PORTFOLIO LANDSCAPE ARCHITECTURE
YIWEI LU
2020- 2022
HONORS & AWARDS
PROFESSIONAL
International Awards
Shanghai Gardening Lan
August 2019 May 2019 January 2019
Gold Medal Winner, WorldSkills Kazan 2019: Floristry, The 45th WorldSkills Competition
First Prize, The Russian National Invitational Competition: Floristry, The 45th WorldSkills Competition First Prize, The Seoul Flower Art Invitational Competition
National Awards The 20th National Youth Expert, China Championship, National Selection Competition for the 45th WorldSkills Competition: Floristry Best Design Award, "Yangtze River Delta Future Garden Designer" Student Competition
City-level Awards
Shanghai College: Student of the Year 2021 First Prize, Shanghai Guyi Garden “Lotus Landscape Creative Project” The Shanghai Outstanding Youth Expert China Youth May Fourth Medal Shanghai Education: Person of the Year 2019
Yiwei Lu
July 2020 March 2019 January 2022
October 2022 June 2022 October 2019 October 2019 September 2020
School-level Awards
Email: yiwei_lu2000@163.com Tel: +86 17701651550
The 11th "Principal Award", Shanghai Institute of Technology （Special award） Freshman "Principal Award", Shanghai Institute of Technology（Special award）
June 2021 September 2019
Assistant to the Vice-Preside I took part in the design and con I was responsible for the school' daylily, is proposed as the main From this internship I have learn that the landscape can be transf
2021 Shanghai International Floral designer Created the floral design installm Mainly displayed Paeonia lactiflo Website: https://www.shanghai.g
Vocational Skills Competition Coach & Instructor Served as instructor of different Shanghai Competition, Shangha Housing and Urban-Rural Devel Provided guidance for students
Chinese Floral Team Title: Senior Florist
EDUCATION
LEADERSHIP & COMMUNITY INVOLVEMENT
Shanghai Institute of Technology
Xinjiang Scenic Photography Study Trip Member / Team Leader
Shanghai, China Major: Landscape Architecture September 2019 - Present
Urumqi July 2022
Conducted research on landscape photography, appreciated and analyzed of classic cases of landscape photography. Learned advanced photography skills from lecturer and photographer, a graduate from Parsons School of Design.
Community Involvement Volunteer Flower Designer
Shanghai, China Fall 2019 – Present
Participated in volunteer services at Shanghai (International) Flower Show, Shanghai Botanical Garden, Shanghai Gongqing Forest Park, Shanghai Chenshan Botanical Garden, etc.
ADDITIONAL INF Certificate: Floral Arrangement "National Technical Expert" "National Senior Florist" Language: Chinese(Native), En Skills:Floristry、 rhino、 lumion Hobbies: Badminton, Football, P More about me: China Daily: http://www.chinada
02 The Patron Saint of the Temple
EXPERIENCE ndscaping Construction Co., Ltd
ent
CONTENT January - July 2022
nstruction of the Shanghai Pavilion at the China Flower Expo. 's daylily display area and all the floral arrangements in the interior.The Chinese mother flower, the cultural connotation to be incorporated as a theme into the design of the landscape and architecture. nt to put design into practice. In real landscape design the human perspective is taken into account so formed. The use of natural materials as the protagonist of the design, echoing each place.
01 Fertile Woods Individual project
Sinan Mansions Florist,Shanghai, China l Flower Show, Shanghai Botanical Garden
Shanghai, China March- April 2021
ment, 100· FANGHUA, with Shenhan Pan, and other florists in our college. ora and Verbena hybrida with installation art and lighting facilities. gov.cn/nw48088/20210401/e268838e115e4d7a92d4e4c6f1eafd6f.html
ns
Individual project
Shanghai, China 2019-2020
vocational skills competitions, such as China Skills Competition 2019: "Four Brands" ai Selection Competition for the 46th WorldSkills Competition: Floristry, Ministry of lopment of P. R. C. Floral Art Competition, etc. to win first awards and second awards.
Ayutthaya Historical Park, Thailand
03 Virus Defense Line
Shanghai, China 2019-2022
nglish(Fluent) 、sketch up、ps、ai、pr、indesign、blender、gis、keyshot Piano aily.com.cn/a/201909/14/WS5d7c52d1a310cf3e3556b6b6.html
Individual project
Coastline Tønsvik, Norway
FORMATION Art Vocational Skills Certificate
02 The Patron Saint of the Temple
January 2020 October 2019 October 2019
04 Greenfield Flyover Individual project
Lohkatse，Shanghai，China
Empty streets
M
The water
01 Fertile Woods Public green space system through the flow of people
Time Period
Analysis of Behaviour
Transporting flowers 2021 fall instructor:BaiqiaoZhao individual project
4:00
Through my internship at a florist I discovered how in florists, people buy plants and bring them to malls, cities, streets and homes, their actions become a natural spread of greenery. I designed an installation to replace the vase in the traditional sense, turning it into a vehicle for plants and an interactive device in the construction of the city, which spreads, combines and dissipates as people need .
Original plants
P
Merchant preparation
Customer entry
Crowds leaving
Time Period
Analysis of Behaviour Preparation
6:00
As the crowd from the flower market into every street corner of the city, plants as a medium and carrier, with people's communication, trade and dissemination dispersed. From an urban perspective, there is no longer a need for specialized workers to move plants. Everyone can be a transporter and disseminator of plants.
Interaction
10:00
Customer Shopping
11:00
16:00
Dismissed
Plant aggregation Facilitating communication Into the city
The city has also seen an increase in greenery as a result of the low-carbon greening behaviour of all people, and the presence of plants in the streets and residential areas of the city is a spontaneous act of providing an urban plant environment.
Usage Scenarios Production Factory
Department Store
Street
Estate
Recycle Factory
Step 2
Interaction
Internet Applications
Generation Process
Public square
Commercial area
Trading
Traders set up stalls out of sample, promoting an economic environment
Step 1
Producting
Step 3
Decorating Worker production for employment rate
Step 5
Cycling
Recycling stations have been set up to return wilted plants and containers to the plant for reconditioning.
Residents bring plants back to their homes or streets, increasing urban greenery
Office area
Step 4
Assembly Process
Playing The children assembled and collaborated to create the public installation.
The products produced from the factory have a unique role to play in a variety of usage scenarios, not only promoting social issues such as greening rates and employment, but also enhancing interaction and social activism.
Resting area
Usage Scenarios
Internet Applications Earning points
Generation Process Design derived from northern birch wood. Three sizes have been designed after researching through various materials.
Choosing a combination
Selecting plants
Interaction
Trading
Producting
Navigation
Decorating Recycling Guide Three different sizes of structures can be combined to create a variety of utilities and structures, while each structure has a nutrient soil inside for planting and anchoring.
Cycling
Assembly Process
Playing Interactive interface 1 A mobile phone system has been designed to provide points to earn products in the form of points. 2 After gaining points one can choose the plants one wants for personal customisation. 3 People can choose the way they want to combine their furniture, providing several samples for reference. 4 Telling people where they can recycle and providing navigation. 5 The social interface provides interactivity with the people around you. 6 The interface shows popular areas and information about the surrounding area.
I 3D printed the structure 1:10 in various materials and finally chose resin as the most dominant material, inspired by the camera clips, to design the interface for each structural member.
Plant Evolution
Plant 1:10 Evolution Model Simulation I have created a variety of combinations of structures, as well as a 1:10 site simulation to recreate the scale of the structure in relation to the real site, and also to explore the space for the structure's plant growth and fixation points. The combination of structures is filled with unstructured growth relationships. The need for plant growth in all scenarios and spaces is met.
Plant Evolution
The water that has been absorbed by the building becomes the outer surface, and the rest flows underground to become the reservoir of the building
Small Residence
Commercial Street
Active Open Space Greenfield Park
Plant Evolution
Plant Evolution
Plant Evolution
Scenario Simulation
The water that has been absorbed by the building becomes the outer surface, and the rest flows underground to become the reservoir of the building
Small Residence
I photographed different angles to simulate the role of the structure for people, offering climbing, resting, swinging, interacting and flower arranging.
Balcony
Square
Shop entrance
Street side
Open space
Greenfield park
Commercial Street
Active Open Space Greenfield Park
1:1 Realistic Scenes
During the event many As I had studied floristry for many children passed by years before, I made and it really fulfilled my original intention of this installation and used it as a vehicle for making this installation - a public green space plants in front of my teacher's flower shop. system that can be shared and dismantled. The single structure When it was over I took is a vase for flower arrangements, and the each structure apart combination of several and gave them away as vases to everyone who structures creates a passed by. public installation.
Mapping Buildings
02 The Patron Saint of the Temple
Plants
Plants absorb water and then absorb the skin of ancient buildings to protect the local ecology
Buddhism
2021 fall instructor:Zhuchen Liu individual project
Thailand is a country in South East Asia that is plagued by rain and floods. And Thailand is also an excellent Buddhist mecca with a large number of followers and historic Buddhist buildings. My family also believes in Buddhism, and when I read in the news that every year during the rainy season, various buildings that are great for mankind are destroyed, the idea of using plants to protect monks and temples came to me.
The flood problem is a major event that h plagued Thailand's economic developme people's livelihood and cultural heritage i recent years.
Animal
Residents The temple was constructed in1630 by the King. Prasat Thong,as a memorial o his mother's residence.
Residential
Mapping
Wat Chaiwatthanaram
02 The Patron Saint of the Temple
Buildings Structures and plants have been eroded and destroyed by floods, and culturally religious monuments and ancient plants have suffered.
Plants
Buddhism Respected Buddha statues and elephants have also become victims, and the government's rescue has been unsuccessful.
Animal
has ent, in
Residents of
After the total destruction of the old capital in 1767.From which Wat Chaiwatthanaram was not spared ,the temple was deserted.
province were affected.the flood rapidly filled the historic complex and the public road towards the north.and Wat Chaiwatthanaram was immersed in muddy water for over a month.
Most people in the house below was destroyed, flattered, a life that had been exposed, a certain habit and fluency coexisted.
Residential
Ayutthaya
Location
Root Dissection
converges at the junction of rivers. During the rainy season, Buddha statues and ancient buildings are submerged in water. The depression of the terrain causes many safety problems for local buildings, culture and residents. The roof is segmented and dropped
Khmer temples in the middle of the refuge all elaborate stupas Many historical Buddhist statues near the venue
Biospace
The temple left a lot of used stone Many monks gather in the temple area
Variations
The soil is soft and easily soaked by river water
Location
Root Dissection
Kaleidoscopic Tree Roots
After the breathing root absorbs water, it emerges from the water and deforms, becoming an island on the water.
Plants have become the structural form of the building surface to protect religious buildings from supporting, reshaping, and re-covering
Biospace Marine life accumulating between branches becomes a new host in the building carrier fixed axial bone
Variations
y
When the fir trees meet water, they grow breathing roots, also called metamorphic roots.
The branches will also undergo various deformations during the growth process. I wonder if I can choose a plastic model from a variety of shapes to solve the religious flood problem.
Deformation of Ashwagndha Plants
Branch Alienation Evolution Mimic tree branch
tree fork
Externally expanded structure
Nonlinear Variation in Structure Scattered a plant structu
The starting point of the split Start from a node and grow like a seed
Fixed axial bone
Bionic Roman Column
Building damage
Stack growth
Broken bridge, traffic jam
Double-layer structure fixed
Human body protection
Bionic structure
Flood gate
Flood control and diversion
and divergent ural features Rotate the model after copying
Three Views
Water Volume Variation and Structural Relationship
The roots on the surface of the temple grow outward and attach to the building surface
Top view
During a flood, a lot of water rushes into the surface and into the structure, and the roots grow quickly
The water that has been absorbed by the building becomes the outer surface, and the rest flows underground to become the reservoir of the building
Aerial view
When the building is flooded When the flood is huge, the sinking part of the building is stabilized and supported by a large number of tree roots, which minimize the corrosion and collapse of the building. The branches will continue to extend to the top of the building, forming a temporary structural platform to provide space for people to escape the flood
Lateral view
The original root seeds are rooted in the riverbank and the base of the building
Function
Root system growing at the bottom After the plants split and grow, roots are embedded deep at the bottom of the building to fix the structure like roots, giving better support and space to the structure growing upward.
Root system growing at the bottom After the plants split and grow, roots are embedded deep at the bottom of the building to fix the structure like roots, giving better support and space to the structure growing upward.
A dome that stretches like a branch When the flood is huge, the sinking part of the building is stabilized and supported by a large number of tree roots, which minimize the corrosion and collapse of the building. The branches will continue to extend to the top of the building, forming a temporary structural platform to provide space for people to escape the flood
Conservation of Statues of Buddha
Plants Growing from a Dilapidated Temple
s
The structure spreads around the statue to prevent the surface of the statue from being washed away in the event of a flood. After absorbing water, the structure also spreads around, holding the Buddha firmly in place
Renderings
page1
Global Glacier Melting
Glacier shedding
03 Virus Defense Line As ancient icebergs melt with heat island effect, stop it in Nordic Norway's ports
2022 fall instructor:Yuechen Liang individual project
The world is facing an increasingly serious heat island effect, and the Arctic glaciers are melting, and the ancient viruses contained in them are slowly entering our field of vision. I conducted research on the existing data and virus characteristics, and selected the most beneficial Protect the most vulnerable city - Tønsvik in Northern Europe, as the first barrier to protect the entire watershed, in which the plants on the coast serve as carriers for absorbing viruses and are gradually closely related to the lives of local residents
Tromsø ————City in Norway
Eidkjo
Ocean currents flowing to coastal cities
Global Glacier Melting
Glacier shedding
Tønsvik osen
Tromsø
Ocean currents flowing to coastal cities
Eidkjosen
Tromsø
Glacial Melting
Virus Risk
As Arctic glaciers melt and Tønsvik acts as the first estuary for northern Europe to face melting icebergs, I explore the possibility of local materials addressing bacterial invasion.
Core dsDNA virus 90% coding capacity10%Junk DNA 1.2 million base pairs~911 protein coding genesadditional genes (inc. aminoactyl tRNA synthetases;sugar, lipid, and amino acid metabolism)
Acanthamoeba Polyphaga Mimivirus
02 Permafrost dissolves
01 Global glaciers melt
03 Ancient virus recovery 04 Flowing into ocean currents
Direct effects Ocean current Indirect effects
Virus uptake process in experiments In the experiment, I found that the virus will be engulfed by macrophages and then enter the amoeba host, and the amoeba prefers a humid and warm moss environment. Based on this, I envisioned to make a "virus cage" to absorb viruses in seawater through moss. .
01 Mimivirus
02 Macrophage
As Arctic glaciers melt and Tønsvik acts as the first estuary for northern Europe to face melting icebergs, I explore the possibility of local materials addressing bacterial invasion. Core dsDNA virus 90% coding capacity10%Junk DNA 1.2 million base pairs~911 protein coding genesadditional genes (inc. aminoactyl tRNA synthetases;sugar, lipid, and amino acid metabolism)
Experiment: Virus absorption capacity of moss and cotton
Experimental Conclusions
01 Global glaciers melt
After A and B series of experiments, it was found that the cell leaves of moss have the function of isolating and adsorbing bacteriaabsorb bacteria in sewage
Purpose of the experiment: to observe the internal structure of moss and cotton and to experiment (with their ability to absorb bacteria in sewage) Experimental steps:
10X
10X
A-1 1-2
100.00% 90.00% 80.00%
20X
20X
20X
20X
20X
A-2 1-5 Sieve the virus like a grid
70.00% 60.00% 50.00% 40.00% 30.00%
1) Observe the changs in internal pollution absorption before and after 2) Change the water temperature to detect changes in absorption capacity under the same circumstances
Absorption capacity of sewage
A-2 - 4
20.00% 10.00% 0.00%
40X
40X
02 Permafrost dissolves
40X
40X
93.90%
86.80%
4.00%
92.50%
91.30%
73.40%
The pollution rate is the strongest reduction in 12h-48h
A-3 1-4
100.00% 100.00% 90.00% 90.00% 80.00% 80.00% 70.00% 70.00% 60.00% 60.00% 50.00% 50.00% 40.00% 40.00%
Experimental Conclusion:
30.00% 30.00%
10X
10X
10X
20.00% 20.00%
B-2 1-3
10.00% 10.00% 0.00% 0.00%
24h24h
36h36h
48h48h
30°C-0°C temperature has minimal impact
1) The cotton fiber shrinks significantly and becomes soft, 2) The foliage of moss absorbs bacteria like a beehive, and multiple samples have a strong absorption capacity during temperature changes
12h12h
20X
20X
100.00% 100.00%
B-2 1-2
90.00% 90.00% 80.00% 80.00% 70.00% 70.00% 60.00% 60.00% 50.00% 50.00% 40.00% 40.00% 30.00% 30.00% 20.00% 20.00%
40X
03 Phagocytosis virus
04 Cell population
40X
40X
10.00% 10.00%
B-3 1-3
05 Cell attachment host
0.00% 0.00%
06 Foliar Adsorption
30℃ 30℃
20℃ 20℃
07 Virus collector
10℃ 10℃
0℃0℃
General Layout
500m
Erosion of the Ecosystem
Coastline
Shoreline Protection Shoreline protection is to prevent ocean currents from melting ice from hitting the coast, causing seawater inundation and preventing viruses from infiltrating inland secondary damage.
Three types of protection measures and functions have been set up along the coast to protect plants and animals in the interior from damage.
Bay Area Marina District Residential Area
Bay Area
Bay Area
Marina District
Marina District
Residential Area
Residential Area
1000m
Ebb and Flow of Sea Waves Bay area Compared to earlier structural growth, it can provide the function of boat mooring to protect the town Marina District Coastal trails, the role of coastal parks. protect part of the estuary Residential Area Providing biological protection, simple malleable structures protect residents and empower basic living places.
Anatomy of a Virus Cage
6.7 7.3
Entity Model
7.3
3.2
material: transparent acrylic
Render Model
6.7
2.1
material: moss
material: organic resin
Absorb bacteria in water
Aerial plank road
Function
matercial: moss
Unique Coastline Growth
Residence and Plank Road
I imagine that the seawater in the virus makes some deep-rooted plants grow heterosexually and become the structural carrier of the virus cage.
2 years
5 years
10 years
20 years
10 meters 8.5 meters 7 meters 5.5 meters 4 meters 2.5 meters 1 meter
In the harbour, parts of the structure above sea level become watchtowers for young people and the command post of the harbour, enjoying the sea breeze and watching the ebb and flow from the secluded seaside. With too many spaces and structures piled up near the town, the accumulated spheres and structures have become local special buildings, and the interior spaces have been remodeled by the people of the town and turned into various houses and residences.
Render Model
I imagine that the seawater in the virus makes some deep-rooted plants grow heterosexually and become the structural carrier of the virus cage.
Lighthouse on the Coast
In the harbour, parts of the structure above sea level become watchtowers for young people and the command post of the harbour, enjoying the sea breeze and watching the ebb and flow from the secluded seaside.
Local Special Housing
With too many spaces and structures piled up near the town, the accumulated spheres and structures have become local special buildings, and the interior spaces have been remodeled by the people of the town and turned into various houses and residences.
Experiment: Virus absorption capacity of moss and cotton Futuristic "Virus Cage" Simulation
Purpose of the experiment: to observe the internal structure of moss and cotton and to experiment with their ability absorb in sewage "Virus to cage" andbacteria plants rise up on the coast, and as the virus continues to invade, it becomes a structure in the form of "Cthulhu", admiring the combination of manmade and nature
Scenarios of Virus cage
When diseased plants and cages become part of the landscape, maybe it won't be able to carry the pollution. The local residents left a treasure hunt map, through which people left behind a hundred years later can explore this civilization.
Experiment: Virus absorption capacity of moss and cotton
Purpose of the experiment: to observe the internal structure of moss and cotton and to experiment with their ability to absorb bacteria in sewage
floating island
Shore walk, upper space
future residential area
When diseased plants and cages become part of the landscape, maybe it won't be able to carry the pollution. The local residents left a treasure hunt map, through which people left behind a hundred years later can explore this civilization.
storvasselva
Tverrelva
Tønsvikbrua
Tønsnes kunsgress
kjosen
Kalles billakkering
Yndestad Forsikringssenter
Outdated Humanization
04 Greenfield Flyover Convenient accommodation for labourers and a fast commuting complex
Age 0-14
Age 15-59 Age 60
Pudong new area
Age ＞ 65
2022 fall instructor:Yuechen Liang individual project
Shanghai is a city of 30 million people and the transport roads in the city centre are no longer adequate to meet the needs of today's labourers. High property prices, congested public transport and a lack of green space have put pressure on the average person in this cosmopolitan city. I have designed a collective community to address the various traffic problems and the lack of green space in the city. It allows everyone in the community to have a private garden, a community garden and a central garden.
Urban population Rural population Interprovincial population
min
＜ 5km
5-15km
Number of people
15-25km
＞ 25km
I want to build a complex that is attached to a traditional transport road, with a mix of housing, greenery and commuting. Distinguish between private car and public transport travel. Allowing commuters to live more time-efficient in the city as well.
High Population Density
China
Shanghai
Low per capita green space Age 0-14
Age 15-59 Age 60
Pudong new area
Age ＞ 65
High house prices
Urban population Rural population Interprovincial population
Long commute time min
Urban Vision
＜ 5km
5-15km
Number of people
15-25km
＞ 25km
I want to build a complex that is attached to a traditional transport road, with a mix of housing, greenery and commuting. Distinguish between private car and public transport travel. Allowing commuters to live more time-efficient in the city as well.
Room Type
Community Assemblies Combining each house type to obtain a complete set of communities. Movement up and down is achieved by means of an outer passage and an internal lift.
Single
Entrance door plants
Each home has planted piazzas, vertical green space and small spaces for community interaction.
trails connect the various Community Assemblies and link the public buildings to provide a direct route to work.
Conventional transportation makes it very difficult for staff to access the office building. I have designed a central hub to solve this problem..
Plant platforms connecting trails and Community Assemblies.
Couple
Left-right symmetrical Community Assemblies are
Light opening
interoperable via trails. Increasing the flexibility of people's movements. The ground floor plant square provides a space for interaction.
Use of roads to distinguish floors
Couple
The cut-out centre allows sunlight to enter.The grape-
Multiple options
like arrangement guarantees ventilation. Paths through the plaza of plants.
Divided into four levels
Distinguishing between house types
Family
Sunken spaces
Extended family
Multi-storey flats
Function
Lack of connection
Commuter Trails Combining each house type to obtain a complete set of communities. Movement up and down is achieved by means of an outer passage and an internal lift.
trails connect the various Community Assemblies and link the public buildings to provide a direct route to work.
Each home has planted piazzas, vertical green space and small spaces for community interaction.
Connect high-rise
Conventional transportation makes it very difficult for staff to access the office building. I have designed a central hub to solve this problem..
Greenfield Plaza
Top trails
Plant platforms connecting trails and Community Assemblies.
Left-right symmetrical Community Assemblies are interoperable via trails. Increasing the flexibility of
Lower green terrace
people's movements. The ground floor plant square provides a space for interaction.
Elevation view
The cut-out centre allows sunlight to enter.The grape-
Lower green paths
like arrangement guarantees ventilation. Paths through the plaza of plants.
Circulation of Explosion
Fast Commute Trails
floating island
Situated in Shanghai, the 200m high Sky Hub It allows workers of every profession to gain a unique residence in the city centre and green space while saving commuting time and enjoying more time with their families.
floating island Platforms for resting and plants
floating island
floating island Lower green terrace
Support column
Suitable for both Young and Old
Space for Human and Nature Situated in Shanghai, the 200m high Sky Hub It allows workers of every profession to gain a unique residence in the city centre and green space while saving commuting time and enjoying more time with their families.
City View
Other works [ Floristry ]
[ Brand Partnerships ]
45th WorldSkills Competition(WSC) Floral Project instructor：Yingying Zhu individual work 2018.6-2019.9
Banquet and floral decoration for major luxury brands. instructor：Yiming Xiang team work 2019.10 -
2021 Shanghai International Flower Show individual work 2021.3
2021 First National Community Garden Design and Creation Competition and Community Engagement Initiative team work 2021.10
2021 Shanghai International Flower Show individual work 2021.3
45th WorldSkills Competition(WSC) Floral Project instructor：Yingying Zhu individual work 2018.6-2019.9
Banquet and floral decoration for major luxury brands. instructor：Yiming Xiang team work 2019.10 -
[ Floral Installation ]
[ Photograph ]
2021 Shanghai International Flower Show individual work 2021.3
2021 Shanghai International Flower Show individual work 2021.3
[ Community Garden] 2021 First National Community Garden Design and Creation Competition and Community Engagement Initiative team work 2021.10