pollution Site
Analysis
Water temperature AugustDecember 2012 Transparency Biodiversity August December 2012 Integrated Nutrition August-December 2012 Travel Bird Winter Migratory Bird Summer Migratory Bird Staying Bird
Road Analysis First-class Road Secondary Road Tertiary Road Site Analysis Water Factory Cities and towns Crowd Analysis Residential land Greenfield Analysis Green land Aythya nyroca Hemisalanx prognathus Regan Anser albifrons Cygnus Megalobrama amblycephala Grus japonensis Foraging needs Housing needs Migration needs Aythya baeri Ciconia boyciana Brachyura Anser cygnoides
Relationship between fish and water plants
Greenfield Analysis Greenfield Floating Island
10 20 40 50
Using plants for extraction, inter-root filtration, volatilization and immobilization removes, transforms and destroys contaminants in the soil and restores the contaminated soil to its normal function When wastewater with toxic chemicals is imported into the wetland, it is ecologically treated by adsorption of wetland soil particles and purificationby absorption of vegetation. The barge connects the vegetation in the lake with the vegetation on the shore, promoting the ecological balance between land and water. Organic matter layer Humic layer Parent layer Sediment layer Sedimentation is purified by infiltration and then flows into the lake Aquatic birds Schools of fish Water Plants Fish and Birds Microorganisms Ecological Cycle System Clean water back into the lake Absorb nutrients to purify water Fish and bird excrement Decomposition to nutrients by nitrifying bacteria Cinnamomum camphora GinkgobilobaL Pinus elliottii Scirpus validus cv. Zebrinus A water and grass protection zone is designed at the bottom of the lake, with small gaps in the fence to prevent herbivorous fish from encroaching on the water plants, and floating islands on the surface to help purify the water body. Bird Habitat Fish and aquatic plant sanctuary Plant Analysis Water Plants Evergreen Trees Deciduous Trees Wetland Plants Ground cover plants Shrubs and flowering plants Section The bottom of the lake will be planted centrally to form a water grass pasture with small gap in the fence to protect the water grass from the encroachment of foreign fish species. Floating island plants absorb nutrients enriched in the water and are harvested periodically to remove pollutants from the water plant roots attach large amount of biofilm and continuously purify the water. Underwater food chain Small phytoplankton Large zooplankton Benthic herbivores Zooplanktoneating fish Benthic carnivores The fish that eats fish Organic matter layer Humic layer Parent layer Potamogeton maackianus Floscopa scandens Lour Phragmites communis A dense forest is designed to provide a resting place for birds and to absorb pollutants in the soil. Water purification process Fishermen salvage Plant purification Soil absorption INPUT: Pond Water OUTPUT: Clean Water Artificial floating island Leisure Plaza Fisherman's Wharf Wetland Park
Ecological Apiary
(2011-2018
Academic Work
Type:Ecological Restoration
Location：Kunming，Yunnan，China
Designer:Wang Yingqi(Individual work)
Duration： January 2022—March 2022
Area：432 hectares
Instructor:Bai Xinyuan
Email:bxy1972@163.com
Due to their shrinking habitats and the overuse of pesticides, pollinated species are disappearing around the world. The “Ecological System Service” that feeds and blesses millions of people is threatened. The decline of the diversity of pollinated species, especially bees, the largest group, will not only imperil food safety but also “Aesthetic and Cultural Values”, which makes it a top global risk.
Yunnan province, as one of China’s largest nectar sources, is home to about 10% of bees in China. Thanks to natural and human damage, the bee species in Yunnan are confronted by the risk of extinction, death in batches, and other problems. Yunnan Natural Ecological Park will be transformed to ensure that bees are free to pollinate all year around. New beehive installations, greenhouse plants, and nectar-source plants are introduced, so that humans and bees live harmoniously in the space. In addition, more facilities will be allocated to protect the bees, making it a friendly and safe place for pollination and a place with educational meaning for human beings.
(2011-2018)
It takes a lot of manpower, material and financial resources for beekeepers to transfer bees to the field to collect honey.
Counterfeit products in the market, having a significant impact on high quality honey products.
Bleak Industry, beekeepers committing suicide, and no life guarantee. Natural disasters, bee disease infection.
Opening of factories and emission of pollution. Industry counterfeiting, insufficient national legal protection, honey adulteration with water.
Land Analysis
The sharp decline of bees is what most countries around the globe are facing now. As for Yunnan province, this is because of the overuse of pesticides and the threat of foreign bees. Consequently, the output of pollinated plants is decreasing. Unfortunately, most crops highly rely on pollination via pests, which directly affects the income of farmers and food resources.
Mount Changchong Biological Park is located in Longquan Town, Beishi District, Kunming City. As the most important mountain in Kunming, Mount Changchong, with a subtropical monsoon climate, is suitable for various plants. However, due to improper planning, the park is facing various problems like high risk of mountain fire and plants in disorder.
02
Forest Fires Steep Slope of the Mountain Landslide Close to residential areas Inconvenient Traffic
land Honey Source Area and Honey Collection Route Import Volume Distribution of Honey Imports Sources in China in 2020 New Zealand Other Areas Australia Thailand The Russian Federation United Kingdom 44.81% 22.44% 12.66% 9.80% 5.90% 4.39% Global honey bee breeding distribution in 2018 46.66% 20.55% 12.66% 1.39% 18.75% Asia Europe America Other Areas Africa Export Volume Distribution of Honey Export Destinations in China in 2020 Poland United Kingdom Other Areas Spain Belgium Japan 28.50% 28.33% 27.23% 7.04% 8.25% 4.12%
Global Bee Colonies
Global Honey Production
Existing problems with the
Population of
Bee Distribution Honey Collection Main Route Honey Collection Sub-Route
Golden
Black
Tuanhua
Park Cuihu Park Xihua Park Country
Daguan Park Dounan
Market
The Back Mountain of the Expo Park
Temple Scenic Spot
Dragon Lake Park
Temple
Park
Flower
Road Analysis Fire escape Land Analysis
First-class Road Secondary Road Fire escape Human Activity Area Mixed Activity Area Bee Activity Area Spring Summer Autumn Winter Retaining Wall Gulch
Beekeeper Nature Market artificial
Seasonal Distribution of Nectar Sources
Land-use Analysis Crowd Analysis Green Space Analysis Road Analysis Green Space Land Residential Land Planning Land Private land Green Space First-class Road Secondary
Honey Industry Process
Road Tertiary Road
Nectar plants in Full Bloom Beekeepers migrate with bees Honey products for sale in the market Factory processing Bees return to hives to store honey Beekeeper taking honey Honey Collection Tertiary Road
Existing Problems in the Honey Industry
Solutions
Nectar Source Planting Methods
We use native plants to re-plan and design for fire prevention measures, construct new beehive devices for bees to survive, and match plants in nectar source areas to provide high-quality honey source to ensure a stable honey source for bees.
Device Assembly and Rendering
Bee Foraging Strategies in Winter
The honeycombs can also be freely arranged to form accessible paths on various scenes like on rainy or snowy days. Moreover, the combs can be flexibly moved, which facilitates movement from one flowering phase to another and reduces the waste of honey in this process. Meanwhile, this is an opportunity for people to have a rest and be aware of the importance of bees as a kind of pollinated insect.
Beehive 1 Assembly and Rendering
Beehive 1 is an installation where outside worker bees store honey. The field bees will inject the honey they have gathered into the honeycomb in the hive, and then keep repeating this process. There are paths for bees on both sides of the honeycombs, through which they can shuttle. These paths also ensure the circulation of air in the hive.
The eco-park is redesigned into a botanical garden that can offer sound and sufficient nectar sources for bees. In this way, it would become a place where bees can live in better conditions and where immigrant bees can obtain supplies. Plants in the garden are re-matched and local nectar plants are introduced; the hives are also redesigned to enhance contact between bees and nectar plants. The greenhouse is also erected on the site to guarantee nectar sources in winter.
Beehive 2 Assembly and Rendering
Beehive 2 is an installation where inside worker bees process and purify honey. The house bees will stay in the hive, nesting, feeding larvae & the queen bee, and making honey. There are paths for bees on both sides of the honeycombs, through which the house bees can shuttle between different floors. The beekeepers can pull the honeycombs to gather honey.
As planned, the whole park will consist of an
jungle, a
garden, a leisure plaza, an eco bee farm, a bee canteen, and a greenhouse. It is designed to be an eco-park that is friendly and safe for bees. It’s also a place for visitors to have a rest, where they can observe and learn how bees pollinate and make honey. In this sense, it is of instrumental meaning. This design links a whole industry. It provides sufficient nectar sources to beekeepers and forms a series of sales chains.
Plan of
Plaza
Plant
People and bees share the environment
Ecological cycle of nectar plants
the Device Design Strategy
Exploded Diagram of
Retaining Wall Isolation Zone River
Seasonal Planting Stepped Planting Match Planting
Beehive Device Honey Restaurant Greenhouse Cultivation
Anti-hill Fire Measures
Stable Nectar Source Results Hill
Prevention Sightseeing Biodiversity Edible Landscape Honey Industry Design Concept
Fire
New beehives 2 Gazebo
Cover
Plantable seats
Independent planting device New beehives 1 Base
Gallery Fencing
2 4 5 9 10 11 12 13 14 15 16 Master Plan Master
Beehive Device Herb Shrub Arbor Plant Collocation In the ecological bee park, eight local nectar plants are seasonally matched to ensure enough nectar sources throughout the year. Arbor Shrub Herb Analysis of nectar plants Four Seasonal Color Changes Hevea brasiliensis Pyrus Osmanthus fragrans Brassica rapa Chrysanthemum Sophora davidii Camellia japonica Four Season Planting High-yielding Nectar Source Planting Nearby Planting Companion Planting Water Requirements Maintenance RequirementsSunlight Requirements Petal Color Leaf Color Fruit Color Chrysanthemum Rhododendron Sophora davidii Pyrus Camellia japonica Osmanthus fragrans Brassica rapa Hevea brasiliensis Plant Height Plant Width Growth Years Exposure Status Honey Supply per Square Meter Density per Square Meter Nectar Source Planting Collocation Aerial View
Plan of Ecological Apiary
Dendranthema morifolium Sophora viciifolia Hance Camellia japonica Rhododendron simsiiPlanch Osmanthus fragrans(Thunb.) Lour Pyrus Hevea brasiliensis
Master
Leisure
On the leisure plaza, the local nectar plants are matched based on color, with beehives scattered in between, in order to arouse visitors’ interest in bees’ gathering honey and prompt them to promote the benefits of bees. Plant Distribution of Nectar Source
Bee Earthworm Grasshopper Aphid Spider Woodpecker Beehive Device Detail Plan of Leisure Plaza Detail Plan of Ecological Apiary
Arbor Shrub Herb Beehive Device 13 1 2 3 4 5 6 7 8 10 12 11 14 15 16 Fire Protection Zone Wilderness Park Entrance Plaza Adventure Forest Nectar Source Botanical Garden Leisure Square Children's Playground Entrance Plaza Parking Lot Bee Science Center Entrance Plaza Botanical Garden Ecological Apiary Honey Theme Restaurant Nectar Source Plant Greenhouse Rape Garden Arbor Shrub Herb Beehive Device 15000
adventure
plantation
The nectar source plants here are so lush.
This square is very versatile, so next time, bring your kids and let him learn more about the benefits of bees!
Honeybee Theme Restaurant
Hello! We are honey theme restaurant. And every creative dish has honey added, which is good for your health.
03 Sand Botanical Garden
This honey juice is so good!
Wilderness Forest
Professional Work Type:Sand design
Location：Alashan ，Neimenggu，China Designer:Wang Yingqi(Individual work)
Duration：August 2022—November 2022 Area：88 hectares
Instructor:Bai Xinyuan Email:bxy1972@163.com
Sand dust storm is the general appellation of sand storm and dust storm, the symbol of desertification, and also a weather phenomenon in wind erosion desertification. Its formation is affected by both natural factors and human activities. It poses a threat to the safety and property of human, pollutes the environment and affects people's daily life.
The site is located in Alxa League Left Banner, Inner Mongolia Autonomous Region, China. The region is threatened by sandstorms, drought and other natural disasters all the year round. Due to the attack of sandstorms, land desertification, low vegetation coverage, shortage of groundwater and other problems have also followed. The disaster led to the economic decline of the primary industry agriculture in the Alxa League and a sharp decline in output.
The design measures such as building protective forests, protecting existing grasslands and forest areas, and planting drought resistant crops are taken to resist natural disasters in this area. The site is also designed with educational significance, such as natural disaster science museum, Populus euphratica forest protection area, nursery and other sites. While resisting sandstorms, it also provides people with a lot of opportunities to learn about natural disasters.
Ecological Apiary
Bee Theme Plaza
Nectar Botanical Garden Greenhouse greenhouse
It is said that there is wilderness park and adventure forest here. Do you want to go and check them out? It's very interesting! You see, this retaining wall effectively prevents the spread hill fires, we don’t have to worry about hill fires anymore! The nectar source plants here are rich that there are nectar sources all year round, and the bees never have to worry about window period!
The terrain of the site fluctuates gently, and the height difference is not obvious, showing a trend of low in the west and north, and high in the east and south.
Large-scale planting of poplar forests to form nature reserves and prevent dust storms.
Planting groups of sandy shrubs to act as soil stabilizers. The recreational park provides the surrounding residents with a venue for viewing and relaxing activities.
The combination of the site and greenhouse farming agriculture is conducive to promoting the agricultural economy.
The square provides leisure and entertainment space for visitors and residents in the surrounding area.
It is an offline educational base for people to learn about sandstorms.
Alxa Left Banner Toudao Lake Abduction Lake Month-by-month distribution of high winds, precipitation and dust storms in Alashan League Frequency of occurrence of maximum wind speed on the day of occurrence of sandstorm in Alashan League SITE Proportion of soil salinity classes Changes in the proportion of land with different degrees of desertification in Alxa from 2000 to 2012 Site Sandstorm Mountains Botanical Garden Airport Sandstorm Expressway Precipitation High wind Sandstorm Severe desertification Moderate Desertification Mild Desertification Nondesertification 20-40cm 0-20cm 1880 1920 1993 2022 During
Dynasty, Alashan League was designated
royal horse ranch From the fall
Qing Dynasty,
of herdsmen migrated
Alxa,
desert Gobi replaced the land once covered with plants Since 1993, "sandstorm"
upgraded
name
Nowadays, Alxa
source of dust storms
China,
environment
deteriorate. 0.5KM 1KM 1.5KM 4 5 10 11 12 1 2 3 9 10 11 12 10 11 12 N S E W NNE NNW NE NW ENE WNW SSE SSW SE SW ESE WSW N S E W NNE NNW NE NW ENE WNW SSE SSW SE SW ESE WSW N S W NNE NNW NE NW ENE WNW SSE SSW SE SW ESE WSW 10 20 30 40 50 70 60 10 20 30 40 50 70 60 80 0 20 40 60 80 100 120 10 20 30 40 50 70 60 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 10 20 30 40 50 Nondesertification Moderate Desertification Mild Desertification Severe Desertification Salt soil Large scale analysis Location Analysis Natural Factors
Land salinization Land Desertification Frost and drought Sandstorm Groundwater scarcity Lack of functionality Lack of space for activities Lack of extreme weather response systems Low vegetation cover Frequent pest infestation Decline in soil fertility Affects pasture growth Decline in agricultural production Waters dry up and turn into salt desert Residents' livelihoods are not protected Surrounding residents live a single life Towns damaged by natural disasters Severe economic decline The land is severely salinized and part of the soil is saline
land
is
to prevent wind
fix sand
ecological degradation, buried
and water
disruption of irrigation
the Qing
as a
of the
a large number
to
and the
has been
to a proper
and appears frequently in the Alxa region.
has become the largest
in
and the ecological
continues to
Landscape Factors
The
production capacity
reduced and the ability
and
is weakened. Resulting in
channels
sources, resulting in
desert
functional
Poplar Forest Nature Reserve
Water
Establishing various types of public spaces Sand Botanical Garden protection forest Situation Consequence Solutions Goals Framework 1570m 1560m 1545m 1528m 1 2 3 4 5 6 7 8 9 10
SECTION
Protective Forest Groundcover Plants Leisure Garden Greenhouse Plantation Theme Square Science Museum A B C D E F
The river is cut off and the river has turned into a dry sand ditch, in danger of being swallowed by the
Residents' lives are severely affected by natural disasters and travel is difficult. The activity space is single, less
and inconvenient for residents. Establishment of
Prohibit indiscriminate cutting and digging of sand plants Soil fixation with sand fences, protective forest strips
conservation, water purification and reuse
Vertical Analysis
Design Analysis
a b c d e
Aerial View
Design
Site Analysis First-class roads Secondary roads Walkway Protective Forest Event Venue Educational Land Agricultural Area Entrances Planting Area Arbor Shrubs Herb Agricultural Land Planting Land Protected Land Groundcover Analysis Planting Analysis Function analysis Traffic Analysis Sectional View Allium mongolicum Regel Haloxylon ammodendron Artemisia desertorum Caragana Korshinskii Kom Calligonum arborescens Litv Tamarix chinensis Lour Ammopiptanthus mongolicus IrisensataThunb Elaeagnus angustifoliaLinn Populus euphratica Oliv Master Plan 1 2 3 4 5 6 7 8 9 11 10 12 1 2 3 4 5 6 7 8 9 10 11 12 Entrance Plaza 1 Agricultural farming area Leisure Square Protective Forest Science Museum Sightseeing Trails Sand Plants Poplar Forest Reserve Nursery Base Entrance Plaza 2 Shrub Reserve Seedling Introduction Base 5 10 20 35M 0
leisure
entertainment zone, wind proof
sand fixation
UI
The function of general layout is divided into
and
and
zone, natural ecological area and education area. Plants with wind resistance and sand fixation is predicted be planted in a large area to form a natural ecological protection area, thereby avoiding the disturbance and damage of tourists and providing a growing field for plants. The park is built with a science museum of natural disasters, a nursery for introducing and cultivating sand plants,which provide visitor with the popularization of relevant knowledge. Meanwhile,wind protection and sand fixation, combine with agricultural planting base are settled to ensure comfortable and leisure activity for residents and tourists.
Friendly Community
My life here is very comfortable, which provides me with a friendly habitat, and I will not go anywhere.
The plants planted in this park are not only ornamental, but also can prevent sandstorms!
You think we can experience growing vegetables here. Do you want to go?
Professional Work
Type:Old neighborhood renovation
Location：Chengdu，Sichuan，China
Designer:Wang Yingqi(Individual work)
Duration：July 2021—November 2021
Area：7.5 hectares
Instructor:Li Mingjun
Email:Limingjun1971@163.com
The concept of school district housing first appeared in 1995. At that time, China changed its law to prohibit prestigious schools from admitting students who did not live in the surrounding area, and only children who lived within the school district could be admitted. This was intended to help less prestigious schools recruit more students. Traditionally, prestigious schools are located in the older parts of the city, where the houses are predominantly old and dilapidated. People tend to focus on which school the house is linked with, while ignoring the use of the house itself, the level of property management, and the room for appreciation.
While the premium for school district houses is increasing, the existing facilities and space of older school district housing cannot meet the basic space needs of the main users - children and the elderly - and the prices do not match the facilities. This design is for the renovation of an old school district house, with schoolage children and accompanying elderly people as the main users. The design adds a variety of activity and green space, transforms neighborhood facades and roofs, enriches neighborhood space, and activates unused venues. With improved infrastructure, school district housing neighborhoods will be more friendly and safer for school-age children and accompanying seniors.
Let's go to the Science Museum. I heard that there are many ways to prevent natural disasters.
Renderings
04
Longwang Temple Str. is one of the old neighborhoods in Chengdu, which is close to Chunxi Road and Taikoo Li, and owns a hundred years old elementary school in the neighborhood, making this area with multiple nature of tourism and residence. In addition, this area is in the old neighborhood with various people, mixed traffic, and narrow streets, which provides not enough space for children, and not enough security for students to go to school and leave school.
44 Subway 56 500=
100 100 40 100 27 33
18% 20% 34% 28% 40% 27% 33% 24% 26% 50% 16% 54% 30% 45% 30% 25% 300=
Average Prices of School District Housing Average Housing Price Shanghai Beijing Shenzhen Chengdu The Problem of School District Housing in China 9 90,000 100,000 60,000 90,000 50,000 40,000 20,000 91 5248 5545 Subway Public Schools Private Schools Subway 44% 56% 91% 52% 48% 55% 45% Subway Restaurant Mall Apartment Residence Residence Residence Apartment Residence Hospital Government Police Room Supermarket Community Green Space Green Space Analysis Infrastructure Functional Analysis First-class Road Secondary Road Road Analysis Educational Land Commercial Land Private Land Land-Use Analysis River Road Subway
250= 4000= 800=1
125=
500= 270=
Sichuan Chengdu Jinjiang 150,000 History of Longwang Temple Street 100 100 100 30 45 25 100 100 100 30 54 16 100 100 100 24 50 26 School Environment Tuition Fee Faculty Resources Student Pressure Public Schools vs. Private Schools Site Analysis Sources of School District Housing 1. Original Way of Going to School 2. Reconstruction of Houses 3. Establishment of School District Housing We need more interesting facilities and activity venues. We need intimate, romantic, youthful venues. We need safer and more comfortable resting places. We need comfort -able and welcoming community environ -ment. Needs of the users Location Analysis Strongly agree Generally agree Doesn't matter Disagree 52% Do you agree with the importance of the existence of school district housing? 20% 13% 15% Existing problems of school district housing The road too narrow, and no separation of pedestrian and vehicle traffic. How the garbage dump in the community? How are these cars parked at will? Why is the rubbish in this restaurant littered at random? The security of this community is not strong! How come is there no parking shed? How come there are no seats? Too scorching! Classification of Land-Use Groups Roof and Facade Design Road Traffic Design Educational Land Elderly Land Public Land Residential Private Land Outdoor Elevator Roof Renovation Fence Design Green Land Blank Land Urban Arterial Roads Car-free Sidewalks Vehicle Entrance/Exit People Entrance/Exit Mixed channels Land-use Analysis Master Plan 1 2 3 4 5 6 7 8 9 10 Green Roof Soccer Field Basketball Court Activity Plaza Children's Playground Leisure and Entertainment Place Flowering Bushes Green Street Ground Trampoline Curved Tracks 11 12 13 14 15 16 17 18 19 20 Flower Beds Rest Seats Rooftop Planting Fitness Equipment Modeling Green Plants Parking Lot Greening Ground Planting Land Seats Bicycle Parking Sheds 0 5 10 2 3 4 5 6 7 8 20 13 16 19 18 15 12 14 17 10 9 11 Students Parents Renters/Tourists 20：00—24：00 17：00—20：00 11：00—14：00 6：00—8：00 8：00—11：00 14：00—17：00 Schedule of activities for different groups of people Elevator outside the building Combination of Cultural Parents Waiting for Children's Space Space for Children's Activities Green Street Separation of Pedestrian Gathering Place for Senior Space for Parent-Child Activities Rooftop Planting Land for Senior Citizen (with access to people) Green Roof (no access to people) Design Strategy Safety Renovation Spring Summer Autumn Four Seasons of Plant Changes This design of school district housing can have a subtle educational effect on children, provide them with recreational spaces, and improve their aesthetic sense and hands-on & social skills. The internal circulation has been redesigned to avoid safety hazards, such as traffic jams during peak hours and non-separation of pedestrians and vehicles. As the neighborhood is predominantly populated by school-age children and accompanying elderly people, the design focuses on child safety and education, care for the elderly, and improvement of infrastructure. Sectional View Parking Lot Grass Bricks Ficus microcarpa Taxodium distichum Lolium Ginkgo biloba Cinnamomum camphora Material Analysis Permeable Concrete Ecological Retention Soil Rubber Mat Permeable Pavement Ficus microcarpa Ficus virens Taxodium distichum perenne Ginkgo biloba Cinnamomum camphora Material Analysis Ficus virens Taxodium distichum Cinnamomum camphora Lolium perenne Material Analysis Permeable Concrete Ecological Retention Soil Permeable Pavement Permeable Concrete Ecological Retention Soil Rubber Mat Permeable Pavement Winter
Design of child-friendly roads
In this design, have reorganized the ground space and renovated roads to achieve a separation of pedestrians and vehicles and make the neighborhood greener. The addition of different plants and benches not only makes the streets interesting and ecological, but also provides a resting and social space for parents picking up and waiting for their children to go to and back from school, creating a lively, ecological and comfortable atmosphere. The design of tidal lanes is introduced to ensure the safety of primary school students during school hours and create a child-friendly neighborhood.
Children's entertainment space
Child-friendly 3D activity space
In this design, activated the original negative space, reorganized and designed the ground space, and explored and added a new roof space. Facades of the buildings were renovated, elderly-friendly elevators were installed, and the neighborhood infrastructure was improved. I rearranged planting to provide space for activities and interaction for people of all ages and with different needs. also explored more possibilities for children's entertainment, education and labor.
Community door
Renderings
GreenRoof ParkingLotin theCommunity GatheringPlace for Senior Citizens' Activities Children'sActivity Space Longwangmiao ZhengjiePrimary School Separationof pedestrianand vehicletraffic Leisureand EntertainmentSpace Activityspacein theCommunity RooftopPlanting Land 0 5 10 15 Children's activity area Separation of Pedestrian and Vehicle Traffic
Lanes
Tidal
Aerial View A B C D A B C D
Rooftop Planting
In China, according to statistics, nearly 40% of pets are abandoned by their owners and become homeless animals. However, due to the lack of public awareness of homeless animals, the purpose of this design is to raise awareness and promote interaction between people and homeless animals.
This design is a multifunctional seat, the seat is combined with a trellis, under the seat is a shelter for animals, which can provide them with rest so that they do not have to live in an environment characterized by malnutrition and physical torture, we should learn to get along with animals while helping them to find their own homes.
