CONTENTS
Introduction
01
I have studied architecure at Wuhan Institute of Technology,in China for nearly 5 years. Since I was a little girl, I have been deeply influenced by my father ,an engineer, and started to become interested in architecture. Therefore, w h e n I f i n i s h e d c o l l e g e e n t ra n c e examination, I did not hesitate to choose architecture as my major. During college, I have always maintained a high level of interest and enthusiasm to learn more architectural knowledge. After five years of serious study at the university, I gradually developed my own design concept. When I saw the task list, I usually started with site research, and focus on the relationship between architecture and the environment and the relationship between archi tect ure and p eop le.
AMUSEMENT PARK Super-high-rise building Design Time: 2020.08-2020.12 Site:Beijing, China
02
LIGHT OF TOMORROW New square cabin hospital Time: 2020.02-2020.06 Site:Wuhan, China
03
NEW LIBRARY Library Design Time: 2017.09-2017.12 Site:Wuhan, China
04
VOID IS NOT EMPTY Urban Square Renewal Design Time: 2018, Summer
01
Site:Rome square, Venice, Italy
03
05
05
QINGPU CIRCULAR ECONOMY RESEARCH Strategic Planning Analysis Time: 2019, Summer Site:Shanghai, China
02
04
06
OTHER WORKS
Amusement park In today's fast-paced life, we are troubled by the trifles of life. When we were young, we had toys, snacks, playgrounds to soothe our minds. As we grow older, we learn to hide and suppress our emotions in order to adapt to changes in society. This design extracts all kinds of facilities elements of the amusement park to create an emotional skyscraper exclusively for adults.
Time : 2020.08-2020.12 Type : Group Acdemic project Position: Leader Tutor :Jemmy Li D201677803@hust.edu.cn Keyword: Amusement park Super tall building
Background Analysis
In today's fast-developing society, everyone is struggling in a high-pressure and fast-paced life. People are used to exchanging time for money and status, and try to adapt to the high-pressure working environment and avoid being eliminated by the society. In such an environment, people's working conditions become more and more numb, like a machine to repeat every day.
Date Analysis
delight
Stigmergy in ants
In such an environment, we randomly conducted a survey on the degree of work pressure, working hours and ways to release the pressure.The survey found that 70 percent of people are active from 8 a.m. to 2 p.m. and more than 10 percent work late into the morning or even later after work hours It also found that more than 56 percent of people suffer from high levels of work stress. Among them, some people will actively see the heart doctor; Some people decompress in different ways; And some people go into self-perpetuating negativity -not wanting to work, refusing to socialize... Such a cycle can put the whole person in a more anxious situation, denying the value of the self. At the same time, through the survey, we found that 23% of people associate the release of pressure with amusement parks, believing that some more exciting projects and active atmosphere in amusement parks can help them achieve the effect of decompression. Amusement parks also topped the list for 64 percent of children. Forty-three percent of workers said the place that best represents their childhood was an amusement park.
Location analysis
stressful
Stigmergy is a form of self-organization social network. It produces complex, seemingly intelligent structures, without need for any planning, control, or even direct communication between the agents. As such it supports efficient collaboration between extremely simple agents, who lack any memory, intelligence or even individual awareness of each other. People are used to exchanging time for money and status, and try to adapt to the high-pressure working environment and avoid being eliminated by the society.
Ambient analysis
Scheme generation
Element extraction
The building site has a bus station to the north, a library to the south, and extensive public facilities to the east. This helped us identify the location of three major intersections. As the site is located in Beijing's Sihuiqiao, bustling, surrounded by all kinds of noise. Experiments show that the higher the floor is, the better the noise isolation is. Therefore, we define the overall design as a super highrise building. As there are taller buildings in the west of the building, which have a more significant impact on the sunshine, the direction of our high-rise functional layout tends to the northeast.
After we determined the main entrance and growth direction of the building, we considered using the ant colony algorithm to generate the building's general shape. Through comparison, we intercepted the optimal form and based on its generation logic. The regular circles were superimposed continuously to form the basic skeleton of the building.
We extract different elements of the amusement p a r k t o for m o t h e r t ra f f i c sy ste m s a t d i f fe re nt speeds to meet different groups of people's needs. We extracted the slide element from the amusement park as our rapid traffic system, hanging on the outside of the structural design, the stairs as a slow traffic system for people to view and walk, wrapped in the inner ring, two kinds of spiral traffic systems in different directions and different density, forming a double spiral system. Based on the science fiction pipeline elements in the amusement park and children's yearning for science fiction elements, we designed the material pipeline and functional cabin to complete the whole design.
Architectural framework
Architectural framework
Slide -- traffic passage
Materials pipes
Function module
Elemental analysis
PART 1
PART 2
PART 3
PART 4
PART 1 Based on the merry-go-round project in the amusement park, we thought of partially rotating the column to form a cross-plane and build our unique architectural skeleton. PART 2 We built a staircase that rotated up along the building's skeleton, serving as the basic traffic for the whole building. PART 3 We built the material passage according to the elements of the amusement park pipeline. The passageway consists of six branch pipes, with gentle slopes on each floor to facilitate the extraction and storage of materials. PART 3 According to the amusement park Rapids project, we installed the slide, one of the representative elements of the amusement park, as another mode of transportation for the whole building. PART 5 Taking advantage of the elements of amusement park observation tower and children's yearning for science fiction colour, we designed modules similar to the space square cabin to be hung on the building skeleton. We utilized the specific functions of different modules to improve the function of the whole design.
Scene effect diagram
I want to have a paradise in the centre of a city. Every day I sail with it in a golden sunrise and come back in a blue sunset. I had a busy life, just bent over and watched the floating doors swirl around the light, the traffic vertical. For the first time, I will say: "The world is beautiful!"
Light of tomorrow New square cabin hospital Time : 2020.2- 2020.6 Type : Individual Academic Project Tutor :Jemmy Li Keyword: hospital COVID-19
People were flustered at the beginning of the epidemic. Countries have made enormous sacrifices to contain the outbreak. In the early stage of prevention and control, many clean and centralized houses are needed as isolation hospitals. Based on the original hospital, this design explores the new form of a square cabin hospital. I hope the epidemic will be brought under full control shortly, and everyone can take off their masks as soon as possible.
COVID-19 outbreaks
COVID - 19 pneumonia is an acute infection, a global outbreak in 2020. As of April 2, 957,000 people had been confirmed and 48,000 had died. Novel coronavirus is mainly spread by droplets and close contact and can spread rapidly in people. The world health organization says a novel coronavirus is the first human coronavirus pandemic.
Italy The United States
China
The Virus
Possible intermediate hosts
Number of COVID-19 infections and deaths
America Bats
pangolins
UK
Korea
French
Iran
Swit Hollands Turkey Belgium Germany
Spain China
Italy
Symptoms and location of infection of COVID-19 Headache
Humans
Route of transmission
Eye conjunctiva
Nasal mucosa Oral mucosal
Arthralgia Droplet transmission
Close propagation
Droplets containing a large number of pathogens a re d i s c h a r g e d i n t o t h e environment through the mouth and nose when the patient exhales, sneezes and coughs. Large droplets quickly fall to the ground, while small droplets stay briefly in the air and are confined around the source of infection.
Contact transmission
Contact transmission refers to the direct or indirect contact of the pathogen through the medium. Direct contact t ra n s m i ss i on ref e rs to t h e d i re c t transmission of the pathogen from the source of infection to the appropriate invasion portal of susceptible persons. Indirect contact transmission refers to the transmission caused by indirect contact with contaminated articles.
Pneumonia Heart colic
94345762 cases
Weakness of limbs 2018512 deaths
775 deaths
Any wound on your body The new crown vaccine was launched on December 31, 2020
8273 cases
no cure of protective vaccine for SARS
Hands - the easiest place to touch the virus
Trend table analysis of wuhan COVID-19
COVID-19 Outbreakoutbreak timeline analysis timeline in China
2019.12.1 Wuhan jinyintan hospital 2020.1.13 admitted the first new Thailand has reported its first case of a novel coronavirus patient coronavirus
2020.1.17 The second confirmed case of a new type of coronary pneumonia in Thailand
Experiment on epidemic control parameters
public class Constants{ public static int ORIGINAL_COUNT=50; public static float BROAD_RATE=0.8f; BORAD RATE FLOW INTENTION public static float SHADOW_TIME=0; public static int HOSPITAL_RECEIVE_TIME=10; public static int BED_COUNT=0; public static float u=0.99f; HOSPITAL RECEVIE TIME BED COUNT } ORIGINAL COUNT public class Constants{ public static int ORIGINAL_COUNT=50; public static float BROAD_RATE=0.8f; BORAD RATE FLOW INTENTION public static int SHADOW_TIME=0; public static int HOSPITAL_RECEIVE_TIME=10; public static int BED_COUNT=0; public static float u=-0.99f; HOSPITAL RECEVIE TIME BED COUNT } ORIGINAL COUNT public class Constants{ public static int ORIGINAL_COUNT=50; public static float BROAD_RATE=0.8f; BORAD RATE FLOW INTENTION public static int SHADOW_TIME=0; public static int HOSPITAL_RECEIVE_TIME=10; public static int BED_COUNT=100; public static float u=-0.99f; HOSPITAL RECEVIE TIME BED COUNT } ORIGINAL COUNT public class Constants{ public static int ORIGINAL_COUNT=50; public static float BROAD_RATE=0.8f; BORAD RATE FLOW INTENTION public static int SHADOW_TIME=0; public static int HOSPITAL_RECEIVE_TIME=10; public static int BED_COUNT=100; public static float u=0.99f; HOSPITAL RECEVIE TIME BED COUNT } public class Constants{ ORIGINAL COUNT public static int ORIGINAL_COUNT=50; public static float BROAD_RATE=0.8f; BORAD RATE FLOW INTENTION public static int SHADOW_TIME=0; public static int HOSPITAL_RECEIVE_TIME=10; public static int BED_COUNT=1000; public static float u=0.99f; HOSPITAL RECEVIE TIME BED COUNT } ORIGINAL COUNT public class Constants{ public static int ORIGINAL_COUNT=50; public static float BROAD_RATE=0.8f; BORAD RATE FLOW INTENTION public static int SHADOW_TIME=0; public static int HOSPITAL_RECEIVE_TIME=100; public static int BED_COUNT=100; public static float u=0.99f; HOSPITAL RECEVIE TIME BED COUNT }
2020.1.21 The first case of new coronavirus pneumonia was found in Taiwan, China
2020.1.28
2020.2.1
it had received 4,515 A t o t a l o f 1 1 , 7 9 1 confirmed cases from 30 confirmed cases and 259 provinces by January 27 deaths were reported nationwide as of January 31
2020.2.1 As of February 13, 55,748 cases of the new coronavirus pneumonia had been confirmed
ORIGINAL COUNT
The first chart shows the cumulative trend of global outbreaks, while the second chart shows the trend of new confirmed and suspected outbreaks. Based on the chart and the management of the outbreak, it is reasonable to believe that the cause of the outbreak around 10 February was the lack of complete isolation of patients during the incubation period, leading to human-to-human cross-infection and accelerated transmission.
Trend table analysis of wuhan COVID-19 In order to study how to control the epidemic in the shortest time, we made the following experiments. We use no rmal distri but ion to describe most of the phenomena, such as the distribution of population and the population flow intention; To set the number of initial infection of 50, and the spread of the virus at a rate of a fixed parameters; This experiment will in change of different parameters such as average flow intention, isolated beds, response time and so on were to explore the best way to control the outbreak.
When people do not receive treatment and their mobility is 100 percent, the disease spreads quickly among the general population.
when we changed the flow intention of people to zero percent when people spread speed slow down, but the treatment is not timely, outbreak will spread quickly.
When people's mobility intention is zero and the quarantine zone is established and treated, the epidemic w i l l b e qu i c k l y co nt ro l l e d a n d eliminated. However, due to people's neglect of the epidemic situation at the beginning, the intention of abortion could not be 0. When we bring it back to 100 percent, even with timely treatment, the outbreak cannot be controlled. On the basis of the intention of the flow of people is 100 percent, the additional isolation bed is 1000, the outbreak will also be controlled soon. This shows that outbreaks can be well contained when standard isolation points are sufficient. Under the above conditions unchanged, when the treatment time is too long, it will also lead to an increase in the rate of human-tohuman transmission, the outbreak can not be controlled.
Optimal selection of construction site
Hankou railway station
Lenght Coefficient:1.000
According to the previous experiments, I believe that only by sending patients to the isolation point for isolation treatment in Angular Coefficient:0.000 the incubation period can the epidemic be controlled quickly. This requires that the isolation points can be quickly reached in all areas Additional Edge Weight Coefficient:0.000 of wuhan and the number can meet the needs of patients.
Step 1:Analysis of population density in Wuhan
Lenght Coefficient:0.000 Therefore, I found the population gathering places in wuhan, including residential communities, railway stations, high-speed Angular Coefficient:0.000 railway stations, business circles and airports. In order to find the Additional Edge Weight most suitable isolation point in wuhan city, the selected point line Coefficient:1.000 is used to find the optimal path between points. Tianhe airport
Lenght Coefficient:0.000 Angular Coefficient:1.000 Additional Edge Weight Coefficient:0.000
Lenght Coefficient:1.000 Angular Coefficient:1.000 The bamboo sea park
Green hill park
Additional Edge Weight Coefficient:0.000
Hankou railway station Wuhan railway station Jianghan road
Lenght Coefficient:1.000 Angular Coefficient:0.000
Wuchang railway station
Additional Edge Weight Coefficient:1.000
Han street Street entrance
Optical valley plaza
Lenght Coefficient:0.000 Angular Coefficient:1.000
Step 2:Calculate the optimal path
Additional Edge Weight By controlling different parameters, the shortest path between the Coefficient:1.000 starting point and the ending point is obtained, and the optimal path between the two points is manually selected. Lenght Coefficient:1.000 Compute the shortest path by assigning a custom distance weight to a spatial network. Edge weights can be measured, angular, Angular Coefficient:1.000 custom, or any combination of these. So we can represent different Additional Edge Weight concepts of different distances. Coefficient:1.000
Street entrance
Tianhe airport
Wuhan railway station Hankou railway station
Wuhan railway station
Optical valley plaza
Wuchang railway station Hankou railway station
Wuchang railway station
Han street Han street The bamboo sea park
The bamboo sea park
Hankou railway station
Street entrance
Jianghan road Optical valley plaza
Wang Jiawan
Tianhe airport
Wang Jiawan
The bamboo sea park
Han street Jianghan road
Wuchang railway station
Wuhan railway station
Wuchang railway station
Optical valley plaza
Optical valley plaza
Wuchang railway station
Wuchang railway station
Han street
Zongguan Station
The bamboo sea park
Wang Jiawan Zongguan Station
Hankou railway station
Wang Jiawan
Zongguan Station
Monomer generated
Living module 1
Suitable for single person isolation Living module 2
Living module 3
Housing module 2 + Leisure module
Housing module 3 + Leisure module
The first aid module is connected with the residence module to achieve the optimal treatment effect
Housing module 1 + Leisure module
Housing module + Leisure module + Green module
Housing module + Emergency module
T h e e n t e r t a i n m e nt m o d u l e , connected with the residential module, can relieve the patient's psychological pressure at the same time, and do more exercise appropriately to help the recovery of the condition. Functionally, it completes the whole building.
Suitable for maternal and infant isolation Suitable for physical inconvenience or severe isolation of patients
Combination rules
Explosive view The tetrahedron is expanded, and each face has a corresponding serial number.
Living module
Entertainment module
Medical module
Green module
Vertical elevator streamline
The residential plate is named plate A, the entertainment plate is named plate B, the medical plate is named plate C, and the greening plate is named plate D. Where A can connect A, B, C and D; B can connect A, C, D; C can connect A and B; D can connect A and B.Specific rules are shown in the figure on the right. The stairs streamline The first step is to find the most suitable construction sites in different city blocks, according to the severity of the epidemic and the route of dense traffic. The second step is to judge the building's g row t h d i re c t i o n a cc o rd i n g to t h e environment around the building site and master its general form. The third step, according to the block's specific epidemic situation, the number of infected people and the physical condition of the patients, to judge the housing module, entertainment module, emergency module, and so on. The fourth step is to establish floors and traffic hubs for each floor, including food delivery channels, medical staff channels, etc. The fourth step is to establish floors and traffic hubs for each floor, including food delivery channels, medical staff channels, etc.
Composite elevation diagram
Finally, in the same way, large and perfect square cabin hospitals were quickly established in each block to achieve epidemic control.
Scenario 1
Scenario 2
I am a recovered patient, and I was brought here when I developed symptoms. I was very nervous at first, but the environment is pleasant, the equipment is right, everything is clean. Food was delivered to my room through a unique tube, and the medical staff kept track of my condition daily through the channel. They cheer me up every day and tell me everything is going to be okay. I am a cured patients, when my symptoms, I have been here. I am very nervous at first, but the environment here is excellent, equipment is complete, the objects are very clean. Through the particular pipeline to transport to my room, there is medical staff medical daily record by my situation. They encouraged me every day, and tell me everything will be okay. I looked at the city through the window. I want to be, we and the city will be okay!
After the outbreak, it was converted into a B&B. My father died in the disaster. I'm living here now, feeling where he was, and remembering him and all the people who contributed so much to this disaster. I also hope, in the face of disaster, we can share the bright tomorrow.
Scenario 3
I'm a doctor, and I'm dealing with these sudden outbreaks and thinking about better controlling them. And when the new square-cabin hospital was built, I thought I had the answer.
New library
Research on new library forms
Time : 2017.09-2017.12 Type : Individual Academic Project Tutor :Chen Kexin Li Jingyi Keyword: Library Design
The functional nature of the common library is single and the building is separate from its surroundings. This design explores the possibility of the activity space and the greening of the library under the requirements of meeting the function of the library. At the same time, considering its lighting and ventilation characteristics, it forms a green multi-functional building integrating book collection, self-study and activity space.
Panorama of Site
Site Analysis
The Teaching Building
The Teaching Building
site
Culture Building
The Fangyu Road
The Zhixing Road
The Gym The Boxue Road Urban Roads and Traffic Map
Background Analysis China
Hubei Province
Jiangxia District
Wuhan City
Site Surrounding Environment site
Location analysis of wuhan library
Water Area
site
SITE
Public Space
The address faces the lake in the south, the teaching building in the north and east, the canteen in the west, and the gymnasium in the southwest.
SITE
site
Data Analysis Provincial and municipal libraries
District libraries
Small libraries
A large number of libraries of different scales are distributed in the urban area of wuhan, but most of them are located in jianghan district and wuchang district. Divide the scope of the library's services into three levels, in purple, orange and red. The center of jiangxia district is 6km, 10km and 15km away frovm three libraries of different levels.
Green Space
Population proportion of each district in wuhan
Demand survey map of jiangxia district library
Education level chart of jiangxia district
Age distribution map of jiangxia district
Jiangxia district is one of the most populated areas in wuhan. According to the survey, the largest proportion of the population in jiangxia area is 15 to 24 year old teenagers, they are in middle school or university. Of all residents, 64 percent said quick access to the library was important to their daily lives.
site
Surrounding Buildings Map
On the rest platform, you can rest, chat and discuss with friends. It is a rest place between concentration and leisure.
On the roof, the range of activities is more extensive, it is the place that provides the activity opportunity.
The corridor is a vertical space for rest, movement and integration. On the premise of providing routes, more space can be created for people to use as much as possible.
Dew point temperature analysis Traditional library and the new library buildings
buildings
Basement
Dry bulb temperature analysis
buildings
Above-ground building
The traditional library connects directly to the basement
buildings
buildings
I also like to relax myself here when I am tired. The simple design gives me more choices in the library.
The traditional library is isolated from the surrounding buildings
Library
Above-ground building
buildings
Library
buildings
Basefloor buildings
Landscape
The red part corresponds to the time when the dry bulb temperature and the dew point temperature are high. The redder the color, the higher the temperature. The average temperature in wuhan is very high in summer (may-august).
Basement
The new library adds greenery between the two, making it more in tune with the surrounding environment.
The new library establishes a link between the floors and the surrounding buildings so that visitors can reach their destination quickly
Board space form interaction space together with a layer of green space, building around the connection under the premise of creating more space for communication with others.
Sunshine and ventilation design Landscape Lecture hall Library
buildings
buildings
The traditional library has a meeting room inside, so the flow is not convenient.
buildings
Library
buildings
The traditional library building body is separated from the afforestation, which can not adjust the relationship between the readers and the leisure space. Landscape
Lecture hall buildings
buildings
Library
Library
buildings
buildings
The new library combines it with the green roof to create a new tour flow.
The new library combines architecture and greenery well to create more leisure space for readers to use.
he green space on the first floor is one of the main places to provide various activities while returning the hall space on the first floor to the land.
F1
F2
The atrium stairs
The atrium
Study area
Landscape trails
Landscape platform
Reading area
Void is not empty Square design
Time : 2018, Summer Type : Group Acdemic project Position: Main Designer Leader Tutor :Chen Kexin kexinchen@wit.edu.cn Keyword: Venice Design Urban analysis
The entire square is filled with traffic functions, which are single and limit the possibility of other functions entering the square. Here, however, few people do anything but wait. The whole square is dull, hot and devoid of vitality. On the basis of simplifying PLAZZA ROMA's transportation and flow lines, the design adds the element of "mirror" and the most important element of "water" in Venice to create a recreational public space suitable for residents and tourists, forming the first impression square of Venice.
Location Analysis It's too hot. When will the bus come? I can't hold on! Where is the bus station?
Where should I go? Where can I take a boat?
Square Analysis
I’m lost!
I can't find the parking!
Traditional CAMPOs
CAMPO is a common ty pe of small square in Venice.Mostly op en s p ac e su rrou nd ing t he church ,empty areas wit h a wel l or a spa ce just pl anted number of trees can be a campo. v S i m p le l ay ou t i s o n e o f t h e bigge st characteristics of t radit iona l campo i n Venice. Nevertheless,because of its simple in elements,more free space is availble for people to develop their activitives.Dog walkers, sunbathers, and children amuse themselves with the activity of CAMPO.
Combination
Modern squares
building texture
Most of Venice's modern squares are concentrated near schools and Chinese communities. These squares are large in area and have specific functions, such as the basketball court near the school, the fitness area near the community and so on. M od er n s qu a res d iffe r f ro m traditional CAMPO in that they are often built to suit the needs of the residents, and their activities are restricted by specific facilities.
hydrological
PLAZZA ROMA
The entire square is filled with traffic functions, which are single and limit the possibility of other functions entering the square. There are train stations, the city rail to Venice's interior and the bus terminus, the stop for the water bus line 2, the stop for the long distance buses, and the stop for private cars and taxis.
Analysis of Venetian culture
Historical analysis of Venice
Site Analysis
The car was then turned into the The urban rail streamline is the circle line was expanded western parking lot moved upward to form a "straight to turn around the edge of the to straight" rail streamline square, finally forming a clean square
Site Generation Analysis
When people walk in certain historical corridors, the back of "mirror square" will display the excellent works of contemporary Venetian art. In this way, the corridor, green square and mirror square are combined.
According to the historical development of Venice, the design of the corridor was extended. When people stand at the highest point of the corridor, it corresponds to the most prosperous period in the history of Venice; When Venice is in decline, people will gradually enter the lowest point of the corridor.
Original Site
Link Transport Hubs
Adaptive Site Boundary
Undulate the Corridor
Set Up the Viewing Platform
Widen Horizon
Add Landsapce Mirror
Division of Landscape Mirror
Add the Water Plaza
Streamline Contrast Analysis
Flow line analysis Urban light rail transfer lines
The explosion figure Water square
Landscape trail plaza
Bus transfer lines Landscape corridor
Train transfer to streamline
Landscape trails
Water bus transfer line
Analysis of public activities
transportation
Left view and water circulation diagram
Right view
Qingpu Circular Economy Research Strategic planning analysis and preliminary proposals Intern| Teamwork 2019, Summer In response to the 2035 master plan of Qingpu District, Shanghai, we proposed the “self-circulation” strategy for the development of the Qingpu District. The northeastern part of the area is dominated by cities and towns, while the southwest mainly are unspoiled ecological villages. We hope that in the development of the Qingpu District, there will be the smallest possible impact on the local area. After extensive research on transportation, land use, and natural resources in the area, we proposed a “slow system based on bicycles and boating”, reorganizing wasteland in urban and rural areas. Also, we hope to make rational use of local resources to reach “self-circulating” villages and cities.
The KMZ model 1.The spatial logic of the CE is not yet fully understood and planners face contradictions: As cities become globalized, limiting resource flows locally becomes impossible. 2.MARS developed the KMZ* model that achieves a resource balance across scales through urban clustering and exchange. Kilometerzero(KMZ)=Clustering+ Sharing
Location
Status
Base map
Arc GIS Jinze Town
Qingpu City
Current rivers and lakes
Current green space
Transportation line
The entire Qingpu District has a rich water network. Among them, the southwest has a perfect hydrological system, which has great potential for developing waterway transportation networks. The green land resources are abundant, mainly concentrated in the southern part. There are many densely populated towns in the northeastern part of Qingpu District, and a mature road transportation network has been formed. Its traffic accessibility is good, thus it has great potential for developing slow-moving ecological traffic.
Qingpu City and Zhaoxiang Town use cars as the main means of transportation, with existing bicycle lane facilities. Jinze Town has a good ecological environment and Yangshe Village Zhaoxiang Town barges are used as transportation in some areas. Yangshe Village has rich cultural activities and mature ecological markets.
Land resources
Urban Brownfield Other properties of land Artificial Green Transportation Land Urban Wasteland and brownfield Organic Town Village Protected Framland water
Data statistics
Brownfields wasteland
Rural Wasteland
Main urban river
Urban brown land and rural wasteland account for 0.4 per cent of the total area of Qingpu District. The proportion is very low but scattered in Qingpu District, which causes waste of land resources to some extent and affects the overall beauty of Qingpu district. The formation of wasteland is caused by the unreasonable application of farmland and villages, which are scattered sporadically in rural areas and cause a lot of waste of land resources.
Natural resources Inefficient and inadequate agricultural waste treatment methods. The construction along the river is old and lacks repairs, and it gradually becomes a dangerous building. Environmentally unfriendly power stations are incompatible with the rural ecological environment. Single water use system, large amount of land idle, low resource utilization.
22
Self-circulating system
Transportation
Specific design example Bike route Boating route Old Town Golf Club Visitor Centor
Oriental Green Boat
Taking advantage of the good hydrological advantages in the southwestern part of Qingpu District and the waterway traffic that has been initially developed, we plan to develop boating as the main means of transportation in the southwest, connecting the villages with large and small waters as the veins, and gradually spreading the waterway network to the dense urban areas in the northeast. In the northeast, we rely on the mature road network and the existing bicycle lanes to comprehensively d ev el o p a b i c yc l e- le d s lo w- mo vi n g sy ste m network and penetrate to the southwest. The two kinds of ecological transport are like the mutual spread of capillaries, closely related to the city and nature, and finally cover the entire Qingpu District.
Existing attraction C.H. Temple
Metro Station
Biking route Boating route Future development zone Arable land Recreation Residential area Factory
Result: Zhujiajiao Ancient Town has become a popular scenic spot and has a high popularity. At the same time, it has good development potential as a connection between the city and the village of Qingpu District. As a guide for visitors to know about Qingpu District, waterway traffic can also serve as a medium for residents to exchange transactions with outside tourists. Bicycle lanes effectively encourage people to travel with low carbon and better integrate into nature.
Land reorganization and utilization
We overlap different maps, w hich include water area, residential area, farmland area a nd fruit forest area, to exp lore the most appropriate transformation method in different geographical locations and conditions.
Wasteland
Clo se to the l iv ing area of v il l agers and t h e o r c h a rd a r e a , w h i c h i s s u i t a b l e t o be transformed into a forest park to g iv e th e lan d b ac k to t he res i de nts and stimulate the local economic development.
Farmland
Living area
Zhu Jiajiao Town State: Urban and rural junction Developed scenic area Good accessibility
Farmland
Living area
Woodland
Close to the living area and less ecological environment damage, the geographical location is nearest to the city centre. We plan to develop an ecological art village by waste materials, to improve people's first impression on Qingpu. Close to the reservoir and the main river, and its geographical location is relatively close. It can be combined to form a green bicycle park along the river, which can improve the living environment of residents and improve their quality of life. This area is located in the central area of the entire district and is closely linked to the lives of the residents. It can be used as a green park to improve the environment while providing a greater venue for residents' public activities.
Water
Woodland
Water
Close to the factory, can be combined with construction, forming an ecological green park. 23
HAND-PAINTED
MODEL
PHOTOGRAPH
OTHER WORKS