PORTFOLIO RIXI YE 2018-2022 Applying for MArch Architectural Design University College London Application number: 23128359 Telephone: +86 18027193533 Email: yerixi115@126.com
PUBLICATION
The Design Practice Of Scaffolding Constructions In Rural Landscape Vignettes -- An Example Of The Design Of A Landscape Rest House At Quwan Farm
Team Member | Supervisor: Zhirong Wan g | Published Journals: HebeiPictorial, ISSN1003-8094
- Studied and analyzed of the characteristics of scaffold structures.
- Explored the development of an innovative and unique scaffolding combination structure.
- Combined the local rural landscape and scaffolding framework, designed the wetland pavilion.
RIXI YE
Date of Birth: 05/11/1999
Telephone: +86 18027193533
Email: yerixi115@126.com
EDUCATION
NingboTech University, Ningbo, CHINA
Major: Architecture-Bachelor of Engineering
Core Courses: Architecture Design, Architecture Mechanics, Building Construction, Building Physics, Architecture Structure, Urban Planning and Design
AWARDS/HONORS
Gold Award
For Zhejiang College Students Rural Revitalization Design Competition
First Prize, Green Group
For The 11th National Green Building Design Competition
Excellent Award
For The 3rd National Higher Education Institution Green Building Design Skills Competition
Silver Award, NingboTech University
For The 9th "Challenge Cup" Student Entrepreneurship Project Competition
Second Prize, Zhejiang Province
For National 3D Innovative Design Competition
09/2018-07/2023
RESEARCH EXPERIENCE
Rural Cultural Tourism Innovation And Entrepreneurship Under "Internet+"
Team Member | Supervisor: Zhirong Wang, Xinkai Wang, Xiansuo
Huang, Huamin Li
-Completed the full process of site investigation and analysis, including interviews and field mapping, retrofit strategy design, detailing and individual mapping.
-Mainly responsible for the design of waterfront landscapes such as walkways and piers.
Optimisation Of Traffic Micro-Circulation Efficiency In Old Urban Settlements From A People-Oriented Perspective
Team Member | Supervisor: Xufeng Zhang, Qiushan Zhang, Danqi
Chen
- Joined in the process of collecting and collating traffic data.
09/2022
12/2021
05/2021
05/2021
- Built a microscopic traffic network simulation model using GIS and VISSIM software.
- Participated in the production of a human-capital-transportefficiency chessboard table.
- Drew data graphics and wrote final report.
SOFTWARE SKILLS
04/2021
Rhinocero 3D & Grasshopper, Sketchup, Autodesk AutoCAD, ArchiCAD, Revit, Photoshop, Illustrator, InDesign, Premiere, Enscape, Lumion, Unreal Engine
LANGUAGES
10/2020
English(Fluent), Mandarin Chinese(Native), Cantonese(Native)
05/2021
04/2021
CONTENTS 01 THE SPIRAL EXPLORATION OF CURRENT ARCHITECTURE TEACHING SPACE TO CREATE A LIVING URBAN COMPLEX TO CREAT SOME HEALING SPACES FOR OTAKU 02 CITY LIVING ORGANISM EXPLORE THE FORM OF ARCHITECTURE THAT CAN CHUANGE LIKE A CELL 03 THE METABOLISM OF RAW EARTH 04 METAFLEX
THE SPIRAL
EXPLORATION OF CURRENT ARCHITECTURE TEACHING SPACE
Composer: Rixi Ye.
Tutor: Dan Liang.
Location: Ningbo, China.
Indiviual work 2021.08-2021.10
At present, in most Chinese universities, the teaching space of architecture major is no different from the ordinary and traditional teaching space. A square classroom; a podium at the front of the classroom; neatly arranged desks and chairs, etc., this is how most architecture teaching spaces are in China.
However, the unique teaching method of architecture determines that the teaching spaces of architecture are different from ordinary, traditional teaching spaces. This project is to explore a new type of teaching space to meet the needs of the teaching and daily use of architecture.
BACKGROUND
USERS AND FUNCTIONS
Archtecture student Study Study hall
Report Lecture hall
Take classes Classroom
Archtecture teacher
Other teacher and student
Archtecture practitioner
Vistor
Work Workshop
Meet Group work area
Teachers'office
There are some common problems in most architectural classrooms currently: lack of used space, low space utilization rate, poor space flexibility, not engouh functions and so on. Architecture is different from most other majors. In addition to daily classes, students also need to communicate a lot with teachers and classmates, spend a lot of time on individual study, group work, or mutual research. Therefore, the traditional teaching space cannot meet the daily use needs of architecture students.
SITE ANALYSIS
The site is located between the teaching area and the student living area. Students will cross the site to reach the teaching area to have classes in daily. In the teaching area, there is not any functions like convenience stores, shops, canteens or others. If students need to buy some food ,drink or stationery, they need to go to the ground floor of the library. Therefore, as a building on campus, it is not only an architecture department hall, it should also provide some convenient service for other teachers and students in this school.
Staff
CONCEPT
Function reorganize
Teaching area
Teaching;storage......
Working area
Study;Drawing;Makingmodel;Eating;Listening; Watching video......
Storage area
Storage;Sleeping; Chitchat......
Rest Shopping Food Exhibition Exchange Machine Read Information
Meeting room
Rest area
Relax Market Tearoom Canteen Cafe Technical workshop Materials store Library
Teaching area
Working area
Rest area
Eating area
Storage area
Working area
Teaching area
Storage area
Eating area
Rest area
Different functions are extracted from traditional architecture teaching space, and the functions are reorganised. The same functions are placed together to form larger functional area, making functional partitioning clear and increasing the utilisation of space.
Piloti
A building on campus
Architecture space
Non-architecture space
Architecture space
Non-architecture space
Raising the building on stilit, so that people can walk under the building. The upper of the building is the space for architecture, and the ground floor of the building provides some catering, canteen and other services for other teachers and students of this school.
DNA double helical structure
Class functions
Work and study functions Two functional streamlines are continuous and independent DNA double helical structure Make connections between two function steamlines
To form a flexible, variable and clearly functions teaching space, the building adopts the form of spiral lines, daily classes and work, study two main functions are divided into two flows. To improve the space utilization the functional flow adopts the DNA double helix structure. Make connections between two function flows on each floor of the building so that users can switch between different flows.
Lack of used space Low utilization of space Poor spatial flexibility Not enough functions
40.000
34.000
28.000
22.000
16.000
09
10.000
±0.000
09 08
09 09
ANALYSIS 07 08
09 06 06
MASSING 01 01
10 04 05
07
01.Core 02.Lecture Hall 03.Projection Room 04.Rest Area 05.Canteen 06.Exhibition 07.Teachers'room 08.Meeting Room 09.Group Work Area 10.Library -9.700
Build a large volume on the original site according to functions need.
Making connections between two function flows on each floor of the building.
SECTIONS
TRAFFIC SYSTEM ANALYSIS 02 03
The functional flows adopts the DNA double helix structure.
An undulating slope is designed on the ground floor as a place for landscape and rest.
Spaces for classerooms, study workshops, etc. are arranged along the four sides of the building.
Traffic system 1: A continuous staircase spiralling from the basement floor to the roof.
Traffic system 2: The cores at the corners and in the middle of the building connect the platforms vertically.
Traffic system 3: Gradually circling upwards through successive ramps.
Possibility of switching between different flows on each level via multiple platforms.
The atrium features a continuous staircase spiralling from the basement floor to the roof.
Two lifts are placed in the spiral staircase.
Raising the building on stilit, so that people can walk undear the building.
The building skin is in the form of a spiral upward to combine with the interior space.
Placing Spiral up atrium steps, so that users can easily reach each floor.
Two functional flows are continuous and independent.
The facade takes the form of a spiral, creating a strong contrast through the use of metal and glass materials.
Facade Structure
The structure of the building is formed by the trusses, the cores located at the corners and centre of the building.
Interior spaces
The two main sections of functional space are arranged along double spiral ramps that circles upwards, creating a continuous, flowing use space.
16 16 03.Core 04.Lecture Hall 05.Bookstore 06.Cafes 07.Tearoom 08.Canteen 09.Rest Area 13.Core 16.Study Workshop 17.Rest Area 18.Teachers' Office 20.Meeting Room 21.Group Work Area 22.Classroom 10.Technical Workshop 11.Materials Store 12.Management Room 13.Equipment Room 14.Projection Room 15.Cleaning Room Basement
Floor
Ground Floor First Floor Second Floor Third Floor Fourth Floor Fifth Floor Facade
Second Floor 18 18 18 22 22 22 22 22 22 22 17 06 07 08 08 08 08 09 10 03 03 03 03 03 03 03 04 21 -9.700 -9.700 16.000
PLANS EXPLODED VIEW
16 16 16 16 03.Core 16.Study Workshop 17.Rest Area 18.Teachers' Office 19.Exhibition 20.Meeting Room 03.Core 16.Study Workshop 17.Rest Area 18Teachers' Office 20.Meeting Room 21.Group Work Area 22.Classroom 01.Reception 02.Store 03.Core First Floor Third Floor Ground Floor 20 20 20 20 20 20 20 20 20 18 18 18 18 18 22 18 17 22 22 22 17 22 17 05 11 12 13 13 15 14 03 03 17 17 03 03 03 03 03 03 03 03 03 03 03 03 03 03 21 19 01 ±0.000 10.000 -9.000 -6.840 22.000 01 02 02 02 02 02 02 02 03 03 03 03 03 03 02 02 02 02 02 02 02 19 19 19
MAIN SPACES ANALYSIS
Study and work space, Tables, chairs and cushions for work on multiple platforms.
Teaching space, classrooms arranged on multiple platforms for daily classes.
Group work space, with circular platforms placed on the ramp as spaces for working as groups.
Teacher's office space, arranged on multiple platforms, separated by glass.
Meeting space, arranged on multiple platforms, separated by glass.
Workshop space, arranged on multiple platforms, forming an open large studio.
Study/Work
MAIN FUNCTIONS
Different forms of architectural spaces are designed on the spiral ramps according to the needs of different functions, such as study workshops, group workshop areas, teachers' offices, meeting rooms, workshops, etc.
Workshop
Study workshop Teachers' office Classroom Meeting room Group work area
gniteeM W o r k s h o p
Class G r o u p w p r k srehcaeTkrow' Archtecture student
Archtecture teacher Archtecture practitioner Staff
CITY LIVING ORGANISM
TO CREATE A LIVING URBAN COMPLEX
Composer: Rixi Ye.
Tutor: Dan Liang.
Location: Ningbo, China.
Indiviual work 2022.03-2022.06
After the industrial revolution, cities developed rapidly. At that time, they were facing the housing shortage and energy shortage after the war. The emergence of industrial buildings with rapid mass production was inevitable in history. But today, times have changed, and the cities are still operating according to the old theories, and this contradiction leads to a large number of urban problems.
I try to consider from the perspective of social ecology. By thinking about natural ecology and combining modern construction technology, I integrate modern urban architecture with natural ecology to create a living urban complex, which acts as a catalyst to activate urban area.
THE PRESENT CITY
A forest filled with steel and concrete
Since the Industrial Revolution, cities have expanded at an unimaginable speed and in unimaginable ways. Modern urban architecture began to expand vertically, gradually forming a forest of giant structures of steel and concrete. People living in the cities were like walking through a dense dark forest, so oppressed that they could hardly breathe.
The efficiency of modern mass production has made cities uniform, and buildings have been copied over and over again. Cities become more and more similar to each other. The cities of New York and Tianjin are so similar that it is difficult to distinguish them from each other through photographs.
Today's cities are full of four-square buildings with an emphasis on maximising profit, and the whole city is like a huge, emotionless machine that works tirelessly and never stops. In this context of existence, human beings have lost their emotions and become increasingly instrumentalised.
City living organism
The rapid development of modern cities is accompanied by many problems, such as traffic congestion, heat island benefits, environmental pollution, noise disturbance, inadequate water supply and rising crime rates.
Before the primitive industrial revolution, people lived in a natural environment and it was human nature to be close to nature, and humans should not be separated from the natural ecology by reinforced concrete. I have therefore tried to consider how to create a distinctive and diverse urban area from a socio-ecological perspective. By thinking about the natural ecology and combining modern construction techniques, modern urban architecture is integrated with the natural ecology to create a living urban complex that acts as a catalyst to activate the urban area.
density Low recognizability
Heat island effect Rasing crime ates Environmental pollution Lack of vitality Problems arising GENERAL PLAN
High
Manhattan Tianjin
AN LIVING ORGANISM IN THE
Combining the modern city with ecology
The volume and base form of the building is determined according to the functional requirements of the building, and the natural and organic elements are extracted from the ecological environment and the two are combined in the design. The overall form of the building is organic, as if it has been gradually created from the ground, and the whole is an organic interface from the outside to the inside, so that when people move around inside, it is as if they are walking through a natural cave. An urbanism
HOW DOES THE ORGANISM
Plants
The greenery extends from the outdoor environment to the interior of the building and throughout the building space
tower, radiation.
In the middle and top floors of the tower A sky garden has been designed as a recreational space
regulate environment.
A modern city full of square box buildings A natural,
A
Shopping mall Cure tube Office tower Airhead garden
The
THE
CITY HOW DOES THE ORGANISM GROW? Form finding
natural, organic ecology.
organic urban complex that blends modern urbanism with natural ecology.
Sunshine Double-skin facade double skin curtain wall system covers the tower, which can maximise the absorption of solar radiation.
Wind derection
The used of double skin curtain wall system regulate the climate and provide a comfortable environment.
Remodel Shops
The bottom of the building has a large number of structures like plant roots, and the cavities inside the structures are used as shops.
Commercial atrium Sky garden “Green canyon”
The space between "the roots" acts as a great commercial atrium, with spaces that feel like they are inside a cave.
A sky-bridge with a ring-belt truss structure in the middle of the building, connecting the two towers, and a sky garden on the bridge
The green landscape extends from the ground to the tower and the roof garden at the top of the tower, creating a natural "green canyon".
Office spaces
Two towers grow out of the organic building podium, serving as office Spaces, and are connected in the middle by a sky bridge.
Type 1 Type 3 Type 2 Type 4 Step 5 Step 5 Step 5 Step 5 Step 20 Step 11 Step 13 Step 20 Step 12 Step 8 Basic block Basic block Basic block Basic block Loads Loads Loads Loads Non-design domain Non-design domain Non-design domain Non-design domain Supports Supports Supports Supports Step 20 Step 10 Step 10 Step 10 Step 10 Step 25 Step 25 Step 25 Step 25 Step 15 Step 15 Step 15 Step 15 Step 30 Step 30 Step 30 Step 30 Step 20
GH script
ORGANISM
WORK?
Input the basic block. Set points or surfaces on the model as supports. Set points or surfaces on the model as loads. Use Remesh or TriMesh to perform and smooth mesh reconstruction on The result model. Select one step which result model is as expected, and the result model of 3D topology optimization is obtained. Define other parameters, such as material, volume fraction, non-design parts, etc. Outcome the smooth and re-editable mesh model. Start computing, the solver window can display the computer results of each iteration.
There are five main entrances and exits the building, the three of them as a commercial podium gateway, the other two as office tower entrances There are a large number of huge construction at the bottom of the column in the form of organic structure into the ground, retail store layout in the internal cavity structure column, column structure formed between the organic space as a huge commercial atrium
01.Shopping Mall 02.Shop 03.Restaurant 04.Lounge Area 05.Office Lobby 06.Coer 01 01 01 02 02 02 02 02 02 02 02 02 02 02 02 02 02 02 02 02 02 02 02 02 02 02 02 02 02 04 04 04 08 04 02 03 05 05 03 03 03 03 03 03 06 06 06 06 06 06 06 06 06 06 06 06 07.Core 08.Experience Space 09.underground parking 10.Sky Garden 11.Office Spaces 12.Roof Garden Ground Floor
First Floor Second Floor
PLANS
02 02 01 02 02 02 09 08 10 11 11 11 11 12 12 02 02 02 02 02 02 04 06 06 06 06
128.700 136.700 145.300 154.800 120.700 132.700 140.700 116.700 122.800 124.700 ±0.000 5.400 32.700 64.700 96.700 40.700 72.700 104.700 48.700 80.700 113.300 56.700 88.700 36.700 68.700 100.700 44.700 76.700 108.700 52.700 84.700 60.700 92.700 -5.200 ±0.000 5.400 10.800 32.700 64.700 96.700 40.700 72.700 104.700 48.700 80.700 112.700 56.700 88.700 36.700 68.700 100.700 44.700 76.700 108.700 52.700 84.700 60.700 92.700 -5.200
SECTIONS
PLANS
Each floor of the office tower is arranged with plants, the whole tower looks like a natural "green canyon"
A recreational sky-bridge connects the two towers on Level 12. The level designed a sky-garden, provide people with leisure and recreation facilities, such as spa pools, meeting apces and an air restaurant, while offering unparalleled views of the city.
Floor 06.Core 13.Office Area 14.Meeting Area 15.Rest Area 16.Spa Pool 17.Canteen 18.Male Locker Room 19.Female Locker Room 06 06 13 13 13 13 13 13 13 13 13 13 13 13 13 13 14 14 14 14 14 14 14 14 14 15 15 15 15 19 18 16 16 17 16 16 16 16 16 16 15 15 15 15 06 06
Sixteenth Floor Fourteenth Floor Twelfth
STRUCTURE DETAIL PERFORMANCE ANALYSISES
Planter soil
Non-wovens filter layer
Drainage layer
Polystyrene thermal insulation layer
Water-proof course
Leveling course
Reinforced concrete slab
Isolation strip
PVC filter plate
Fire stopping construction detail
Rolling shutter
Aluminum dropped ceiling
Insulating glass
Aluminum alloy transon
Monolithic tempered glass
Aluminum alloy mullon
Steel outrigger
Heat insulation
In a hot climate, the greenhouse effect is formed between the double glazing, and the superheated air of its greenhouse is expelled from the outside, reducing the indoor temperature and promoting the exchange of indoor air flow
Terrazzo flooring
Cement Paste
Cement binding course
light aggregate concrete blinding
Reinforced concrete slab
Aluminium panel curtain wall
Cobblestone blinding
Drain pipe
water-proof cement mortar
water-proof course
Planter soil fine aggregate concrete blinding
Concrete covering
Block wall
Minimize solar radiation
Strong solar radiation will affect the user's comfort, the application of double glazing combined with the setting of the sun shading equipment can effectively minimize the incoming solar radiation, while also bringing sufficient light to the interior.
In cold climates, the air buffer between the double glazing acts as a barrier against heat loss. The sun-heated air in the chamber can transfer heat to the interior, reducing the need for an indoor heating system
Thermal insulation Reduce noise
Double skin curtain wall system can effectively reduce the impact of outdoor noise on indoor due to the shielding effect of double glazing which is especially suitable for buildings in the urban center under strong traffic noise environment.
THE METABOLISM OF RAW EARTH
EXPLORE THE FORM OF ARCHITECTURE THAT CAN CHUANGE LIKE A CELL
Composer: Rixi Ye. Delong Yang. Rongjie Zhang.
Tutor: Dan Liang.
Location: Huesca, Spain
Group work 2022.09-2022.11
The raw earth material has a long history in the Mediterranean region. Arising by agrarian and pastoral economy, raw earth construction is characterized by its direct relationship with the nature, independent of intermediate technical conditions. Raw earth construction is made of free natural materials which is completely sustainable and efficent with the lasest 3D printing technology.
To realize the variability and sustainability of the spatial form in the artists' residences and education complex, we extract a growth pattern from cells. The architecture and landscape form a living system which is constantly metabolising, hatching the new and refreshing the old, to responde the division, reproduction and decay of cells. Flexible spaces are also created by the cell image for various situations.
SURROUNDING BUILDINGS
Artists
Large, free space to create
Separate living environment
Landscape space to stimulate ideas
Space for artists and their apprentices to teach and create Art enthusiasts
Workshops for collaborative creation
Centralised living space
Numerous workstations and outdoor creative spaces
Space for art-related displays and sales
Travellers
PERIPHERAL VIEWS
The site is located on an olive and almond estate in Puebla de Fantova, with an area of 3 hectares, with an old building dating back to 1700 in the centre of the site. Puebla de Fantova is located at an altitude of 700 metres and has belonged to the municipality of Graus in Ribagorza, Aragón Huesca, since 1960. It was founded in the late Middle Ages and is a historic town with many historic buildings made of stone and rammed earth preserved around it.
GAUDI’S DESIGN VALUES AND PRINCIPLES
The design of Casa Batlló incorporated an air circulation system that allowed for excellent natural ventilation
Gaudi imitated the form of the waves in the building's facade to give a sense of free-flowing lightness.
Centralised accommodation
Extensive communal activity areas
Sports and meditation retreats
Comfortable and relaxing natural landscapes
The
In
Sustainability Functionality
Gaudi's emphasis on environmental protection and energy efficiency is reflected in his architectural design, choice of materials and construction methods, which all reflect the principles of sustainability.
Gaudi's designs are designed from a human perspective, for the public, taking into account the human experience in the building, from the building as a whole to the interior, which is highly functional.
Aesthetics Innovation
Gaudi's work is creative, bold and very personal, inspired by architecture, nature and religion. He studied the organic geometric forms of nature, and created his architectural aesthetic.
Gaudi's architecture brought architectural and functional innovations, including biomimicry, the use of hyperbolic parabolic vaults, the design of ceramic mosaics from scraps and much more.
SITE ANALYSIS USERS
ANALYSIS
Ermitas de San Clemente Tobeña
Iglesia de Nuestra Señora de La Asunción
Castillo de Fantova
Ermita de Llagure
Original building
11th and 12th century. Located in the middle of Puebla de Fantova.
17th century. Located in the southeast of Puebla de Fantova.
Located east of Puebla de Fantova.
17th century. Located northwest of Puebla de Fantova.
There is an old 3-storey building in the centre of the site.
View towards puebla from the southeast.
View towards puebla from the southwest.
View towards puebla from the south.
Gaudi collects various waste materials and processes them for decoration.
Colonia Guell Church used locally sourced stone as the main material.
Gaudi uses the earth and stones excavated during the foundation work directly as building materials.
roof of Casa Milà was designed with chimneys in the form of soldiers wearing helmets.
Casa Batlló Gaudi designed the top of the room with the central anemone roof light, with a huge spiral shape like a whirlpool of the sea.
The outwardly sloping stone pillars in ParkGüell are oddly shaped, but very mechanical.
Gaudi's buildings make extensive use of suspended chain arch structures as support structures for the roofs.
The design of the central courtyard of Casa Milà allows all rooms to enjoy maximum light.
ZERO-SUM MATERIAL CHANGE
When we need a building
When we need more buildings
Sustainability: The raw earth picked from the site can be reused to create new buildings, as well as giving back to the site when demolished, and thus, achieving earthwork balance.
When we don't need this building
When new extensions are required, they can be built quickly and sustainably with the help of 3D raw earth printing technology, based on a hexagonal grid.
SITE PLAN
Functionality: Stretchable membrane, selectable suites, flexiable furniture, and variable space are all designed to meet multiple functional requirements of different users.
Aesthetics: Winding array of columns, merging sphere and fluid curve are identical to Gaudi's aesthetics.
Innovation: The growing form of the adaptive system is inspired from cell metabolism in biology.
Function division
Extension of original site contours
Cell expansion
BIOMIMICRY OF CELLS
Epithelial cell Cell division and proliferation Cell death Cell material exchange
Bionicism is also one of Gaudi's design principles, and we have uncovered some interesting cellular properties in our research on cells that have inspired our design.
Cell division into new cells is like the expansion of a new building, and the process can be like a variable building space.
Raw earth buildings can be recycled after the building has been demolished, just as material produced by decaying cells can be absorbed and reused by other cells.
The furniture in the space and the people who use it are like different protons in a cell, they move through the building and interact with it.
Process of cell division Process of cell death Material exchange between cells Material exchange within cells
The site Obtain raw earth materials locally Construction using 3D raw earth
The building The rammed earth is reused or returned to the land Tearing down the building
printing technology
Public Area Artists Working Area Artists' Residences Hostel 5m Contour Line 2.5m Contour Line Possible Extension Building MAIN ENTRANCE LOGISTICS ENTRANCE ARTISTS ENTRANCE Hexagonal Grid 01 05 02 04 06 04 03 01 Museum (Original Building) 02 Artists' Working Area 03 Artists' Residences 04 Hostel 05 Recreation Area 06 Logistics Area
10 0 20 40m N
-3.000 LEVEL PLAN
±0.000 LEVEL PLAN
SECTION 1-1
-4.150 1 2 2 -0.150 14.500 1.050 -1.300 -5.750 -2.000 -4.600 -4.300 01 02 02
04 04 06 05 08 01 03 02 02 01 03 -4.600 -4.400 -5.600 -5.150 -4.300 -2.600 -4.600 -4.400 -0.150 -0.150 ±0.000(=688.000) 10 0 20 40m N
01 Co-working Area 02 Artists' Workshop 03 Equipment Workshop 04 Artists' Residences ARTIST TRAVELLER STAFF
14 Sun Room 15 Common Gathering Area 16 Staff Office 17 Staff Toilet 18 Staff Dormitory 19 Staff Locker Room 20 Staff Activity Room 21 Rubbish Room 22 Laundry 23 Clothes Room 24 Security Room 25 Purchasing Office 26 Mailroom 27 Storage 28 Equipment Room 29 Kitchen 30 Food Preparation Room 31 Staff Canteen 01 Co-working Area 02 Artists' Workshop 03 Equipment Workshop 04 Museum 05 Art Store 06 Lobby 07 Restaurant 08 Exibition 09 Multi-purpose Room 10 Reading Room 11 Hostel Common Room 12 Integrated Bathrooms 13 Lounge
2.000 LEVEL PLAN
19 1 01 Artists' Workshop 02 Co-working Area 03 Lobby Courtyard 04 Hostel 05 Courtyard 2.500 2.550 -2.850 5 0 10 20m 04 05 05 05 04 04 03 03 01 02 07 08 09 10 06 05 04 9 10 10 11 27 31 14 15 15 14 14 14 18 18 21 25 26 23 29 30 22 23 24 28 28 20 16 16 17 11 11 11 11 12 12 12 13 07 -0.150 -2.450 -4.300 -2.150 -2.150 1.350 1.350 -0.150 -0.150 -0.150 -2.150 -0.150 ±0.000(=688.000) -2.450 -2.150 -2.150 -0.150 10 0 20 40m N
01 Co-working Area 02 Artists' Workshop 03 Showroom 04 Recreation Reception 05 Private Meditation Area 06 Meditation Area 07 Yoga Area 08 Gymnasium 09 Changing Room 10 Toilets 10 0 20 40m N
7.000 LEVEL PLAN
RIBOSOME PATH
People in architecture is like ribosome in the cell
03 04 04 05 02 06 01 10 0 20 40m N
MAIN ENTRANCE 01 Showroom 02 Lobby 03 Soaking Pool 04 Hostel 05 Logistics Courtyard 06 Parking Area 01 02 04 05 06 03 01 Meditation Area 02 Art Store 03 Exibition 04 Co-working Area 05 Artists' Workshop 06 Outdoor Working Area SECTION
5 0 10 20m ±0.000(=688.000) 4.850 4.850 4.850 2.850 4.850 3.850 -2.050 -0.600 1.900 7.900 10.850 15.800 ±0.000 (=688.000) -6.050 -6.500 -3.500 -0.500 1.100 -0.900 Vehicle circulation (traveller) Vehicle circulation (logistics) Artist circulation Traveller circulation Staff circulation Yoga Room Bathing Places Logistics Area Hostel Room Loading Area Art Workshop Reception Dinning Room Meditation Room -3.000 Level Plan ±0.000 Level Plan 2.000 Level Plan 7.000 Level Plan Artist 's Residence
2-2
LIGHTING ANALYSIS
CYTOPLASM RE-FORM
The bed is placed as a single unit around the nucleus of traffic (the cell core) and when the user changes, the artist living space can split the bed into two units and move them along the slide to create traveler's spaces suitable for single, completing the re-form of the cytoplasm.
NUTRIENTS EXCHANGE
Using linear light to highlight the directionality of the building's exterior space Using spot lighting to create the ambience of the space Using coloured spots to illuminate the public areas and to host events in the evening
Cement mortar Cement mortar Reinforced concret slab Gravel pavement Granite plate Rammed earth Steel beam Double deck glass Membrane Planter soil Composite rammed earth Steel plate Wood panel Cement mortar Stone veneer Bathroom/ Traffic core Sliding rail Stopper Workbench Artist Traveller
Bed unit Rice husk insulation 3D printed rammed earth path Warm Air Cold Air Recycle of Rainwater Rice Husk Insulation
residence
Plan of artists'
Section of artists' workshop
METAFLEX
TO CREAT SOME HEALING SPACES FOR OTAKU
Composer: Rixi Ye. Zhenyu Weng. Yang Liu.
Tutor: Igor Pantic. Jiahao Syu. Kaiwen Yu.
Location: Tokyo, Japan.
Group work 2022.07-2022.09
We found that there exists a special group with the same characteristics in Japanese societythe otaku cultural group. However, as the time moving forward, this group has been gradually marginalized in society. Some people,in this group, even developed into serious hikkomori.
In our research on building materials, we have discovered inflatable materials with unique properties. The inflatable material is elastic, soft which is easy to transport. At the same time, this soft material can bring people a sense of wrapping, security and relaxation. And Timber is the most typical traditional material in Japan. It has the characteristics of comfort and environmental protection.
Therefore, we try to use these two materials combined with the application of AR technology to provide some healing spaces for otaku and help them reintegrate into society.
BACKGROUND
Macro background of Japan ACG culture
Japan’s ACG culture is in its infancy, and the Japanese animation industry is slowly developing as a leader.
Japanese animation has generally completed its exploration, and excellent animation works have emerged one after another. Japanese animation has entered the OVA period.
The ACG industry in Japan has also ushered in the second peak, spreading to all parts of the world.
More and more people have gradually become new otaku due to home isolation and other reasons.
After Japan's defeat in the war,the development of Japan's ACG industry reached a small climax.
The animation market is still hot,and many people go to the virtual world to escape from reality.
Many Japanese animations are transferred to TV to play.
Animation developed steadily, and other ACG industries gradually gained a higher status in the world.
It is not difficult to imagine that the future Japanese ACG industry will continue to prosper and develop in all aspects.
Otaku overview GAME NERD PET OTAKU PAN OTAKU TECH GEEK ANIME MANIA OLOGY CULTURE AFFOREST REST HUMANITIES OLD WOMAN BOY YOUNG MAN YOUNG WOMAN OLD MAN
Local context Population composition
We classified the group into five types of otaku, Game nerd, Anime mania, Pet otaku, Pan otaku and Tech geek. We analyzed the mental state fluctuations local context and population composition of each type of otaku and found that their state was relatively poor and their expectations for future life were relatively low.
Different types of otaku have different habits and therefore have different requirements for space.For example, Pet otaku prefer to have a pet room where they can play with their pets. Game nerd have a higher need for game rooms. And Tech geek want to have a big workshop to work in.
Mental State Fluctuations
kitcken Pet-room Pet-room 1917 1945 1980 1970 2000 2020 2010 Later 90‘s Future Early 90‘s Living Study Game room Rest room Workshop Project room ROOM 10 EXTEND 8 6 4 2 0
Space requirements TECH GEEK PAN OTAKU ANIME MANIA PET OTAKU GAME NERD
Number of people
MATERIALS RESEARCH
ETFE
ETFE membrane is very light, only 0.15-0.35 kg per square meter, and it has good physical properties.
The flexibility of ETFE technology facilitates new design and engineering approaches for mobile structures
Durability
ETFE film has excellent anti-aging ability, its service life is more than 25 years.
Timber
ETFE membrane is very smooth and has excellent self-cleaning performance.
Bad effect of the otaku group
Co-friendly
Event impact
EXTEND
POPULATION
Japan total population Tokyo total population
1.26million 0.13million 0.09million
Ginza total population
YEARS
YEARS
According to the basic understanding of the entire otaku group, here are two basic characteristics of the current status of otaku in Japan:
A. The population of otaku is increasing year by year; B It is closely related to the Japanese ACG culture; C.some serious otaku often suffer from adverse mental illness.
Otaku culture also has a relatively deep foundation in Tokyo. Under the high-pressure environment of Tokyo, the local otaku population is also steadily increasing.
Prefabricated
Historic Comfort
DESIGN CONCEPT
Overwhelmed by social pressure and become hikikomori Disease-ridden, staying home all day, slowly withdrawing from society.
Different communities formed according of otaku. Try to them to talk to
Otaku timeline
SITE ANALYSIS
Light-weight Comfort
Flexibility
Due to the earthquakes in Japan, using timber as the main building material can also reduce casualties.
Timber has the characteristics of low production cost, low energy consumption and non-polluting.
Timber has a soft reflection of light, so presents a beautiful natural timber grain and pleasing color
Timber is suitable for industrialization and prefabrication of building production.
communities are according to the type to encourage each other.
Embrace themselves, embrace otherness. Finally reintegrate into society.
Ease to clean
OFFICE
OFFICE OFFICE GALLERY OFFICE
COMMERCIAL
Durability
OFFICE OFFICE
RESIDENT
CENTER
+ = ？ WFC STUDY Interior system Facade system Combine these two systems The Library Private The Library
Information 3×2×2 3×2×2
GH script 4×3×3 4×3×3 6×4×4 6×4×4 Private Space Public Space 3×2×2 10×6×5 10×6×15 Input the basic tiles. entwine the data and combined the basic tiles. Set the rules for the basic tiles. Generate the slots for componants. Compose the componants according to rules. Outcome the combined model. Set the corresponding size slots for the basic tiles.
WFC design
Due to the consideration of the ativity space of animals,the pet room is mainly two-story ahousing.
Pet Otaku Pet Otaku
1 0 5m N Due to the consideration of the ativity space of animals,the pet room is mainly two-story housing. This pet room is divided into two floors,The bubble space is relatively large suitable for pet sports.
three-unit rom is mainly of rich apartment types,with double hight space. This unit based on space,allowing to have bubbles. This type can provide occupants vertical and spatial feelings. The game mainly based diversity,whitch the sense the occupant. 01.Co-woking Area 02.Reception 03.Cafe 04.Reading Room 04 01 07 06 02 03 05 05.Tea Room 06.Core 07.Courtyard Ground Floor PLAN
SPATIAL ANALYSIS
The
Due to the consideration of the ativity space of techgeek,the geek will have quite big and long space for them. Pan otakus' space is quite ordinary for the variety of this group. Anime mania will get a little atrim for the better feeling when reading or watching anime. Game nerd can get 2 sperated game room for duo or even squad play. Tech Geek Tech Geek
Pan-Otaku
Nerd Game Nerd Anime Mania Anime Mania mainly vertical space,allowing gamers vertical This apartment has more bubbles and the length of the space is more suitable for techgeeks. This type of apartment is more regular than the first two,but it also has vertical space. This type of apartment has a slight change an plays the role of active space. of apartment provide game occupants with different and horizontal feelings. The type of apartment is suitablefor tech geek due to its square space This type apartment mainly uses vertical large bubbles to esure sufficient sunlight. The scond roon type is the most square and meets the behavioral needs of otaku. game space is based on spatial diversity,whitch increase of interest of occupant. The tech geek have a great demand for space,so the apartement is mainly rectangular. As anime occupants meed more reading space ,the windows should be larger. The sapce of the panotaku type requires more space for living,so the space shoule be more regular.
Pan-Otaku
Game
The whole construction process become controllable with the assistance of ar, the data and operation process will be displayed in real time, and AR technology will also help user to build each elements easily .
AR APPLICATION Interface SELECTION
Workflow
RESTRICTION EXPLORE&DESIGN SELECTION GET STARTED ±0.000 9.000 18.000 27.000 36.000 45.000 54.000 63.000 72.000 81.000 3.000 12.000 21.000 30.000 39.000 48.000 57.000 66.000 75.000 84.000 6.000 15.000 24.000 33.000 42.000 51.000 60.000 69.000 78.000 87.000 97.500 08 08 08 08 08 08 08 07 09 06 Typical Floor 08.Living Unit 09.Discussion Room Pet Otaku Tech Geek Workshop Game Room Discussions Room Animation Gallery Game Nerd PLAN SECTION
Other Work
MARINE NOMADIC
Academic Group Work
Date of Project: 2020.12-2021.03
Tutor: Xufeng Zhang, Qiushan Zhang
Location: Ningbo, China
CODE 0019-TEMPORARY HUTS USED IN THE EPIDEMIC
Academic Group Work
Date of Project: 2019.01-2019.03
Tutor: Qianxi Zhang
Location: Ningbo, China
PLANNING FOR PLACEMAKING, DACIYAN TOWN
Academic Group Work
Date of Project: 2020.07-2020.09
Tutor: Xufeng Zhang, Qiushan Zhang
Location: Hangzhou, China
Academic Individual Work
Date of Project: 2022.05-2022.06
Tutor: Tengyue Zhang
Location: Ningbo, China
疫情通告 佩 染 代 号
19
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TEA DATE-SCHOOL TEA ROOM DESIGN
