Work Portfolio

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Working Experience Zaha Hadid Architects Part 1 Architectural Assistant, 2013–2014 Qingdao Culture and Art Center, Qingdao, China Iterative studies on conceptual building massing and facade. Produced all building section drawings for the competition submission. Translation of documents for the submission and presentation. Central Bank of Libya, Tripoli, Libya Building skin studies and design. Produced all building section drawings for the competition submission. Guangxi Art and Cultural Center, Naning, China In charge of submission document and text. Created narrative storyboard for presentational animation and contact with animation company. Nanjing International Youth Cultural Center, Nanjing, China Interior Design and artistic coordination with LDI. Amanda Levete Architects Architectural Assistant, 2011–2012 Involved in concept and production aspects of a currently undisclosed masterplan project: Collaborating with ARUP on a evolutionary computational algorithm to optimise the performances of three office/retail complexes. Preparing and producing physical models, drawings, diagrams and documents for master planning application, and Stage C/D documents for buildings within the masterplan project. Involved in the design process of three complexes in the abovementioned masterplan. Producing procedural diagrams for design studies. Preparing drawings/diagrams/documents for stage C submission. Creating 3D digital model for design studies. Producing computational tools for V&A museum floor pattern design.

Zaha Hadid Architects Architectural Intern, 2011 Participated in various competitions and computational researches. Projects Involved: Youth Olympics Centre, Nanjing, PR China Easycredit Bank Headquater, Nuremberg, Germany Mohammod VI University masterplan, Benguerir, Morocco

Rietveld Architects New York LLP Architectural Designer, 2010 Rapid prototyping with 3D-Printing technology to examine design and create presentation model. Design and construction of 3D architectural details. Faculty of Architecture, Landscape, and Design, University of Toronto Research Assistant, 2008–2010 Computation Research Group | Tom Bessai, Assistant Professor, Director of BA Architectural Studies Research various techniques and concepts in the field of computational design. Preparation of relevant course material and examples. Assist students in course with parametric design. Teaching Assistant, 2009 Spring ARC 3024: Intricacy Differentiation and Emergence: Computation Methods in Architectural Design Technical Assistant, 2009 Fall ARC 3015: New Urban Geometry: UAE University City KSL Construction Services LTD. Construction Worker, 2007 Summer


Education

Projects & Collaborations

Contact

Columbia University 2014 - Present

Generative Design Workshop Tutor Manchester School of Architecture (MSA), 2012

MengChan Tang

Architectural Association RIBA Part 1. 2012-2013 University of Toronto Honours Bachelor of Science. 2005-2010 Major: Architectural Studies (Design) Minors: Mathematics, Statistics

Responsive Swarm Architecture, University of Toronto, 2009 fall. Involved in a collaborative team among architects and engineers to design and produce a responsive mechanical truss system that adjusts its geometry based on the structural load. High Performance: Evolution and Innovation in Canadian Design An exhibition of high performance artifacts for the Vancouver 2010 Cultural Olympiad Campos Leckie Studio in Collaboration with: Oliver Neumann, Associate Professor, UBC School of Architecture Computation Research Group, John H. Daniels Faculty of Architecture, Landscape and Design, University of Toronto I particularly took part in the design of a louver system for a space-defining installation that is parametrically responding to exhibited objects and dominating the gallery space.

+1 646 787 6106 mt3007@columbia.edu


When developer gives Columbia University, 2015

Site Analysis The project is located in the Long Island City. During the search of a potential client, the owner of the immediate site was identified as a developing company Rock Rose. This developer owns two adjecent sites from the given plot. One is a finished urban complex high-rise building and the other is another project of the same kind under construction. Rock Rose, however, had already sponsored a community event in the summer of 2014. The photograph of the music/film festival amongst the glass towers provides a telling potential for the future of the neighbourhood under gentrification. With many future buildings under construction and planned to be constructed, the given site for this project can be regarded as the centrifugal point of the future neighbourhood.


Proposition Reluctantly confronting with the brief as an inevitable resistance and reality, the bank programme was designed specifically to respond to the Rock Rose’s engagement in the neighbourhood and this particular site. The proposal is therefore a loan bank established by Rock Rose to provide financial services for events, while at the same time two event spaces are provided architecturally to accommodate possible events. The architectural intervention began from the street level and many iterations of designs were tested to achieve the same simple parti: giving space back to the public yet not leaving the street level space entirely to a void, for the street level is also the best location for retail/commerce. The conincidence of having to provide public banking service for savings/ withdrawn, therefore, is located here. It is henceforth, a street level commerce and public space are simultaneously achieved by introducing a sectional bifurcation. In order to make this public space function as intended, the first level of the office space is lifted 40 feet from the event space, offset from the site boundary to allow more natural daylight. This offset is decreased as the level acsends and ultimately fill up the entirety of the boundary at the top level, culminated as a formal event space.

Project as the centrifugal piece of the future neighbourhood.


Section



The steel structural facade would send forces to the vertical concrete pillars/cores.

Physical model that studies how different structural systems would interact.


Many iterations of possibilities had been tested throughout the semester to examine the boundary between realistic and theoretical.


Manhattanville Gymnasium Columbia University, 2014

Site Analysis The project is located in the neighbourhood of Manhattanville, where the new expansion campus for Columbia University is currently under construction. The context of a private institution expanding right next to a low-income residential community has created uncertainties and tension locally. Specifically, the planned building (for 2030) directly south of the project, is actually intruding halfway into the given site. Also considering the fact that the gymnasium’s client is a joint partnership between Columbia University and New York City, this intrusion creates a division between the two ownerships. Since this division is created even before any design intervention, the project is been strategically designed to respond to the division not only within the site, but also the social division on the west and east sides, creating a throughway combined with centralised internal plaza for the public. This move also starts to address the relationship to be created to accommodate the ownership divide: harmonizing around the circular void, rather than creating confrontation.


Symbolism The soon-to-be-finished Jerome L. Greene Science Center for Mind Brain Behavior by Renzo Piano just across the street from the site is towering over the neighbourhood with its two prominent chimneys. There are two theories influencing the perception of those chimneys from the eyes of the local residents: underneath the building, there is a centralised plant to power the entire campus; the Science Center is a building hosting a variety of bio-chemical laboratories. Those two theories both render the chimneys as the symbol of future uncertainty for the community, and therefore caused local discontent and protests. Columbia University responded with the situation by providing each household a filtering air conditioner unit. This gesture symbolizes the interaction between the expanding private institution and neighbourhood under the influence of gentrification. To counteract the potential pollution from the chimneys, this project therefore proposes another act of symbolism by providing a different kind of chimney emitting healthy vapours from the water therapy facility at the basement of the gym.


Gymnasium Level

North-South Section through the central plaza

Library Level

Ground Level

Basement Level


East-West Section through the public funded side


The model reveals the ambivalent quality of the project, which cannot be identified as a single building, as it has intertwining relationship with the future development.


The “internalised street� turns the relationship between street and building inside out, creating an additional facade and a different type of urban experience.


Food System

Normalised

The Revered Toilets Columbia University, 2014

This project reconsiders the perception of toilets in everyday life, taking the opportunity that constructing another public toilet on the given site is redudant with private franchise stores around are substuting the function of a typical public toilet.

To Centralise To Surround To Switch To Change To Rotate To Intake To Digest To Excrete To Domesticise To Cozify

Marginalised

Utilising the existing site condition, integrating marble toilet benches with the local memorial, the design elevates the status of toilets to the public realm and provoke a new social form.

Speculation of toilet at the centre of life.


Memorial as the observed stage.


Sections of the toilets, showing its relationship with the surrounding buildings.


Plan of the toilets, showing its relationship with the park and the memorial.


Excess

Separation

Density Adjustment:

Adjusted

To examine different ways to reduce the architectural capacity of downtown Detroit, these drawings depict a downtown where buildings are trimmed to a level of density that is similar to Los Angeles.


Detroit Vision Achitectural Association, 2012 – 2013

The sharp decline of Detroit, for various reasons, has caused the outward migration from the downtown into the suburbs. This has created many abandoned buildings in the downtown and therefore the city is under serious threat. Federal funding is injected into downtown Detroit to demolish abandoned buildings for constructions of car park spaces, which are used only briefly at the rare occasions of sports events to accommodate large inflow of fans entering the downtown from suburbs through highway.

58 km

The Palace of Auburn Hills (Detroit Pistons) Cranbrook Academy of Art The Somerset Collection Shopping Mall

49 km

Ford River Rouge Complex

Northland Center

46 km

42 km 41 km 40 km 39 km 38 km 37 km 36 km 35 km

Motown Museum

Detroit Institute of Arts Musuem

33 km 32 km 31 km 30 km 29 km 28 km

Wayne State University

26 km

Packard Automotive Plant

24 km 23 km 22 km 21 km 20 km 19 km 18 km 17 km 16 km 15 km 14 km 13 km 12 km

Michigan Central Station

Downtown Detroit

University of Michigan

10 km 9 km 7 km

207165

137716

11743

58027

1108499

751754

536936

234846

149747

32311

290

On the other hand, Federal Historic Preservation Tax Incentives program provides tax incentives for rehabilitation of registered historic places. Annual Household Income Highland Park

10k-20k

Hamtramck, River Rouge, Ecorse, Royal Oak Township, Detroit

20k-30k

Pontiac, Inkster, Melvindale, Hazel Park, Center Line, Wayne

30k-40k

Roseville, Lincoln Park, Macomb Township, Taylor, Madison Heights, Eastpointe, Warren, Keego Harbor, Westland, Riverview, Dearborn Heights, Harper Woods,

40k-50k

Population

3869

The vision of the project, therefore, speculates the survival of downtown Detroit as the outcome from those two major funding schemes.

Detroit - $26,098

Utica, Dearborn, Canton Township, Southgate, Oak Park, Wyandotte, Auburn Hills, St Clair Shores, Redford Township, Ferndale, Fraser, Southfield Garden City, Ann Arbor, Allen Park, Sterling Heights, Clawson, Clinton Township, Royal Oak, Waterford Township

50k-60k

Farmington, Berkley, Livonia, Farmington Hills, Rochester

60k-70k

Rochester Hills, Shelby Township, Novi, Grosse Pointe, Sylvan Lake

70k-80k

Lathrup Village, Troy, West Bloomfield Township

80k-90k

Metro Detroit Average - $48,968 National Average - $45,018

Metropolitan Detriot Household Income

Birmingham, Northville, Huntington Woods

90k-100k

Pleasant Ridge, Bloomfield Township, Southfield Township

100k-110k

Bloomfield Hills

110k-130k

Lake Angelus

130k-140k

Orchard Lake

140k-150k

Michigan Average - $45,255

2376


Somerset Collection, Troy, Michigan

Northland Centre, SouthďŹ eld, Michigan

Downtown Detroit, Michigan


A more plausible reductive method is to preserve the listed buildings, which are identified as significant with economic values through national policies. The buildings without means of survival will be demolished to reduce the amount of unsettling spaces, allowing the listed historical buildings to take advantages of the federal policies for capital inflow.



1:300

A block is picked for it represents a variety of architectural types in downtown Detroit: it consists of 3 listed historical buildings, a car park, a People Mover station and other typical local buildings.





Yaroslavl, The Bridge 2013. This project is a competition entry for the exhibition space for Yaroslavl Architecture Biennale in Yaroslavl, Russia. Competition Team: Yijun Huang / Mengchan Tang

Boulevard of Peace

Gr ou nd Lo we r Le ve lP lan Gr ou nd

Our intention is to connect the important sites around the existing Spartakovets Stadium: the park to the northeast, the church of St Nicholas-at-Rubleny Gorod to the southeast, and the Church of the Saviour-at-Gorod to the west. We have created entrances directly facing those sites and have connected them together with a bridge structure with indoor space to separate with the outside climate in extreme times. This is the Bridge idea in relation to the urban and the architectural history of Yaroslavl. Thus the Bridge can integrate with the permanent exhibitions of the museum, which should be accessible without tickets, to provide a passageway of knowledge and history.

Le ve lP lan

Site Strategy

Program Organization Church of St Nicholas-at-Rubleny Gorod

Acknowledging that this project should also serve the Biennale, we have introduced other kinds of spaces that are distinctive in characters. There are five of them. Each is constructed with different material and tectonics in relation to the existing architectural construction techniques. Therefore those spaces provide different types of environment to interact with various exhibitions. Curators and designers are then allowed more diverse ways to occupy the venue. The Bridge that connects the urban, becomes a Bridge for the internal programs of the building itself.

Church-saviour-gorod-ya

1:500


Discovery Center, The Bridge

This is the story of a man named Stanley. Stanley found himself in a big building where he was asked to enter through gate number A. Gate # A consisted of a circular glass cylinder. Stanley entered the cylinder and walked blindly into its direction. Orders came through a monitor at the end of the cylinder. ‘The next tube to arrive at the scaffold will be the 58:9965’. Stanley entered the tube and relished every moment of this journey. The monitor made another announcement.’

2014 Spring. Competition Team: Erez Ezra / Andrew Hum / Konstantilenia Koulouri / Gulsah Unal / Mengchan Tang

Feel free to get off at any station, but carry your identity data packet with you at all times’. As Stanley came to his wits and regained his senses he decided to get off tube 58:9965. As he walked outside, Stanley came to a set of 2 open doors. He entered the one on his left. He immediately came across several individuals that were constructing an Endless pipe. He conversed and placed several metallic pipes in this dense and intricate structure. After this activity Stanley chose to follow a door on his right where he came across a pair of lifts. Before entering the lifts he spent some time admiring the Nascar Race Track. He finally got on the lift that took him to the Mystical Groves. He wandered amongst the wild animals and harvested the ripe tomatoes. Stanley, then detoured through the maintenance section and ended up the in the Exchange Market. He spent some time admiring commodities being smashed and took his pen out of his pocket and disposed of it. Stanley then decided that it was time to leave. He went back the way he came from but got off track and came across a closed door. He opened the door and came across another door. He realized he was in the section called Escape Modernity. Every time he opened a door he faced another one. Each room had its own character. After a long time he muddled through to a room with a large weird-shaped tunnel. Whooooosh! He finally found the exit.

This project is a competition entry for the redesign of a previous industry plant near Bologna, Italy. We proposed a transformation of the factory into a game space, where participants are manoeuvred to become more open, less defensive and ultimately immersed into the isolated yet mesmerizing environment, hence people are also transformed into a different condition from the normative day-to-day common sense way of life.

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1 2

Entry Point # 1 Cloak Rooms

7

Forever Green Meadows State

3 4 5

6

Endless Pipe Zone

9

The Sound of the wind

Exit Point # 2

Exit Point # 1 to Outside Zone

8

12

Key collection point for the cars

Configure the pipes to connect to pipe zone 4

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Reluctant slow-moving lifts

Suit up to escape from modernity

Choose your pipe, please!

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14

13

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Load/Unload

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Exchange Market Zone

Buy it, use it, break it, fix it, trash it, change it

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Gathering Point

Grab your milk for tomorrow’s breakfast

Drive yourself into the loop

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Exit Point # 3

Cultivate the soil for the coming harvest

1


Section AA’

ENDLESS PIPE

ANIMATE ME D I S C OV E RY SUITS Sizes 4-48

The next tube to arrive at the scaffold will be the 58:9965 zeptosecond conveyor to exchange number 4 please mind the gap between the tube and reality this cylinder is now ready to depart. stand clear of the closing gates please stand clear of the closing gates the weather will me mostly data cloudy today with spreckles of intermittent packet dust and random bits flying around. the static noise levels are + /- 3 inside the data exchange today and good flow is being reported. please mind the gap.

PLEASE Mind the Gap

PIPE BUILDING AREA

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7 10

9

CLOCK

2

58:9965 zeptosecond

3

8

Empty your hard drive , be formless, shapeless like data. you put data into a hard drive it becomes a hard drive you put data into you it becomes you, you put data into a phone it becomes the phone.

1

Data can flow or it can collide, data centres can crash, when you have backup redundancy only you are in control. format format format. but don’t forget to back - up. back up into the tube on your right hand side as you exit the station and format all of your temporary storage please.

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BILL OF QUANTITIES 5

10

1

4

TOOLS

Entry Point # 1 Cloak Rooms

Eventually, the pipe work will envelope the entire facade of the building.

PIPE TRACK

PIPE STORAGE

Recycled pipes form the community

3

2 12

2

Escape Modernity Zone

3

^Ƶŝƚ ƵƉ ƚŽ ĞƐĐĂƉĞ ĨƌŽŵ ŵŽĚĞƌŶŝƚLJ

4

dŚĞ ŵĞƌŐŝŶŐ ,ŽƌƐĞ ZŽŽŵ

5

&ŽƌĞǀĞƌ 'ƌĞĞŶ DĞĂĚŽǁƐ ^ƚĂƚĞ

EXPOSED STRUCTURE The incredible structure of the building is revealed

13

15 11

ADDITIONAL AREA

Empty the coins from your pockets and download the photos from your phone into the temporary storage at the clock room. on the other side of the tube you will be able to recover your data. Please grind the map.

8 7

Endless Pipe is revealed externally to the public and available to the public as a spectical. It is a topic of local discourse, a object of affection or distaste, but in either case it will get people to talk to one another.

As the game develops the Main Building Area becomes over grown the building moves to other areas

You put water into a bottle it becomes a bottle you put water into a teapot it becomes a teapot water can flow or it can crash be water my friend be water.

TUBE Please open your senses and be aware that this service may be re-routed at any time

EMPTY YOUR HARD DRIVE , BE FORMLESS, SHAPELESS LIKE DATA.

9

No single task can be accomplished by the individual and therefore a group needs to be formed in order for this game to progress. The senseless ambition is not of the individual but of the collective. The denser and more intrique the pipe building becomes a greater sense of pride of those that came to build it. The Endless Pipe becomes a source of identity for the community as it becomes the product the joint effort of everyone.

EXCESS BUILDING AREA

The large pipes are to be transported on these roller tracks

‘This tube is now ready to arrive. Please gap the mind. Please do not obstruct the flow of data.This cross-cultural service to the clock room will be re-routed through data exchange 5. Empty your mind be formless, shapeless like water.”

4

5

A game that never ends. The only objective is to continue as far as possible for as long as possible. It is a senseless objective, but through the pipe building relationship can be formed and skills can be developed through this common goal.

The main building area of the Endless Pipe. it is exposed to the outside to provide a spectical for the public

GLASS FACADE Large glass facades in the that replace the existing opaque glass.

This is a cross-cultural service to data exchange number 4, calling at clock-room, “ xxx”, “ xxx” , “xxx”, the final destination will be determined during transit, please open your senses and be aware that this service may be re-routed at any time, if data congestion is encountered. feel free to get of at any station, but carry your identity data packet with you at all times in order for the system to recognise you.

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SECTION AA’

dŚĞ tŚŝƚĞ DĞĞƟŶŐ ZŽŽŵ

1

14

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7

Endless Pipe Zone

CIRCULATION

8

ŽŶĮŐƵƌĞ LJŽƵƌ ƉŝƉĞ͕ ƉůĞĂƐĞ͊

Please do not obstruct the flow of data

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^Ƶŝƚ ƵƉ ƚŽ Ğdžŝƚ ƚŽ ƚŚĞ ŽƵƚƐŝĚĞ ǁŽƌůĚ

10

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COVERED COURTYARD

dŚĞ ^ŽƵŶĚ ŽĨ ƚŚĞ ǁŝŶĚ

PLEASE Gap the Mind

GATHERING LISTING SMASHING Your have your own place to live, your furniture, your bank account, what comes next? If this sounds of familiar you are in phase 1: “gathering” which means you are still in the act of accumulating stuff, you gather everything that you think that is necessary, you even gather stuff that is unnecessary, you gather anything, until you reach phase 2: “listing”, then you start making bill of quantities, a list of your possessions, then you realise the list is actually lengthier than you imagined, what do you do with it, do you want to make the list shorter? If the answer is yes then you pay a visit to the exchange market, if the answer is no you keep accumulating…

The Emerging Horse Entrance

Harvest more than you can handleStore them in the inventory

You find out that the horse’s right eye has a unique glare.You may be able to open it and find out the thing inside. How can those chemical materials on the table help to open the eye?

You see a sign of exit. “Hooray” you think, without realising it’s an exit in the middle of the building.

ENTRANCE TO THE HARVEST AREA

You enter the farm.You immediatley perceive the sounds and smells of animals. Suddenly, a person joyfully announces ‘Its harvest time!’.You enter the harvest room and notice the ripe bright red tomatoes.You pick some up and taste them. Next, you make your way to the animals. Another person shouts ‘ Chickens need feed!’.You carefylly approach these animals and drop some seeds next to them.You turn around and see a heard of sheep approach you.You feed them as well.You notice the grove closely and spent some time sitting under the trees.Your cultural experience of a farm has ended.You make your way through to the exit.

It takes 5 mins for each item to complete the whole circuit

The Endless Pipe will build around Obstacles such as this

ESCAPE MODERNITY COLD STORAGE

Plant, Water and Harvest the vegetables

Transparent Transit Zone

To be exchanged or to be smashed into their pieces

Stand clear of the closing gates the weather will me mostly data cloudy today with spreckles of intermittent packet dust and random bits flying around.

MYSTICAL GROVES GARDEN

COMMODITIES FOR DISPOSAL CONVEYOR BELTS Buy it, Use it, Break it, Fix it, Trash it, Change it, Mail it, Upgrade it

BLOCK WORK

Previously enclosed space in made external and open to the public

CULTURAL DATA

Time Switches Room of Keys

How many time zones are here? They look very messed up. I need to find something to guide me. Maybe in that chest?

The room has the key you need for the next locked lift. However, it takes a correct chemical liquid to uncover it from its covering goo...

Angel’s Living Room

ENTRY POINT 1

EXIT POINT #1 Direct exit to the outside space through landspace staircase

“Gathering Listing Smashing” is an exchange market of some sort, to which anyone can bring any commodity that they would like to dispose or exchange, it takes 5 minutes for each item to move around the whole circuit after they have been placed to the conveyor belt by the owner, each item has certain conveyor belt life span, if the item hasn’t been collected or re-owned by another user for more than 48 hours then the item is smashed into its pieces

CHICKEN COOP

“Aha, somewhere to rest finally!” But you find it hard to feel easy next to a beheaded angel statue. “Will she help me out of here?” Interesting thought, but that isn’t straightfoward as this living room tends to trap you into comfort.

THE ORCHARDS

Feed the chickens

Have some apples and peaches

Ballistic Exit BUY IT, USE IT, BREAK IT, TRASH IT, CHANGE IT, M AIL IT, UPGRADE IT

Ejection Control CHICKEN COOP

It gets you out of all this mess right away, just like that home button on your phone.

It is the first thing that might respond to you in this room.You play with it a little, and see what happens.

Grab the eggs

ENTRANCE Change your shoes and put on some boots, welcome to the Farm

Cycling Trigger It seems like a simple machine. As you step the pedals for several rounds, the door starts to open.

Locked Lift After pedalling on that fixed bicycle, the door to the lift opens.You thikn you are leaving the building.

The White Meeting Room

Take the sheep’s skin RELAXATION BENCHES

OPERATION TABLES

An empty room with a large meeting table. What can you find in that cabinet? The second room has a strange machine and a creepy sculpture.You wonder what they are? In addition, you haven’t noticed that large piece of one-way mirror yet.

Items that has not been collected for more than 48 hours gets dismantled here

GATHERING ZONE

COLLECTION ZONE Please collect the items you would like to possess the ownership of

DAIRY

Milk the cows chun the butter and make some chesse

THE RANCH Saddle up the horse and shout YE-HA when taking a ride on the horse

In the midst of a fun yet chaotic gaming maze, you find this sign showing how to get out of this technological orgy. “Hooray~” you think, “at last I can get some rest. It has been fun but exhausting.” Yet after you open the first door, you are locked in a small room with a key on the floor and another door in front of you. The door you just opened is locked and there is no way going back. You open the new door, finding only to be locked in another room. This time the key is harder to find and takes you a little longer, trying to solve the new puzzles in the room. Every time you open another door, you encounter a different room, looks like a home one time, looks like an office the other time, just in order to reach the other side of the new doors. Somehow, you muddle through to a room with a large weird-shaped tunnel. “No more doors!” you scream inside. The control-panel-like device next to you now seems just a piece of cake to crack, although you have no idea after solving those riddles what that “launch” button is going to launch eventually.You decide to push the button anyways. Whoooossshhhh-------------------------You finally found the exit. “It’s just like the home button on my phone, gets you out of all the mess.” you think, looking down at the building below as you are flying over the village and the golden pastoral fields.

Hidden Door When the angel turns, you see she faces towards this way. “Click”, you vaguely see a seam. After a gentle push, the door is open.

Airlock Door

Ejection Cannon

It opens automatically when you find the proper combination of timings.

It creates a strong outward wind after you trigger the control panel. Whoooosshhhh~


The Journey of Memories 2013 August, Koshirakura, Japan

Short Film This short film is to express the dislocation and nostalgia caused by the aging reality of the Japnaese rural population, in a specific setting at a site of a recently demolished house, which was first constructed in the year of1674, due to the drastic decrease in population and increase in average age in the village of Koshirakura for the past years. In front of the monument stone that commemorates the historical house, we have created a speculative scenario, where the site is reoccupied for potential domestic events.


Memorial of Ephemera 2013 August, Koshirakura, Japan

This installation is a device that intends to record the ephemeral natural objects, mainly flora, at a site where a planned national road is to be constructed, causing the elimination of the surrounding households and their abundant flora collection. The Memorial then hopes to capture and preserve the fading locality, as a form of struggle to prove the existence of the lively yet declining village.

Central structure components

Joint details and final assemblage


RAMSDEN Community Centre Studio: Architectural Design III (2009 Spring), University of Toronto; Instructor: Scott Sorli

This project is to create a public complex at Ramsden Park, which is situated in the affluent Rosedale neighbourhood in the northern region of Downtown Toronto. The complex accommodates multiple programs that provides extra social services to the existing park for the local community.

Building Site

Elevated Programmatic Volumes

A structure is constructed to maintain the original topography of the site while connect the lifted programmatic volums with the landscape.

Two cores provides vertical circulation from the above ground programs to the basement.

Entrances and exits connect the building to both streets and the park.


Cafe Auditorium Shell Shell Swimming pool Residential and Swimming pool Office Buildings

Building Site

Library

Auditorium

Shell Shell Swimming Swimming pool pool

Shell Ramsden Park

Section A-A

Cafe

Swimming pool

Library

C

Cafe

B A Shell

Shell Swimming pool

Swimming pool

A community centre with its volume integrating with the surrounding urban context.

Section B-B

A semi-open space that performes as the extension of the park, while remaining to be part of the building complex.

Section C-C

C B A

Residential and Office Buildings

Building Site

Ramsden Park

Residential and Office Buildings

Building Site

Ramsden Park

The extended landscape is constructed artificially with a shell structure.

A community centre with its volume integrating with the surrounding urban context.

A semi-open space that performes as the extension of the park, while remaining to be part of the building A community centre with its complex. volume integrating with the surrounding urban context. A core is used to connect all the programs vertically. The core penetrates through the shell structure but also provides structural support at the middle. space that A semi-open

performes as the extension of the park, while remaining to be part of the building complex.

The large spanning space underneath the shell is used to accommodate the swimming pool.

The extended landscape is constructed artificially with a shell structure.

The large spanning space underneath thelandscape shell is used The extended is to accommodate the with a constructed artificially swimming pool. shell structure.

A core is used to connect all the programs vertically. The core penetrates through the shell structure but also provides structural support at the middle.

A core is used to connect all the programs vertically. The core penetrates through the shell structure but also provides structural support at the middle.

The large spanning space underneath the shell is used to accommodate the swimming pool.

The shell needs to find a different form to optimize its structural soundness due to the perforation at the centre.

The optimised form will integrate the building and artificial landscape.

37.6 m

The shell needs to find a different form to optimize its structural soundness due to the perforation at the centre.

The optimised form will integrate the building and artificial landscape.

The shell needs to find a different form to optimize its structural soundness due to the perforation at the centre.

The optimised form will integrate the37.6 building m and artificial landscape.

37.6 m




Waffle Slabs to reduce weight towards the slab centre

Auditorium/ Theatre

Structure System

Structural Facade

Steel Mesh (Reference: BMW Welt) Steel Mesh

Shell Shell Structure (Reference: Rolex Learning CEntre)

Underground 6 lane swimming pool (13m x 50m)

Load is transferred primarily through the structure at the building periphery.


Auditorium/ Theatre

Cafe

Back Street Entrance

Library

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Site/Path Studio: Architectural Design I (2008 Spring), University of Toronto; Instructor: Drew Sinclair

This project is to create a linkage between the top and bottom of the basin landscape of the Riverdale Park in Toronto, ON, Canada. The park is situated next to the Don Valley Expressway, south of Broadview subway station. Decisions: • The rough and steep surface at this location is unsuitable for social interaction. However it is the entry point to the entire site from the Broadview subway station. Therefore it is worthwhile to create an intervention. • The intervention should not disrupt the exisiting topography of the site. • Paving is not required as this site is not designed to accommodate extensive social events.


North Site: Vertical Surfaces Monumentality

B

Defining Entry Point to the Site

A Section A-A

C

A N

Section C-C


South Site: Horizontal Surfaces Activities

C

Engagement Within the Site Section B-B

B


Crowd Simulation (work-in-progress, implementing boid flocking and minimum path)

Travel Cost

This research starts with the Flocking simulation.

A* pathfinding algorithm is implemented upon the flock to find the minimal path from each boid to the destination. The color of the grid indicates the cost for each boid to penetrate that grid.

Color

Flocking Simulation Rules: Separation: Steer to avoid crowding local flockmates Alignment: Steer towards the average heading of local flockmates Cohesion: Steer to move toward the average position of local flockmates

Minimal path for each boid to the destination

Projection of the path on the ground level The same algorithm is applied to a 3D scenario. This time the travel cost is visualized by height.


Sine Wall A series of curves are constructed based on F(x, y) = ysin(x), where the value of y is determined by the distance between attractor points and the curves. An array of such curves are placed vertically with equal distances in between, using the same attractor points, consequentially constructing a surface.

Computational Researches These are examples of researches that I explored over the years out of personal interest.


1. Growth along one direction

2. Based on the previously generated units, growth occurs along another direction.

3. During the process of growing, a controlled randomization of 3d vibrating manipulation is added


A simply weaving pattern is constructed at first. It is then treated as soft material, with the application of a directional force (e.g., gravitational force) to generate a form that is a true representation of structure. Variations can be made by using different starting geometry.

Algorithm

Script Option Explicit Call Main() Sub Main() Dim lineEnd1,lineEnd2,lineEnd3,lineEnd4 Dim height,width Dim i,j width = 10 height = 8 lineEnd1 = Array(0,0,0) lineEnd2 = Array(0,0,0) lineEnd3 = Array(0,0,0) lineEnd4 = Array(0,0,0) For i = 0 To width For j = 1 To height Rhino.AddLine lineEnd1, lineEnd2 lineEnd1 = Array(i,0,0) lineEnd2 = Array(width,j,0) Next Next For i = 0 To width For j = 0 To height Rhino.AddLine lineEnd3, lineEnd4 lineEnd3 = Array(i,height,0) lineEnd4 = Array(0,j,0) Next Next For i = 0 To width For j = 0 To height Rhino.AddLine lineEnd1, lineEnd4 lineEnd1 = Array(i,0,0) lineEnd4 = Array(0,j,0) Next Next

End Sub

For i = 0 To width For j = 0 To height Rhino.AddLine lineEnd3, lineEnd2 lineEnd3 = Array(i,height,0) lineEnd2 = Array(width,j,0) Next Next Rhino.AddLine lineEnd2, lineEnd3 Rhino.AddLine lineEnd1, lineEnd4 Rhino.AddLine lineEnd3, lineEnd4

Pattern


District Performance Optimization Amanda Levete Architects AL_A: Bruce Davison, Mengchan Tang Arup: Giulio Antonutto, Luca Dellatorre

District Performance Optimisation Amanda Levete Architects, 2011 AL_A: Bruce Davison, Mengchan Tang Arup: Giulio Antonutto, Luca Dellatorre

This project is a collaboration with Arup. A parametric model was constructed with 47 variable inputs, which correspond to the site conditions and design intentions. The model is then connected to the mathematical and genetic evolutionary algorithm for performance optimisation process. Specific physical attributes of the model from each iteration were evaluated while the 3d model evolves accordingly from each evaluation.

London, UK


West District Options Performance Report

Vision 4 Model

9360 Unsorted Results from Run 11

and

Run5-4972-1 Model

Performance Visualisation

and

Performance Visualisation

Vision 4 Low Performance

High Performance

run5-4972-1

run11-8519-1

run14-12730-2 Run11-8519-1 Model and

Run14-12730-2 Model

Performance Visualisation

and

Performance Visualisation

Low Performance

High Performance

Low Performance

High Performance

West District Options Performance Report 9360 sorted Results from Run 11 0 kWh/m2/day

1000 kWh/m2/day

Vision 4

0 kWh/m2/day

1000 kWh/m2/day

WD Vision 4 Model

Run5-4972-1 Model

and

and

Irradiance Level

Irradiance Level

run5-4972-1

run11-8519-1

run14-12730-2

0 kWh/m2/day

1000 kWh/m2/day

0 kWh/m2/day

1000 kWh/m2/day

Run11-8519-1 Model

Run14-12730-2 Model

and

and

Irradiance Level

Irradiance Level


Victoria and Albert Museum Expansion Architects, 2011

This is a pattern study on the courtyard floor of the expansion project of V&A museum. A probabilistic distribution is controlled by given path systems and then imposed onto a triangulated grid. Subsequently the triangular tiles are sorted into two colours based on the according probability figure. This patterning system weaves with another linear system to create the surface of the V&A museum courtyard. Further development still in process.

Potentially this study can be extended into larger scale projects for urban condition analysis.

0%

100%

Probabilistic Distribution in Grayscale Gradient

The probability of each tile of becoming one colour is sorted by the distribution.


Responsive Swarm Architecture 2009 fall. Design team: David Long, M.Arch, UofToronto / Rehman Merali, Aerospace Studies PhD, UofToronto / Vahid Mashatan, Mech. Eng. PhD, UofToronto / Kevin Shorn, M.Arch, UofToronto, M. Eng., U Waterloo / Meng Chan Tang, BASc, UofToronto

A responsive structural system is designed to achieve a degree of intelligence by referencing swarm behaviour observed in nature. Using the principles of 'Swarm' behaviour as a model for responsive systems allows the structure to behave completely autonomously. The combination of multiple interconnected and independent elements allows changes to be made in isolation rather than universally. The benefit of using localized distributed intelligence is that it reduces the chance of catastrophic failure which centrally controlled systems are susceptible of.

COMPRESSION TENSION

COMPRESSION TENSION

EACH LINEAR ACTUATOR IS DYNAMICALLY CONTROLLED USING SENSORY FEEDBACK OF LOCALIZED STRUCTURAL STRESSES.

EACH LINEAR ACTUATOR IS DYNAMICALLY CONTROLLED USING SENSORY FEEDBACK OF LOCALIZED STRUCTURAL STRESSES.

COMPRESSION TENSION

EACH LINEAR ACTUATOR IS DYNAMICALLY CONTROLLED USING SENSORY FEEDBACK OF LOCALIZED STRUCTURAL STRESSES.

This project is the prototype of a wider application of such technology, as it can be potentially the solution to a structure that is much greater in scale also in terms of complexity.


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