KAINING PENG Portfolio
01 INFILL APARTMENT AND COMMUNITY THEATER Bringing the Minhocao Community Together with the Rest of Sao Paulo City
02 YOUNG HIVE A New Commune for Young People in Urban Village China
03 FORMOLOGY OF TRANSACTIONAL INFRASTRUCTURE A Wholesale Food Market for the City of New York
04 SEAWEED ESPLANADE A Fishmarket and Seaweed Processing Plant in New Bedford, MA
05 WAFFLE NEST A Timber Structured Highrise Tower in Durban, South Africa
06 TILE HOUSE An Alternative for Hutong Housing Renovation
07 MCKNELLY MEGALITH A Meglith That Walks and Stands
08 CATENARY COMPRESSION The Tensile Vault Reconsidered Installation for BSA
09 OTHER PROFESSIONAL WORKS 2012-2019
INFILL APARTMENT AND COMMUNITY THEATER Bringing the Minhocao Community Together with the Rest of Sao Paulo City MIT Option Studio Instructor: Angelo Bucci and Gabriel Kozlowski 2016 Minhocao is a highway built in controversy in the 19th, but as year goes by life started to accumulate around the bridge. Nowadays, it is transformed into a pedestrian strip every weekend, which is loved by people from all over Sao Paulo. However, though Minhocao is no longer the monster that only serves automobiles, the new conflict between local inhabitants and visitors are exacerbated. Hence, this project aims to not only become a new destination for public, but also delineate healthy boundaries for interactions between local dwellers and visitors.
Minhocao during Weekdays
Minhocao during Weekends
Aerial Photo of Minhocao Highway
Block Profile Study
There are a few conditions that create the current segregation. One issue is that the rectangular city blocks are often large and not traversable, thus preventing people from exploring Minhocao’s surroundings. Another observation is that while residential towers always occupy the perimeters of the districts, its center is often low in density and devoid of life. Storage structures often occupy the areas that could have become the public spaces for local communities.
Design Section
Site and Minhocao
Program Diagram
housing
Structure Diagram
housing commons
commercial corridors
bottom structure
community theater
top structure
Therefore, this project propose to first deconstruct some of these storage buildings that are ubiquitously filling the gaps between residential towers, and turn them into alleys that can support small commercial programs. The roof of these commercial alleys is connected to Minhocao to bring people directly into the center of the district and a plaza overlooked by the housing unit sits at the center, creating a new common ground between public and local populations. Under this plaza is a theater that is run by the inhabitants of the social housing structure sitting on top and would become the new attraction for Minhocao visitors. Ultimately, this new architecture will should provide emple opportunities that allow residents and visitors alike to mingle and bond.
View from Eastside
1. commercial 2. lobby 3. bike and mail room 4. thrust theater 5. back of stage
1 2
1
5
1
4
1
1
3
1
2 1
1
Ground Floor Plan
Stairs Infront of Theater
1
1. housing unit 2. interior common area (library, multi-media, and etc.) 3. exterior common area
3
1
2
2
Typical Housing Floor Plan (F5-9)
Typical Unit
community run thrust theater
Detail of Operable Facade Louvre
4 5 3 2 1
6
Elevation of Operable Facade Louvre
Central Atrium
Representation Model
YOUNG HIVE A New Commune for Young People in Urban Village China Invited Renovation Competition Atom Atelier 2018
wash clothes at the laundry store down the alley
kitchen and toilet in one space
eating out on the cheap little canteen everyday
living room too big to be efficiently occupited by multiple dwellers
the scope of home/ domestic activities
typical 1 bedroom unit in urban village China, occupied by mulitple residents with minimal living infrastructure
In China, dwellers of urban villages are mostly young men who share a single apartment with many. Functions of a traditional living space such as dining, laundry, and showering have to be transformed into public services on the street. Here, the concept of “home” is no longer a
share a 1 bedroom unit with two other roommates
shower at a public bath house nearby
private interior, but a system of the city. However, residents need to spend a lot of time and energy to access these resources. Hence, the project will re-adapt two existing buildings to explore a new direction of architecture renovation tailored to this “outsource” lifestyle.
Outdoor Terrace and Gathering Space
Renovated Unit Interior
The majority of apartments have been designed as one-bedroom that’s hard to be divided efficiently among multiple tenants. Therefore, the new unit becomes a smaller but more efficient space, rid of any function that can be delegated to serve the residents’ minimalist needs.
Commune Study Louge
New Unit Plan
Public programs such as shared kitchen are spread vertically along corridors. They join the two buildings into one, forming an interior vertical street which promotes interaction and community formation.
Street Moment Observation and Design Transformation
Commune Kitchen
1. alcove along street edge as resting point
2. furnitures that claim the street and extend interior activities
3. residual space under stairs utilized
a. surface offset from edge as private corner
b. operable curtain wall that allow space to extend as needed
c. extruded stairs as seats and space under as programmed
Exploded Iso Showing Interior Domestic Activity Range for a Dweller
Rooftop Laundry and Outdoor Activities
Library and Multi-media space
Community Multifunction and Gathering Space
Typical Unit for Two Residents
Community Kitchen
First Floor Commercial space that not only serve the building but the larger Urban Village
Entrance Lobby with Frontdesk for Access Control
Mesh Screen Covering the Inserted Community Programs and Circulation
A tensile metal mesh facade wraps around the public venues which reflects natural light into the central atrium. Its geometry folds locally and creates spatial vignettes that mimic scenes and functions of real urban village streets
Library Terrace
Facade Assembly
metal mesh colored high reflective
metal frame pretensioned metal string
mesh facade reflecting light into atrium
FORMOLOGY OF TRANSACTIONAL INFRASTRUCTURE A Wholesale Food Market for New York City MIT Option Studio Individual Project 2015 As cities continue to grow and their population continue to decentralize into suburbs, so does the essential infrastructures that support modern urban lifestyle. These transactional infrastructures, taking forms such as huge warehouses, occupy large land masses but their designs pay usually no attention to the immediate surroundings. For example, in the case of Meadowlands NJ, the amazing natural environment that is home to a diverse ecoÂsystem now collides and stands in conflict with these monolithic big boxes. Therefore, this project seeks to humanize those transactional infrastructures by transforming and integrating them into a new type of wholesale food market complex.
Pre-20th Century
Post-20th Century
Landscaping Strategy
01 Transactional Infrastructure roof landscape and boulevard
plazas
02 Wetland Landscape
03 wetland walking corridor
Seperation between Highway and Community
04 Public Transportation
reconfiguring the landscape features
Landscaping Strategy
New Townhall
New Town Hall & Market
Town Hall
Dealing
Dealing Tuck Driver Service/Hotel
Landscape Roof Commercial Villa Type 2 Commercial Villa Type 1
Dealing and Shopping
Warehouse Wetland Museum Community Center Foodbank Gym
Dealing
Program Strategy
A critical function is an office building that will house the new regional town hall of the Meadowlands area. The region did not have any political body until in recent years when a committee is formed to oversee territorial affairs. This new building will not only provide working space for the growing political body, but also serve as an icon for the regional identity. The building locates on the north side of the complex and a plaza connects it with the train station providing space for public event and reaffirming the town hall’s and the entire complex’s public presence. The program is transformed to create a regional attraction. By integrating new storage technology and thus automating the storing, transporting, and retrieving process, storage spaces can now be separated from dealing area creating a more efficient and enjoyable sampling experience for wholesale buyers. This also means that these sampling area can be opened to local community buyers and transforming it into a regional farmers’ food market, while other complementary programs such as cinema and hotel are also inserted.
Landscape Roof and Commercial Villas
01. Inspection of Sample Product on Upper Floor
Wetland Pedestrian
02. Robot Manage Warehouse Logistic Buyer Check Product Before Loading
Truck Traffic
Parking
03. After Verification Good is Loaded onto Truck Community Traffic
Wholesale Buying Sequence
Circulation Strategy
Entrane for the Community, Cinema, Sports Facility and the Food Market Beside linking to a public transportation hub, another road is planned to connect with the nearest community where no access used to exist between it and the site’s amazing wet-land landscape. Programs associated with community center such as sports and lecturing facilities are placed near this community-oriented entrance, while other complementary programs such as cinema and hotel are also inserted.
Wholesale Sampling, Shopping District, and Landscape Roof Shopping and commercial programs similar to that of a mega shopping mall are introduced. However, unlike conventional shopping mall, the retail units are in the forms of villas or small houses in order to create human scale valleys inÂbetween for an intimate and interesting exploring experience. The roof slant and intersect with these shopping boxes generating another layer of valleys that have many connection with the interior streets. The roof ultimately descend and blend into the landscape and lead people into the wetland park.
WAFFLE NEST A Timber Structured Highrise in Durban, South Africa Competition Entry Team Members: Joohui Son, Kaining Peng 2015
Timber being one of the oldest construction materials gained new interests in recent years. The industry has become keenly aware of the detrimental effects of modern building materials such as concrete. Many new timber products that are simultaneously strong and sustainable have been invented. Believing in that with new material comes new structural and architectural potentials, we focused on CLT (Cross Laminated Timber) and designed a prototypical tower consists of stacked waffle boxes. This system generates a series of three dimensional grids that nullifies the conventional fixed-height slab and column typology WOOD WOOD WAFFLE WAFFLE STRUCTURE STRUCTURE SITE SITE ANALYSIS ANALYSIS WOOD WAFFLE STRUCTURE SITE ANALYSIS and makes a more flexible space creation strategy possible. Housing units of different ceiling heights are inserted to accommodate demands, while one meter gap ROTATE TOWARD TOWARD OPEN OPEN VIEW As shown As shown by both by computer both computer simulation simulation andaand physical and physical model, model, ROTATE ROTATE TOWARD OPEN VIE Asdifferent shown byusers’ both computer simulation physical model, a single a single box box is box weak is against weak against lateral lateral loadload and load therefore and therefore several several was always maintained between boolean masses tois ensure the waffles’ structural integrity. a single weak against lateral and therefore several waffled waffled boxes boxes are are overlapped are overlapped and and interlocked and interlocked together. together. The The The Each waffled boxes overlapped interlocked together. mass Each is mass rotated is rotated toward toward open Each mass is rotated toward op Bubble spaces, imaged as social and public programs and inspired traditional local housing shifted shifted grids of grids the of two the intersecting two intersecting waffle waffle boxes boxes help to help brace to brace shifted grids of the two intersecting waffle boxes help to brace view, so view, that so residents that residents are able are to a view, so that residents are able form, are generated as the connectingeach tissue throughout the tower. Ultimately we hope to other. each other. each other. enjoy beautiful enjoy beautiful scenaries scenaries such as su enjoy beautiful scenaries such transform one of the most ubiquitous urban building typology, tower, into one that is consouth south pacific pacific ocean, ocean, habour habou and a south pacific ocean, habour text specific and environmentally responsive with this design. the botanic the botanic garden. garden. Also, this Also,ro-th
the botanic garden. Also, this tation will tation help will tohelp avoid direct avoid sundirec tation will help to to avoid direct s lightlight with light the with timber the timber waffle waffle as a with the timber waffle as sun sun shading sun shading device. device. shading device.
Concept Concept Model Model Concept Model
ADDADD SQUARE ADD SQUARE SQUARE
Waffle Waffle Waffle
weak against weak against lateral lateral loadload load weak against lateral
CROSS CROSS LAMINATED LAMINATED TIMBER TIMBER CROSS LAMINATED TIMBER
Interlock Interlock Interlock
Altough Altough there there are are planty areplanty planty public p Altough there pub space space in Durban Durban suchsuch as such park, space in in Durban as as pa square square and and water and water front, neighborfront, neig square water front, neighb ing ing area ing ofarea the site the barely site barely has has any haa area of of the site barely of these. of these. Thus, Thus, this project this project sugof these. Thus, this project s gests a gests public a public square square on the site, the gests a public square on on the s so that the that tower the tower maymay become may beco a so so that the tower becom newnew hub new forhub this district. this district. hub forfor this district.
TRANSPORTATION TRANSPORTATION HUBHUB HUB TRANSPORTATION
The The tower The tower is located is located between betwee the tower is located between center center of the of business the business distric distri and center of the business distric a residential residential area. The area. main The roads main residential area. The main roa connecting connecting those those areas also areas goes also connecting those areas also go through through the the site. the Furthermore, site. Furthermor the through site. Furthermore, adjacent adjacent rail rail road railroad can roadcan not cannot only noto adjacent carry acarry lota of apeople lot of people to the sitethe butsi carry lot of people to to the site alsoalso transport also transport massive massive amount amou of transport massive amount products to faciliate faciliate the the constructhe con Beside Beside being one being ofone the strongest the strongest timber timber structural structural material, material, one one ofone the most the attractive most attractive advantage advantage of CLT is CLT products to to faciliate constr Beside being one of of the strongest timber structural material, of of the most attractive advantage of of CLT is is products thatthat it that does it not does demand not demand highhigh quality high quality timber, timber, so wood scrap wood scrap can can becan reused reused to make this make strong this strong timber timber prodprod- tion tion it does not demand quality timber, so so wood scrap be be reused to to make this strong timber prodoftion the structure. the structure. of of the structure. uct.uct. According uct. According to calculation, calculation, this this new this recycling new recycling cycle will cycle be will able toable save up save to up of30% the carbon the carbon wasted wasted in in in According to to calculation, new recycling cycle will be be able to to save up30% to to 30% of of the carbon wasted landfill. landfill. Moreover, Moreover, while enjoying while enjoying plenty plenty supply supply of raw and raw waste and waste material, material, Durban Durban as the hub the ofhub the regional the regional landfill. Moreover, while enjoying plenty supply of of raw and waste material, Durban as as the hub of of the regional timber timber industry industry possesses possesses easyeasy access easy access to train traffic train traffic as an economic economic mean mean of transportation. transportation. ThusThus using Thus using timber industry possesses access to to train traffic as as an an economic mean of of transportation. using CLTCLT inCLT Durban in Durban can arguably can arguably further further reduces reduces the amount the amount of embodied of embodied carbon carbon (per unit (per of unit material) of material) to around to around in Durban can arguably further reduces the intersect amount of embodied carbon (per unit of material) to around Stack Rotate Units & bubbles result two two third two ofthird the level the oflevel average average CLTCLT construction. CLT construction. Finally, Finally, Japanese Japanese researchers researchers havehave shown have shown thatthat CLT that can CLT becan third of of the level of of average construction. Finally, Japanese researchers shown CLT can be be made to made resist fire resist and fire earthquake and earthquake and and consequently and consequently making making it even itmore even suitable more suitable for high-rise high-rise tower. tower. made to to resist fire and earthquake consequently making it even more suitable forfor high-rise tower.
CARBON CARBON FRAMEWORK FRAMEWORK (CLT (CLT in in Durban) inDurban) Durban) CARBON FRAMEWORK (CLT TrainTrain Routes Train Routes andand Foresting and Foresting Resource Resource Around Around Durban Durban Routes Foresting Resource Around Durban Gauteng Gauteng Gauteng Gauteng Gauteng Gauteng
Units (89 units total)
Zulu village’s gathering space
Gathering space
Vertical circulation (Elevation & Stairs)
Commercial area (1,2 floors)
Proposed gathering space
Main square & Arium
Main Square
Program layout
Each mass is rotated toward open view, so that residents are able to enjoy beautiful scenaries such as south pacific ocean, habour and the botanic garden. Also, this rotation will help to avoid direct sunlight with the timber waffle as a sun shading device. Altough there are planty public space in Durban such as park, square and water front, neighboring area of the site barely has any of these. Thus, this project suggests a public square on the site, so that the tower may become a new hub for this district. The tower is located between the center of the business distric and residential area.
Waffle Cross laminated timber waffle mainly function as sturcutre, but at the same time it is exterial sunshading devices and interior service space.
Mechanic Pipe Built-in furniture
CLT Waffle as a main structure
CLT Waffle as Sunshading device
CLT Waffle as Service space
Floor PLan +16.ooM
N
Open Glass
Common Gym in Bubble
300m3 Unit Type A-2
Kitchen Shelve
150m3 Unit Type B-3
UP
Pipe Shaft Kitchen Shelve
Elevator Core
Double Height UP
150m3 Unit Type B-1 Corrido
UP 150m3 Unit Type B-2
150m3 Unit Type 2
Terrace
Double Height
Double Height
2500 CLT Waffle
300m3 Unit Type A-1
Open
Unit types
Type A-300m3 (100m2 area )
Type A-1 (7mX7mX6m, 2 floors)
Type A-2 (5mX10mX6m, 2 floors)
Type A-3 (10mX10mX3m, 1 floor)
Type B-150m3 (50m2 area )
Type B-1 (5mX5mX6m, 2 floors)
Type B-2 (3.5mX7mX3m, 1 floor)
Type B-3 (7mX7mX3m, 1 floor)
Unit layout Samples Type A-2 Machanic Pipe Shaft Built-in furniture
Bathroom Bedroom2
Bedroom1
Corridor Bedroom3
Enterance
Kitchen Double Height Living Room
Sunshading (CLT Waffle) with Titinium dioxide coating
Type B-1 Machanic Pipe Shaft Built-in furniture
Corridor
Enterance
Double Height Living Room
Kitchen
N
St
Restaurant
ve
Elevator Core Cafe
Slo
Parking Enterance
Joe
Security Office
UP
DN
Retail
Main Square
Atrium
Street Vender
Information Grocery
Johannes Nkiosi St
Assembly Process Unit Isometric Isometric
Plan Plan
Step 1. Basic Unit Step 1. Basic Unit
Step 2. Adding Connection Pieces Step 2. Adding Connection Pieces
Step 3. Larger Nesting Unit Step 3. Larger Nesting Unit
Details
THK147 Cross Laminated Timber with Titinium dioxide coating (main structure)
Metal Brace U-Plate to connect CLT panels with tolerance
Steel cable to strengnten against lateral load
THK147 Cross Laminated Timber with Titinium dioxide coating (main structure) Metal Brace Screw
THK 100 Insulation
2ply Gipsum boards
THK85 Cross Laminated Timber
Step 4. Outer Short Pieces Step 4. Outer Short Pieces
Step 5. Combine Top and Step 5. Pieces Combine Top and Bottomb Bottom Pieces
KEYMAP
Type B-1 unit
Type B-3 unit
Gathering space (Gym)
Cross Laminated Timber with Titinium dioxide coating (main structure)
Gathering space (multi-purpose room) Type B-3 unit
Gap for ventilation & sun lighting
Type A-2 unit
Restaurant Elevator core
Grocery Atrium Insulation (for sound proof)
Mechanic Machine Room
Parking
Trying numerous industries in the past, New Bedford is again adopting a new development direction toward sustainability. However, beside wind turbine, the local government failed to realize the most valuable sustainable resource available to the town, namely, its marine ecology. Thus, Esplanade New Bedford, taking State Pier as its site, will become the new prototype structure that house a new factory focusing on modern marine product production such as bio-fuel and seaweed based cosmetics, and showcase it both to locals through its market component, and visitors transiting from its ferry terminal. Ideally, the structure shall instigate a transformation of the present industrial coastline into one of sustainable aquaculture production.
SEAWEED ESPLANADE A Fishmarket and Seaweed Processing Plant for New Bedford, MA MIT ARC4.153 CORE III Instructor: Andrew Scott 2014
1. seaweed farming
2. harvesting
3. processing
4. drying
5 products
roofing
seaweed wall
secondary structure
terminal and factory
leisure
market
entrance plaza
The structure divides the site into two distinctive areas, a working site on the north, and a leisure side on the south. The market exist in between as a filter that connects the two. The large open space achieved by combining four section frame and sweeping them through the site not only leads people toward the water, but also ensures flexibility of the space so that when market doesn’t happen, the space can be occupied as extra storage space. Finally, seaweed walls will become another major feature on the southern enclosure, where dried seaweed produced on the site is stuffed into a mesh and glass enclosed wall section and functions as insulation. These dried seaweed insulations will be replaced annually, and the building shall change its expression with the season and weather.
glazing fixture detail
metal mesh fixture detail
seaweed wall system (front)
seaweed wall system (back)
1. structural steel I beam, 36”*12” 2. frame H beam, 12”*12” with embedded timber beam (same as secondary structure) 3. channeled metal roof cladding, grey 4. mullion with insulation embedded 5. structural thermal break 6. double glazing with argon filling 7. concrete slab finishing
8. mullion thermal break 9. metal ceiling panel, flat 10. H beam column, 12”*12” 11. seaweed insulation stuffing 12. double glazing with argon filling 13. timber decking 14. exterior concrete surfacing, cast on-site
in-house processing and production
roofing
roof seaweed drying
secondary structure
tertiary structure
Thus, from the waving roof geometry to the glass boxes overlooking either the working side or the leisure side of the new waterfront, from the open plan of the market on the ground to the interlacing catwalk system permeating both the interior and rooftop,
primary beam
concrete shear wall
wall of in-housed dried seaweed
member sizing
Seaweed Esplanade embodies a integrative direction for the town’s sustainable industrial future, that shall unite the sustainability specialists and workers with the local residents into an organic whole moving forward into the future.
1. office 2. packaging 3. logistic 4. cargo loading dock 5. drop off area 6. parking 7. market 8. storage 9. waiting deck 10. waterfront plaza
9
10
8
4
1
7
5
3
2
6
11. terminal 12. marine product processing 13. restaurant 14. cafe
11
13
12
14
TILE HOUSE An Alternative for Hutong Housing Renovation Competition Teammate: Liang Liu 2016 Bearing the memories of Hutong, tile is one of the most critical elements of domestic life in Beijing. We hope to retain these memories by reinterpreting the existence of tile so that if becomes more intimately involved in all aspects of the inhabitants’ daily life. Ultimately, tile shall be the medium that links the past and future of Hutong in our project.
tile
metal fixture
glass
F1 Plan
Front Elevation
F2 Plan
Design Process
1. existing condition
2 . retain alley space typology
3 . retain existing brick walls
private
public 4. tile surfaces create hierarchy
5 . insert program surfaces
6 . private vs. public
The lower level is divided by a corridor into a smaller public part in the front and a larger one in the back. The smaller space is exhibition and meeting room. Since the floor plate is sunken by 0.6m, the window for this exhibition space just needs to rise 0.6m above the street. Passerby only needs to lower his/her head a little to catch a glimpse into the space’s activity. The retained brck walls of the old structure form the dividing corridor and it functions as a resting and social space. The large space on the south contains the main office. Its large tailed ceiling is designed to function as a light-filtering device so that inhabitants can bath in soft natural reflected light while working and studying.
Reading
Entrance
Living Room
The upper part of the architecture is private living spaces, which are divided into two large portions. The northern part is open living room and bedroom, containing a small open kitchen. Natural light penetrates in through the gap between the ceiling plate and two tile surfaces above which the entire living quarter floats. On the upper south side is the study space. Its large curtain wall provides an excellent view onto the tiled roof of the neighboring factory structure. Inside this space the tiled surface also lowered to an appropriate level for seating and form a whole with the surrounding Hutong’s tile roofs.
CATENARY COMPRESSION The Tensile Vault, Reconsidered, Installation for BSA Intern Project Principals in Charge: Nader Tehrani, Katie Faulkner
Project Coordinators:
Matthew Waxman, Shiyu Wei
Personal Responsibility: Detail Improvement, CNC Fabrication
2015
Traditionally, compressive structures such as arches and tensile structures serve different purposes and offer different benefits. Catenary Compression embraces the opportunity to bring the two together, suspending the arches’ blocks from above like a canopy. When suspended, the block vault adjusts to the form of a catenary curve in order to optimize its structural performance. The resuiting shape enables the construction of a navigable space underneath or upon a tensile vault which does not flex or move. The installation demonstrates that a form can be optimized according to multiple criteria: the shape of the installation, the material performance of the blocks, the weight of the overall structure, and the difference of treatment on the two sides as they work together to produce a form that challenges conventions of structural performance.
Catenary Model,. Gaudi
Rusticated Facade, Palazzo Medici Riccardi
Flat Vault, El Escorial
Assembly Maxtric
MCKNELLY MEGALITH A Megalithic Robat that Walks and Stands MIT ARC4.153 Megalithic Robotic Studio Group Installation Instructor: Brandon Clifford, and Mark Jarzombek 2015 Students led by architect Brandon Clifford and architectural historian Mark Jarzombek created the McKnelly Megalith to investigate mathematic principles observed in ancient sculptures. The object was created using a digitally-controlled milling machine to cut foam blocks according to a computer-generated design. This foam core was then covered with layers of fibre-reinforced concrete to create a hard and heavy outer surface. Although the object weighs 2,000 pounds (907 kilograms), it can be moved with a fingertip, It can also be hoisted upright by just a small number of people. Collaborators: Sam Ghantous \ Anastasia Hiller \ Karen Kitayama \ Dan Li \ Hui Li \ Patrick Evan Little \ Tengjia Liu \ Ryan McLaughlin \ Kaining Peng \ Alexis Sablone \ Luisel Zayas
Megalith Erection Process
Megalith Walking Process
Megalith Erection Process
Megalith Walking Process
01 Megalithic Robotic Workshop Atom Atelier 2019 Responsible for: workshop planning prototype design workshop Organization lecturing and marketing teaching collaborator coordination
02 2018 Digital Heritage VR/AR Workshop Atom Atelier 2018 Responsible for: workshop planning workshop organization lecturing and marketing
03 Reviving Urban Value Research &Exhibition ShenZhen Biennale 2017 Atom Atelier 2017 Responsible for: urban case study research exhibition graphic production exhibition model production exhibition installation
04 Love Park Pavilion GH3 Architects 2017 Responsible for: free lance architect concept design graphic production
05 Tippet Black GH3 Architects 2017 Responsible for: free lance architect construction documentation
06 XiangYang Tower Crossboundary Architects 2013 Responsible for: concept development design development graphic production text translation video production
07 Helsinki Library Vector Architects 2013 Responsible for: concept development design development graphic production text translation
08 Wuhan Future City Vector Architects 2012 Responsible for: technical drawing model making