PORTFOLIO URBAN DESIGN Xiong Haoying 2020-2024
CONTENTS
EDUCATION Zhejiang Gongshang University Zhejiang, China Bachelor of Engineering Sept. 2020 - Jun. 2024 • GPA: 84.23/100; • Major: Urban and Rural Planning; • Core Modules: Principles of Urban Planning, Overall Urban Planning, Detailed Urban Planning, Urbanrural Infrastructure Planning, Urban-rural Road and Transportation Planning, Design Expression Techniques, Landscape Design, Regional Analysis and Planning, Geographic Information Systems, Urban Economics, Urban Sociology, etc;
03
02
01
INTERNSHIPS Chongqing Storm Architecture Planning and Design Co., Ltd Zhejiang, China Urban Planning Intern Jul. 2022 - Aug. 2022 • Hand drawn planning schemes for different regions; • Cooperated in conducting preliminary planning research and technical indicator analysis for urban renewal projects; • Assisted in the preparation of special plans for urban renewal projects;
OTHER SKILLS Design Software: CAD, SU, Rhino, PS, Arcgis, AI, ID, Grasshopper, Lumion, Escape, D5; IT Skills: SPSS, R language;
• •
MÖBIUS
DOPAMINE
The 5th College Student Rural Revitalization Creative Competition Zhejiang, China Key member Dec. 2022 • Designed and renovated a small courtyard in Shengdun Village, Pingwang, Jiangsu, and it has been successfully completed; • Built facilities such as flower houses and children's entertainment areas and the children's entertainment area became a place for children in the village to play; • Undertook project proposal writing, document writing, design logic sorting and report preparation work;
COURSE OF ACTION
EXTRA-CURRICULAR ACTIVITIES ‘10+1’ Joint Graduation Project Project Zhejiang, China Key member May. 2023 • The project is located in the northern unit of Tangqi Town, Hangzhou, Zhejiang Province, with the surrounding area of Tangqi Ancient Town as the project site for urban design; • Used the Grand Canal and ancient town culture as the foundation to explore new models for the development of ancient towns in the new era; Innovation Project Zhejiang, China Key member Apr. 2021- Apr. 2023 • Using Zhejiang Province as a case study, studied the driving effect of people who are creative and start businesses in the rural areas; • Identified the types and characteristics of rural innovation and entrepreneurship groups, and constructed a general theoretical analysis framework for measuring the driving effect indicator system and mechanism analysis; • Proposed relevant governance and promotion suggestions to promote the development of rural innovation and entrepreneurship groups and assist in rural revitalization;
04
COMMUNITY WITHOUT "WALLS"
Xiong Haoying Phone: +86-15398726110; Email:1074598867@qq.com Address: Qingyi Jiayuan, Xiaguan Town, Dali City, Yunnan Province, China (671000)
PROJECT 1
MÖBIUS ——Energy-cycle oriented urban design
In the context of sustainable development, the use of clean energy is receiving increasing attention. The goal of this project is to integrate clean energy systems into the city to help people live in a sustainable, clean and environmentally friendly environment. A new vision for the world to use clean energy to power cities.
Energy classification
Clean energy history
Clean Energy
Early 2010s
Coal
Nuclear energy
Petroleum
Ocean energy
Natural gas
Wind energy
Solar energy
Non-clean energy
Status of energy use
Currently, the world's energy use is st ill dominated by non-rene wable energy sources that produce pollutants such as carbon dioxide or sulphur compounds, which is not conducive to achieving sustainable development.
Flywheel energy storage
Biomass energy
5000 4000 3000
Petroleum
33%
Natural gas 24%
100
2000 1000
Energy resources
Coal
1760 ML
Natural gas
Coal
105 billion tonnes
27%
5%
Petroleum
47 million tonnes
Renewable energy
11%
Energy-consuming areas
0
200 160 120 80 40
0
Raw material output sites Raw material transport routes
Petroleum
9.5 billion barrels/year
Nuclear energy 15%
Natural gas
Renewable energy begins to attract attention.
Annual energy consumption Nuclear energy
176 ML/year
Comparison of energy sources 100
Clean energy application scenarios Po Tr Energy effect ind wer i nd a n s p Raw material u u s t or t directly related st r ry y Feedstock indirectly related
0
Nuclear energy 1950
20℃
Co r e a n st r u l e s ct i t at on e an
d
In m a du st r nu i a l fa c tur
i ng
En c on e rg y se r va t ion
Solar energy Wind energy Ocean energy Hydrogen energy Biomass energy Geothermal energy Hydroelectric energy
2000
SITE
200mm Average annual temperature
15℃
Site
150mm Average monthly maximum temperature
Average annual precipitation
10℃
100mm
5℃ Average monthly precipitation
Average monthly minimum temperature
Large terrain elevation differences
0℃ Jan
Jun
Feb
Mar
Apr
May
Jul
Aug
Sep
Oct
Nov
Large topographic differences bring more precipitation and wind energy to the region, while also providing conditions for the use of water energy sources.
50mm 0mm Dec
Petroleum Natural gas 10%
Human energy demand orientation Demand
Raw materials
Facilities
Energy transformation
2020
Future
Energy transport
Energy use
Energy storage
Instruments
Energy demand
Biomass energy
Cotton
Kinetic energy Solar energy
Standby
Electricity energy Project not used
Spinning Wheel
Geothermal energy
Ingredients
Hydroelectric energy
Water purifier
Project not used
Flywheel storage Electric cable The transfer of heat energy does not exist in a fixed medium.
Wind energy
2010
The more open and flat area provides a more convenient space for the establishment of the project.
Transporters
In order to meet my most basic needs, I need at least clothing, food , shelter, a nd some basic means of travelling.
Food
20%
Open f lat land
Nuclear energy
Irrigation facilities
Factories
Thermogenesis
Thermal energy
Nuclear energy
Accommodation
Power
Manufacturing
Saving for intra-substance transfer
Solar energy
Heat
Conservatories
Conduits Wind energy
1990
Average monthly maximum temperature
Energy generation
Travelling 1970
250mm
Energy design logic
Renewable energy
Natural gas
Wellington City has an average of 169 days of sunshine per year.
25℃
Loss rate of energy use
60
20
The site is located near the sea, with a long coastline that facilitates the use of marine energy at the site.
Proportion of clean energy use
Natural resources of New Zealand
Farms
After the steam age, the use of energ y became more widespread. After the development of the times, with the enhancement of environmental protection consciousness, people's awareness of the development of clean energy is also strengthening, and in the future, clean energy will become dominant.
80 Coal
New Zealand has one of the highest levels of clean energy use in the world, with a st rong tech nological base and significant investment in hydro, wind and geothermal energy in particular.
100%
10%
0 5% 10% 15% 20% 25%
Site analysis
Countries leading in new energy use ranking
The long coastline
Coal
Coal
375 million tonnes/year
Petroleum
The global renewable energy industry is coming into its own.
Renewable energy continues to grow and clean energy technologies are innovated.
Clothes
4.1 ML/year
40
Hydrogen energy technology is gaining traction.
Clean energy becomes a major application.
Indirect effect correlation
200 billion barrels
0
The concept of clean energy has not yet been developed.
Early 2000s
Direct effect correlation
Nuclear energy
Energy use ratios Nuclear energy
Hydroelectric energy
Geothermal energy
Hydrogen energy
Renewable energy
Non-renewable energy
Before 2000s
Future
Mid to late 2010s 2020s
Power plants
Geothermal energy
Biomass energy
Planting
Providing the environment
The project intends to use clean energy to complete the cycle of the entire e ne rg y syst e m , helpi ng p e ople t o survive and protect the environment while using only clean energy.
Design strategy
Small group
Industrial areas
Water resources
Processing equipment
Travelling areas
Storage equipment
Conduits
Solar energy
Wind energy
Carbon reduction
Cultivation environment
Windmills
Biomaterials
Glass greenhouses
Sloped roofs Photovoltaic panels
Plantation areas
Wind energy
Cable transmission
Biogas digester
Water storage tanks
Water purifiers
100%
40%
100%
Plants self-produced
Plants self-produced
Large-sized farming group
100%
Wind energy
70% 30%
100% Electricity
100%
100%
70% 30%
Solar energy
Geothermal energy Solar energy
Underground material flow diagram
Residential group
Transmission of electric energy
Wind energy
Electricity
Small-sized farming group
Electricity 100%
Industrial Group Wind energy
60%
70% 30%
Solar energy
Wind energy
Pipeline transmission
Electricity 100%
100%
Energy flows under various clusters
Medium-sized farming group
Energy complementation group
Residential areas
60%
Electricity reserves
Flywheel energy storage
100%
100% Solar Solar energy energy
40%
Electricity transmission
Material adequacy group Geothermal energy
Greenhouses
Solar energy
The residential area is solar and wind powered, and the rest of the power will be stored in flywheel storage as a back-up energy source for emergencies.
Plantation group Wind energy
Solar energy
Plantation
Solar energy
Building monomer Residential area
Small Residential
Medium Residential
Wind energy
Plantation area The core planting areas are divided into three categories, corresponding to the growing needs of different crops.
Water storage and purification
Medium group and underground transport pipelines
Medium production groups
Small production group Receive
Solar energy
Plants self-produced
Plants self-produced
Product
Receive
Product
Biogas digester
Flywheel The energy requirements of the planting areas will be provided by wind and solar energy, and the required substances, such as water or biogas, energy storage will also be supplied to the planting areas with the aid of energy.
Wind energy
Plant
Group establishment
Large Residential
Solar energy
Energy transmission
Cultivated Residential Absorb
Wind & Solar energy
Wind & Solar energy
Transport
Centralised
Group contains dwellings for 2 to 3 persons
Transport
Centralised
Receive
Receive
Low density
High-density planting areas are suitable for lowgrowth crops, which can provide people with a large and rapid supply of raw materials to ensure their livelihoods.
Medium-density planting areas are basically suitable for most of the crops, which is conducive to most of the crops to get enough sunlight and provide suitable growing space to meet human needs.
Low-density planting areas are suitable for plants that require more space to grow and are more suited to perennials for extra nutritional supplementation.
ric
ity
e El
ty
ci
ri ct
Ra r e s i nw a t ou r e r ces
Wat er
Product
Product
Medium density
El
t ec
u
se
Ultra Large production groups
Large production group
High density
Group contains dwellings for 4 to 5 persons
re so
us
e
Geothermal energy
So e ne la r rg y
Transport Centralised
Transport Centralised
Group contains dwellings for 2 to 5 persons
ty
El u rce
ec
ci tri
e El
ct
ric
ity
e us
s t le m
e nt
s
F resoood u rce
W e ne i nd rg y
s tin
15%
Absorption rate
Urban node profile
ga
rea
B ot resoanical u rce s
40%
t r a C a bl n sm e i s si o
s
P nu f l a nt a ct uri n
g
The rest of the energy will be stored as a backup energy source, except for the electricity needed to meet the needs of life and city operations.
Pure water
The wastewater will be treated and transported to the planting area crops Conversion rate to irrigate the crops.
35%
Wastage rate
10%
Geothermal energy Electricity
Electricity is rapidly transported by cables on the ground
Planting area
Electricity is rapidly transported by cables on the ground
Solar energy
n
F ly
wh e s t o el e n e r ag rg y e
e El
c
c tri
ity
c
r ve on
sio
n
Concentration of rainwater during rainfall
Primary piping
Primary piping
Secondary piping
The energy of the city is obtained from the sun, wind, geothermal heat, etc. from outside and converted into electricity, heat, and bio-energy and deposited into matter, and completes the whole cycle of matter in the city.
Oxygen
Primary digester
Primary piping Primary piping
Primary piping Water purification facilities
Secondary piping Secondary piping
ma
Electricity
Food waste will be collected and composted to provide nutrients for crops in the growing areas.
Rain
Ge ot e ne he r m a rg y l
t r a P i p el i n sm ne i s si on Pla n
Wastage rate
Biogas
Sewage
Wastewater generated by the residence will be centralised and treated underneath the planting area through pipelines.
Wind energy
e us
Bi d ig o g a s e st er
Group contains dwellings for 2 to 3 and 5 persons
Electricity
Wind energy
Set
Se r e s aw a t e ou r r ces
W resoater u rce
When the house produces too much carbon dioxide, it will be transported to the planting area through the pipeline, so that the plants can absorb it and maintain the temperature of the greenhouse.
Main forms of energy transformation
Material transmission Release
Dioxide
Oxygen
Oxygen is produced by plants in the plantation area and transported to residential houses via underground pipes.
Dioxide
Secondary digester
Water storage tank
Biogas
Secondary piping Secondary piping
Water
Eletricity
Urban energy Transformation
Urban material Transformation
Most of the energy will be converted into electricity, which will be used to run the city to meet the needs of normal life.
Geothermal energy
Solar energy
Electricity travels on wires
Plantation
Wind energy
Provides nutrients
Provides feed
Centralised composting
Generation Oxygen supply Formation of greenhouses
Rubbish residue
Electricity applications
Growing food
Become food
Generation
Rubbish residue
Residential
Produces some of its own food
Battery vehicles Buses
Conversion to electricity
Cars
Purification into clean water Sewage generation and rainwater harvesting
All of the buildings within the city will be in the form of greenhouses in order to produce a sufficient amount of food for people to survive. At the same time there will be more possibilities of material exchange through underground pipes, making life more comfortable for the people.
Urban elevation
The city is located on the coast, facing the sea and backed by mou nt ai ns, a nd i n t h is geog raph ical environment the city's energy will make full use of solar energy, wind energy and New Zealand's abundant geothermal energy, so that the city's energy sources are all clean energy. At the same time, the materials in the city will also co-operate with the city's energy to complete the cycle, completing a self-sufficient system.
Explanation of the process of city formation Within the city, small clusters are formed in the form of dwellings, then medium-sized clusters are focussed around planting areas, and finally the city is fitted with adequate energy generation, energy conversion and energy storage systems.
mi n
in Be rl
min
Dub
in
ai 3
35m
Sy
45 m in
60min
Pearl River Delta city cluster
As the capital of Zhejiang Province, Hangzhou has a large amount of traffic in a small central area.
Traffic flow Centre circle
in
Number of individuals
in
Moscow
lhi
n mi
0m
n Ista nbu l 45 min
60
mi
Se ou l
in
m
City cluster
City cluster in the middle reaches of the Yangtze River
Traffic status of Hangzhou main city
Private car Public buses Walking Bicycle Metro Commuting time
25-35min 30-40min
1990s
35-45min
2000s
congregation point
16
hospitals
13 8
10
11 8
fire station
Project Focus Areas A A B
40-50min
2010s
A B
A B
Area
45-55min
2020s
Transport in Yangtze River Delta core city
Transport in China's urban agglomerations
Transport in the world's cities Probability of traffic jam
Vehicle ownership
Sightseeing Concentration Vehicle ownership Populations
Vehicle ownership 40mil. 40mil.
Populations
Cities with a commute of 30 minutes or more Populations
30mil.
39
36% 1,417 mil. 33%
33
32%
35
28%
215mil. 36 mil.
China India
50 mil.
276mil. 27 mil.
333mil. 280 mil.
Brazil Indonesia America
Legend Project Focus Areas B
Transport network Level I fire station sites Points of congregation Large hospitals Water area
2mil. 1.5mil.
15mil.
302 mil.
Traffic flow
As urban commutes continue to lengthen further and the frequency of traffic jams continues to rise perhaps people's lives will suffer.
1980s
1,412 mil.
City
Provincial capital
30
ai 5
De
n
45
m
w
mi
20-30min
1970s
35%
Legend
Commuting time between 30 minutes and 1 hour Commuting time over 1 hour
n
rda
ngh
ai 60m
Ne
in
40
ila
ste
Sha
In cities people are spending more and more time in traffic because of road congestion and commuting distances. This makes people's lives less happy and prevents some emergency situations from being solved in time. To solve the congestion problem I use wool algorithm to re-route the roads. I hope people's happiness in the city will be improved.
Mumb
World traffic situation
ey
M
50
Hong Kong 45min
——Parameterisation-based traffic design
Yangtze River Delta city cluster
Commuting time less than 30 minutes
0m
dn
n mi Am
ing
ij Be
n
High probability of traffic jam Medium probability of traffic jam Low probability of traffic jam
o 45
de
in
5mi
to 3
n Toro
Bangkok 60min
gra
Jing-Jin-Ji urban agglomeration Chengdu-Chongqing urban agglomeration
0m
o 5
l Pau
Sao
min
Bel
m 45
in
in
COURSE OF ACTION
e
m
Ro
n
Tokyo 50m
PROJECT 2
Low probability 0%~20%
in
s 45
Mexic
Medium probability 20%~30%
45
Ch i ca
go 45m in
High probability 30%~40%
mi
5m
ngele
in
40
i 30m
Los A
n 4
Helsin k
ndo
Traffic jams in Zhejiang province
Traffic jams in China Vancouver 30min
Yo r
k
Lo
in 35m nta Atla in 35m his mp n Me mi 45 s
ew
ri Pa
30 of the world's larger cities have an average commute time of 30 minutes or more. N
n 35min Washingto
World traffic situation
2
4
8mil. 3
2
250mil. 160mil. 80mil. 110mil. JingJin-Ji
Yangtze Pearl River River Delta Daelta
ChengduChongqing
3
8mil.
1mil.
4.25mil.
60mil. Middle of the Yangtze River
Green space
8.25mil.
Shang Nan jing hai
Hang zhou
The population, vehicles and all kinds of facilities in the main urban area of Hangzhou are concentrated in a certain area, causing traffic congestion to occur very easily in a small area.
Existing traffic circulation
Site selection Expressway
Project Scope
Trunk road Secondary roads Metro station
Fire Station
Bus station
Crowded area
Hospitals
0:00 to 7:00
Metro Bus
Pedestrian Car 14:00 to 17:00 Non-motorised vehicle
Metro Bus
Pedestrian Car Non-motorised vehicle
7:00 to 10:00
Metro Bus
Pedestrian Car 17:00 to 20:00 Non-motorised vehicle
Metro Bus
Pedestrian Car Non-motorised vehicle
10:00 to 12:00
Metro Bus
Pedestrian Car 20:00 to 24:00 Non-motorised vehicle
Metro Bus
Pedestrian
12:00 to 14:00
Morning population density Midday population density
Low
High
Low
The transport stations and population centres in the area are more in the east and less in the west, while the fire stations and hospitals are not reasonably distributed.
Evening population density Night population density
High
Proportion of people choosing to travel by mode in each category
Low
High
Low 30% 25% 20% 20% 20% 25% 15% 10% 10% 5% 20% 20% 10% 30% 10% 5% 40%
Primary and secondary school students
university student office workers Courier takeaway
20% 30% 10% 15% 10% 5%
Elderly people
80%
Metro Bus
Traffic congestion problem Pedestrian-vehicle mixed use
85%
The length of the traffic light is unreasonable
72%
Changing lanes doesn't make sense
Road narrows
63%
Walking Private car
Total solution
Passenger-vehicle branch
stopped vehicle congested vehicle car crowd park
car congested vehicle water
Temporary parking
Non-motor vehicles and motor vehicles mixed
70% cars congested vehicle temporarily stoppedS vehicles crowd
cars congested vehicle crowd
Stagnant
Slowness
Danger
Horizontal separation
Underground crossing
Pedestrian bridge
Three-dimensional transportation Congestion
Block the view
non-motor vehicle car congested vehicle water
Traffic hazard
Non Motorised Vehicle
Proportion of people choosing to travel by mode in each category Planning reasons Pedestrian reasons Geographical reasons Other reasons
20%
10%
25% 30%
20% 10% 10%
Traffic congestion can be caused by a number of problems, and there are also many safety hazards associated with the current traffic situation.
20%
10%
20% 15% 15%
40%
25%
20% 20% 20%
35%
30%
25%
35%
40% 40%
50%
Road penetration area strategy
Straight through
Detour
Ordinary buildings Dismantling of buildings Traffic through Architecture Hospitals (protected buildings) Fire stations (protected buildings)
1 iteration
1 iteration
1 iteration
5 iterations
5 iterations
10 iterations
10 iterations
10 iterations
15 iterations
15 iterations
12 iterations
20 iterations
Human intervention
Human intervention
Human intervention
Access through buildings Post-demolition access
55%
Taxi cars congested vehicle crowd
Car
Traffic is blocked across the bridge
Illegal parking
65%
75%
58%
Metro
The wool algorithm - Lanes
Non-motorised vehicle
Roads are busy at relatively fixed times of the day, and traffic congestion is often unavoidable during the morning and evening peak hours, resulting in longer commuting time. At the same time, it is also difficult for official vehicles such as fire engines and ambulances to reach their destinations within a short period of time during the more congested hours. Such traffic conditions cause inconvenience to many travellers.
traffic light cars congested vehicle crowd
cars congested vehicle crowd
High
Bus
Pedestrian Car Non-motorised vehicle
Distribution of buildings in the region
Traffic diversion
Grade-separated transport
Roads will pass straight through when there are no buildings.
Transport network
Roads will be detoured when protected buildings are present.
Roads will be cut through when buildings are too large to demolish.
When buildings are dilapidated the road will pass after demolition of the building.
Traffic model sample
Siting of transit stations
Rendering Public transport lane Taxi and bus lanes Business lane
SIT
Transport interchange node
Indoor transfer
Outdoor transfer Pedestrian flow
Pedestrian flow
Traffic flow
Traffic flow
Public transport lane
E
Human perspective rendering
Business lanes for public emergency ve hicle s allow for th e q u ic k e st resolution of emergencies.
Taxi and bus lanes
Taxi and bus lanes do their best to serve the public conveniently so that passengers can get there quickly.
Business lane and car lane
Project content
The overhanging train allows residents to enjoy more of the city than just getting to their destination quickly.
The city's roads are becoming more and more congested as it grows, and fine-tuning traffic presents more possibilities for the city's traffic and the well-being of people's commute. The transit station of traffic cooperates with the refined traffic of the city to make the traffic system more complete. Ultimately, it is hoped that the city's transport road network will be faster, safer and more complete.
Handmade model detailing I chose the transport interchange and the surrounding roads as the basis for the handmade model, which is in a scale of 1:100 to the actual large scale.I chose the laser cutting technique in the process of making the model, and I chose linden wood and acrylic boards as the materials, and I also used U glue and 502 glue to assemble the model.
PROJECT 3
DOPAMINE ——Urban design categorised by interest
With the rapid development of the society, the connection between people is gradually fading, the project hopes to create an ideal new community by using "interest" as the simplest and most direct way to connect with people. In this community, there will be the six themes of interest，"chess", "sports", "dance", "music", "reading", "cook".And the way people gather will be guided only by "interest", new sparks will collide between people with the same and different interests.
The impact of hobby activities on people
Chess
One week status
In today's One year status society, when interests are integrated into life as a trend, interests greatly improve people's Time work efficiency One year status and mood of One year status life. We also have many new possibilities with One week status the development of hobbies. Mood of the crowd（No participation interest）
Classification of interest activities
Chinese chess World chess Board games Backgammon Military chess Checkers Futsal games Card games Poker Mahjong Mountain sports Vehicle sports Extreme sports Outdoor sports Camping Table tennis Badminton Snooker Indoor sports Basketball Aerobics Classical dance Ballet Professional dance Modern dance Ballroom dance Tap dance Jazz dance Folk dance Latin dance Modern dance Fashion dance Disco Reebok Street dance Cheerleading Jazz Folk Rock Pop music Light Music Pop Film & TV music Advertising music Applied music Game music Prose Poetry Drama Literature books Biography Fiction History books Philosophy books Humanities and Economics books social sciences books Sociological books Psychology books Fine arts books Music books Art books Dance Books Natural Science books Science books Technical Science books Western cuisine Chinese food Cooking Japanese food Folk snacks Steamed sweets Meal cooking Interests build to break class boundaries
Building monomer
Attraction of interest to different ages
Mood of the crowd（Participation interest）
Music
Sport
Reading
Dance
Cook
Living area As we become more mature, we begin to focus on our moods.
As youth we will have a wider choice of interests.
We're all very active when we're young.
16-30 years
0-15 years
Portrait of a crowd
As we grew into career-focused adults, music became our most important form of stress relief.
46-60 years
31-45 years
As we slowly move into middle age and old age, we will prefer more cerebral interests.
Chess
Sport
People who prefer spor ts will prefer to live in groups, and they will also be more gregarious.
Interest attraction development history
Dance
People who enjoy dancing tend to have a better sense of rhythm, as well as a better physique.
Music
People who love music often put their emotions into it and take pleasure in it.
Reading
People who like to read tend to be more solitary and find pleasure in reading.
At first the attraction of hobbies to the gathering of people was very weak, and people with different interests were scattered.
Interests development space history
After a period of development, the attraction of interest to crowd gathering has been partially strengthened, but it is also relatively weak.
Status of interest in the 1950s
In today's society, the attraction of interests to people has a very strong effect, thus forming different circles of culture.
Status of interest in the 2000s
Chess place
Sports place
Dance place
Music place
Cook
People who like to cook will find pleasure in making delicious food.
DANCE
MUSIC
Small activity areas
The different areas of interest will be dispersed in different areas, but there will be some links between them. On this basis, the community becomes more i nterest i ng a nd people will be able to participate in the different types of interests.
76-90 years
61-75 years
CHESS
People who enjoy chess tend to enjoy having company and also tend to have a quieter life.
Large activity areas
As we become older, we will be more interested in relatively gentle activities.
Community generation
SPORT
General layout
The building expands on the basis of a circle, creating residential areas, small activity areas and large activity areas, which become symbols or coexistences within each neighbourhood.
In the future, the effect of interest on people's attraction will be more distinct, so that people can find their own mates in their own interests.
Status of interest in the 2050s
Community Interest Core Circle Reading place
The area within the Community I n t e r e s t C o r e Ci r cl e i s t h e area with the strongest overall i nterest appeal a nd the a rea where the activity generates the most dopamine.
Cook place
READING Chess place
Sports place
Dance place
Music place
Reading place
Cook place
The level of excitement generated by interest in the distribution of interest-orientated neighbourhoods determines not only the amount of dopamine generated by the activity, but also the height of the buildings, the distribution of the various clusters and so on. Different interests are intertwined around each other to form a whole interest-orientated city.
COOK Class influences interest establishment
Interests develop in a period of confusion
Interests build to break class boundaries
Interest development begins to appear at scale
Interest development can show spatial differentiation and connections between individual points of interest
Node rendering
In areas where board games are the main interest, people will be more likely to play board games on the tabletop, enjoying the feeling of being immersed in the game together, and generating large amounts of dopamine in the process.
Urban elevation
In this community, all interest areas are evenly dist r ibuted, and the energy level of different interest areas deter mines the height of the buildings in the community. In addition, there is a central area with the highest energy level, as well as areas with the next highest and next highest energy levels, to meet the needs of different people with different levels of socialisation. The gathering and categorisation of va r iou s i nt e r e s t s c r e at e s a happy community that p ro d uc e s a lot of dop a m i ne and makes people feel happy.
In the area where music is the main interest, people will be immersed in the world of music, where they will develop the concept of "music without borders" to the greatest extent possible, and everyone will produce a lot of dopamine to achieve a state of happiness in the process of making friends with music.
Location
High-density sprawl storyboard
Population analysis Hubei province
China
Wuhan City
Regional analysis
Morning
6 12 Site analysis
Noon
Site analysis
Night
Morning
18
24
6
Night
Noon
12
18
Morning
24
6
12
Mr Yang
Basic inspection
Heart screening All he a r t f u n ct ion s are normal and no cardiovascular blockage is detected.
Ms Xu 2103 Block 2 Unit 1
PROJECT 4
A box of apples
COMMUNITY WITHOUT "WALLS"
CONFIRMATION of DELIVERY
——Community design for environmental transformation Under the h ig h- densit y spreadi ng u rban atmosphere, people's psychological pressure is increasing. Under the indifferent social a t m o s p h e r e a s we l l a s t h e c ol d l i v i n g envi ron ment, we will create a bet ter environment, more convenient life, and more comfortable atmosphere for people in order to ease the psychological pressure.
Night
18
24
An eye hospital to provide a measure of health protection for the surrounding population.vv
78 years old Blood type o
Height: 175 cm Weight: 65 kg T:36.5 ℃ P:78beats/minute
Noon
Wuhan aier eye hospital
High plot ratio community 5.08 Community with low greening rate 28%
The site is located in Dong xihu District, Wuhan Province. The residential population in Dongxihu District has rapidly gathered since 2016. From 2000 to 2016, the population density growth rate in Dongxihu District far exceeded 100%.
Site Non building areas Building areas Water areas Forest areas
Wujiashan No. 2 middle school
Wujiashan No. 4 middle school An educationally strong high school that provides an excellent educational environment for students on the site.
Wujiashan No. 4 primary school
Urban expansion of Wuhan
A very well educated high school influences the structure and proportion of people on the grounds.
An elementary school with requirements for traffic safety and security in the neighborhood.
The developed campus plaza provides part of the site for events, but has limited hours of use.
Hailin square Hailin Square is the closest commercial centre around the site, catering for the shopping needs of residents
High vacancy rate neighborhoods 26.2%
Functional partitions diagram
From problem to strategy
Master plan
Public space
The f lowers I planted are so beautiful!
What a great environment for a chat.
We can walk here every day after dinner.
Yeah ！
What a beautiful place.
Yo u a re r igh t，I love here! Public convenience area Green recreation area Rooftop garden Plaza activity area Rooftop aecreation area
Landscape park
Traffic planning diagram Rooftop garden
Footway Carriageway Footbridge
Strategy toolbox Piazza
Park
Rooftop garden
Interior space
Conversion
Smart healthcare
Smart entertainment
Smart living
Floor care system
Building alteration diagram
T h a t 's a g r e a t ligh t sensor system.
75 years old Grandpa Wang suffers from leg problems
30 years old Pregnant Mrs Chiu Fitness
Conversation space
Outdoor recreation
Shared kitchen
New construction
Smart pharmacy
Intelligent floor screen
Intelligent parking
Light-sensitive facilities Light-sensitive facilities 90 years old Grandma Zhou lives alone
Conversion buildings Roof retrofit buildings Reconstructed buildings
Node rendering
Landscape footbridge
Indoor public space
Community park
Footbridge and public space What a great place to entertain at home!
Recreation
Viewing space
Flowering
Shared shop
Reconstruction
Self-service medical check-up
Silent square dance
What a great place to read.
Floor care
We can talk and walk here.
Exhibition space
Healing space
Exercise space
Art gallery
Rooftop renovation
AI medical search
Light sensor
Intelligent distribution
How beautiful!
It's good to get some exercise.
We have a place to play games!
That's nice! You can practice at home!
Indoor p ublic space
Indoor public space
Renovation of high-rise residential buildings
T he vacanc y rate of high-rise resident ial buildings in the community is high, and the vacant rooms will be reconstructed to organize community public activities.
Demolition of residential modules
Collective housing reconstruction Communities with old houses and complex types of residents are rebuilt into collective housing, which includes public activity space and residential space, and can accommodate various types of residents.
Smart Parking System
Smart community system Self-service drug purchase
Self-service medical examination system Please purchase over-the-counter medicat ion s a s needed!
Physical Examination Programme Basic inspection
VITAMINS
Heart screening Gastrointestinal examination Digestive tract examination Bone Check
48 bottles remaining 10$ a bottle 500g per bottle Approx. 500 tablets Confirm Purchase
Confirmation of Appointment
P arking
Silent square dance equipment reservation
Mr Yang 78 years old Blood type o Basic inspection Height: 175 cm Weight: 65 kg T:36.5 ℃ P:78beats/minute Heart screening All heart functions are normal and no cardiova sc ular blockage is detected.
Equipment 46
Equipment 46
Mobile app to quickly retrieve and locate available parking spaces.
sterilised F1 B1 B2
Electricity 98 per cent USAGE TIME 18:38 ~ 20:00
13
23
Please follow the directions to car park 22 on level B1.
12 11
Equipment 47 Lent
21
Confirmation of use
Rendering
Intelligent Distribution System Ms Xu
Intelligent deliver y system can accurately predict the delivery time to ensure that the items reach home directly.
2103, Block 2, Unit 1 154-235-1584 Courier information
Distribution routes ENDPOINT
A box of apples fresh food, cold chain intelligent delivery Estimated delivery in 10 minutes. CONFIRMATION of DELIVERY
Nodes rendering Shared kitchen
Shared kitchens are so convenient.
Place of entertainment
START
Art exhibition area
An art space in a residential building that gives me room to be creative.
Shared kitchens can also share meals, so you're not alone anymore.
Parents won't have to worry anymore when you can play with your friends right in your residential building!
We can talk and play with our friends in the shared kitchen.
The art space in my home has allowed me to make more good friends.