CCL Pratt GAUD14 portfolio

Page 1

boundlessly

invisibility

Che Chung Lin Pratt GAUD Portfolio

2013-2014


boundlessly static

Architecture is starting by drawing a line, however the essential of space is boundless and invisible.

invisibility dynamic


contents

Resume

01

Hybrid suturing infrastructure Natural Plug-in Terminal Market

02

Printing cities The Continuous Growing Urbanism

03

Head in the cloud Form follows formula - 2014 Pratt GAUD Exhibition installation

04

Nomadic Watery Plazas The Slow Movement With Supply-Sufficiency of New York City

05

Bending the rules / Display Facets / folding lights



hybrid suturing infrastructure Natural Plug-in Terminal Market

Masters Thesis with distinction Spring 2014 Advisor: Jason Vigneri-Beane


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01

hybrid suturing infrastructure Natural Plug-in Terminal Market

Discussions with the natural boundary of the city that never have any conclusion to be completely defined. Because the structure of the city will be influenced by economic, demographic, cultural, political and other reasons. However, this change is visible because the urban context based on human activities and living system. Also because of the structure of the natural environment and human impact on the natural change, but this change is invisible and powerful. In this project provided an infrastructure deformation generated and function, the upcoming collapse of attempts to improve the urban boundary. It provides an idea of ​​utopia. Approach to the design researching, the operation of urban object is attempted to provide a prototype of spatial form making. Then through the base of the context of architectural space design function, activities, and external form. The thesis of the irrigation system is actually more than a single system but a system network and discuss such a system network from the overlap of the natural environment and human environment. This goes back to the discussion of heterogeneous boundary. How does the Coney Island develop and change by deciding on co-exist with the natural environment as a direction. Not just Coney Island, the proceeds slowly but powerful natural environment is a globe issue in the future. While architecture should not only represent form and basic requirement; however, space should be more adaptive, flexibility and softness. The function and shape of architecture is containing changeability. And under such thinking, stimulate new design methods and thinking. Architecture is starting by drawing a line, but this line should not be bounded.

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Megaform Inspiration Hollywood does not understand this. If you recall this 2005 movie, King Kong looks like a typical lowland gorilla in front of a miniaturized set. So what they are saying is, that if you blew that gorilla up to five times its height, it would still have the same shape. But that’s not how it works. If an animal got bigger and bigger, it would have to get bulkier and bulkier, so that its bones could support its weight. And this is the reason why elephants don’t just look like large gazelles. Hollywood really missed an opportunity here, because imagine if they had drawn King Kong as he would have had to be, at five times its height, he would have been hugely bulked up, and terrifying.

Connecting Vessel Mega-form has always been a challenge worthy of architectural issues. Previously imagined mater plan which is like a giant volume embedding in Coney Island Creek. Argument as Superstudio, the design will return to meet their basic needs, rather than the purpose for consumption. And they are presented in the design, there’s a huge amount of body building to fill the city of architectural design in the form of satirical purposes.

East and Hudson River bridges with 50 to 60 story residential skyscrapers as support pylons in 1925

Return to the social value created by building designers should not just to the design requirements of capitalism, should the demand for factors of human life and the natural environment, and the creation of architectural space. Otherwise architectural form is no longer important. Otherwise, Building will lose a sense of scale, design, and comfort. However, the great myths based our very enthusiastic and very scared. The Empire State Building is magnificent desire for New Yokers, but they can not expect a huge King Kong appear in the top of the Empire State Building. We feel this is a conflict which caused by away from the natural landscape. Many cities would like to create a artificial-natural park gives human being but can not provide the supply of biological habitat. Human Always amputate with the natural boundary and then re-shaping the natural appearance.

Superstudio’s “The Continuous Monument”

If landform building can mend broken relationships boundaries; That means huge infrastructure needs began to change. Transportation is not just functional, but not ignoring the relationship on each boundary.

8


Urban farming delusion in metropolitan rooftop

Urban farming delusion in Manhattan City

Abstract machine from irrigation system 9


Diagram of initial masterplan

Current Issue in Coeny Island From New York City Government reports, the flooding issue subsequently impacts to Coney Island from 2025 to 2100. Therefore, when under the influence of natural environment, the structure of the city is no longer just the expansion of unconditional but began reduction. For the urban context of the border began to produce unpredictable changes. Need to rethink the form of urban boundaries and needs. However, the basic structure of the urban infrastructure that flood problems represented by the following figure, in fact, the existing infrastructure on the land will be abandoned unavailable. And that way transportation has become a heterogeneous urban form most serious issues in the future, so under this framework, land and water are intertwined boundaries will generate. In Coney Island Creek and Sheepstead bay of low-lying areas in coney Island, the water level continued to rise in the future from these two places caused by invasive Coney Island’s urban structure formation fracture morphology of the island city. However, through this project will attempt to repair the infrastructure design methods used in the upcoming bear Coney Island Creek as a base for the research and analysis of the design and planning of regional.

10


Analysis of site context 11


Diagram of living and production system

Flooding in Coney Island during 2025 to 2100

Site selected by flooding issue

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Issue Exploration 2050 World population will exceed 9.5 hundred million; however, producing food and distributing food becomes an serious condition. Natural environment have been effected by Globe Warming, it causes sea level rising to lack natural land and living spaces for human being. However, the research of NYC government indicates that partly areas of Coney Island will be severe flooding. In 2012 Sandy Hurricane impacted the dramatic disaster which including distribution of food, traffic tied-up, and others disadvantageous condition in New York City. Therefore, this project provides new version of urban infrastructure which not only has transportation system, but also contains food production. How to produce the food? They are multiple cultivated methods which all relate with irrigation system. Moreover, hydro-politics is politics affected by the availability of water and water resources , a necessity for all life forms and human development. Irrigation system is part of hydro-politics. Through the research of irrigation system which generates urban farming system and vertical farming issue. This project utilizes variable farming ways to create a living system in Coney Island Creek. The construction of living system is dynamic and flexible. First level of system is water filtration which filtrates salty water for irrigation system and pump sea water to vertical aquaculture. The second level is infrastructure which provide food conservation, urban infrastructure and shipment. This level is complexity and flexibility because of connecting filtration and production system. The circulation intertwines each other in second level. Moreover, the third level is production system which includes agriculture and aquaculture. These two programs are cohesive into high-rise towel structure, in order to getting sunlight and avoiding unpredictable pollution in the future. Moreover, the project is a hydropoils architecture which is designed on Coney Island Creek. The concept of master plan is suturing different zone to become new landform. Thus, inverting the weaving concept of irrigation system into the space quality of programmatic strategies. Including three main subject, distribution system, food production and micro ecosystem prototype into new landform architecture that the spaces can be relieved the flooding impacts and also invert waterfront space into cultural and natural spaces. This macro architecture can be another terminal market to supply food neighbor regions and New York City.

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Masterplan strategy

Hybrid Suturing Infrastructure Why through the mega landfrom building to establish new urban context in Coney Island? I would like to say that it creates the new waterfront living and heterogeneous infrastructure. Five type of suturing by topological, diplacemental, and volume coexisting with membrane are showing different space qualities. First model, the topological suturing provides idea of vertical weaving construction. Second one, the displacemental suturing represents idea of Third and Four model, studying by two different material which has quality of membrane stitching within hardness volume. It offers obvious tension in between. And using Maya dynamic for generating fluidity space. Last type is thread network which generated by Maya hair dynamic. It represented the complex pathway to connect with volume space. The purpose of studying physical models attempts to rethink the boundary of waterfront. It has unstable and scale changing. These typology researching provides the foundational formation of site in Coney Island Creek.

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7

8

7 4

2

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2 4

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7 4

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4 8 7

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2 SITE PLAN 7

2 7

1

1

3

3 8

1:2000 6

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5

5

CONCEPT MODEL

Object-oriented Urbanism

URBAN OBJECT

1 Hoilday market

1 Hoilday market

2 Pig farm

2 Pig farm

3 Cow farm

3 Cow farm

4 Research lab

4 Research lab

5 Parking lot

5 Parking lot

6 unloading area

6 unloading area

7 Food storage

7 Food storage

8 Processing foods 8 Processing foods pavilion pavilion

While in architecture the idea of context is neither congruent to that of site nor pertaining to the built environment alone, we do take the making of a site model as an opportunity to position ourselves in the ‘context debate’. Therefore, after constructing SITE PLAN SITE PLAN 1:2000

the conceptual model, re-reading and Expo Paris, 1900 for the relevance of urbanism and objects brought inCONCEPT different geographical differences. The concept is not just that the CONCEPT MODELMODEL URBAN OBJECT URBAN OBJECT city suture repair, but also attempt to establish on the concept of architectural scale. In the design intent to study the circulation system interwoven fabric relationship between urban and architecture. And discussing boundary mobility and spatial continuity of the facade skin is formed and the structure of the architectural structure of this concept, after the suturing system. 1:2000

TYPE A

TYPE B

TYPE C

CONCEPT MODEL

SUTURING STUDYING Topological quaility

Diplacementall quaility

Soft and tough iinteraction

Re-structuring the original architectural layering concept of space will be represented greater flexibility and resilience. As ecosystem, is a multi-level space affluent areas, and multi-functional spatial scale and spatial variable in nature. TYPE A

TYPE A

TYPE B

TYPE B

TYPE C

CONCEPT CONCEPT MODELMODEL Diplacementall quaility Diplacementall quaility

Soft and tough iinteraction Soft and tough iinteraction

Metamorphosis

Metamorphosis

B-B’SECTION 1:1000

B-B’SECTION B-B’SECTION 1:1000

TYPE D

Urban Object generating

SUTURING SUTURING STUDYING STUDYING Topological quaility Topological quaility

TYPE C

1:1000

Three primary hierarchy of infrastructure 16

Thread network

Thread network

TYPE D

Metamorphosis


Site Location Selected The flooding impacts Coney Island by Coney Island Creek and Sheepstead bay. Moreover, in order to connecting with current infrastructure. Therefore, this project’s site is selected in Coney Island Creek. In fact, the natural water system is unable to flow in this region and presents serious pollution situation. Also, both sides of the adjacent waterfront activities can not be carried out. Thus, beginning of the design strategy is linking both sides of the waterfront public space that the hybrid infrastructure is constructed on the middle of Creek, forming a network of centers. Also considering the impact of future floods waterfront transportation, so the public space of original waterfront and increased fragmentation. Moreover, design canal to set up a regional water cycle. The reason is that reducing the impact of future floods and

providing residents being close to the waterfront activities. 17


Relationship of suturing urban context

Architectural From Generating First of all, by physical model, urban object inspiration, and food production issue, the main discussion of this project is a new infrastructure system which contain food production, food storage, and food distribution. That means it is a terminal market which has large capacity of food storage and efficient shipping system. Second, considering the ecosystem, the hybrid infrastructure represents the sense of opening. This form of strategy is following by urban object development. In order to creating flexible spaces, it exists multiple open space for shipment of vessel. The vessel can directly drive under the infrastructure. It changes the original piers function. Nevertheless, the waterfront of Coney Island Creek can be released for reservoir, agriculture, and watery park. Moreover, the structure of the system is formed by interleaving which provides huge space for food storage and animal breeding, in such a space level is continuous, so-called liquidity field. The programs can communicate each other in this space. And also, it represents no longer like the traditional layered architectural space, but through multi-scale atrium which establish boundless quality of space. Thus, for people who walking and cars passing through the sideway and road that make more efficient arrangement sidewalks and shipping roads are separated but still intertwined. Also, interior spaces alternately generate sense of lightness by solid and void space quality. The continuity of the structure also provides flexibility and variability in the representation of space.

18


Site plan, hybrid suturing infrastructure 19


Diagram of facade and structure detail

20


Section of living system in hybrid infrastructure

Programmatic Development There are three primary program in this infrastructure. Top level is food production system. It is a vertical fishery combining with vertical farming which using hydroponics and aeroponics. Hydroponics is a method of growing plants using mineral nutrient solutions dissolved in water, without the need for soil. Since the water is continuously cycled through the system the amount of water needed to produce the same amount of crops as traditional agriculture is significantly less. Hydroponic uses as much as 90% less than traditional agriculture and aeroponics uses up to 65% less than hydroponics. Moreover, In the case of the vertical farm, solar gain is actually desired. It is estimated that a given area would need approximately 200 days of sunshine in order to qualify sunlight as its main light source, otherwise artificial light must be supplemented. Including “partly sunny days� , NYC receives 234 days of sun annually. Middle level is food terminal market center. The primary function is food distribution and food storage. Also including animal breeding. Last level is base construction of the infrastructure. It provides waste water filtration system for agriculture and fishery. Furthermore, porous structure under the water can supply underwater ecosystem.

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Winter season scenario

Fall season scenario

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Membrane facade detail

Interior view of diversity pathways

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Bridges connect with new waterfront of Coney Island Creek

Vertical farming and fishery towel

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The sideways for shipping crops from fields

Skylight and atrium of interior space

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Interior section

Interior view of diversity scale of architecture

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Printing cities

The Continuous Growing Urbanism Fall 2013

Advisor: Thomas Lesser


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02

Printing cities

The Continuous Growing Urbanism

New technologies have always been the driver as well as the starting point for new concepts in architecture, be it Modernism’s extensive use of glass and steel, or Constructivism’s expression of structural sophistication or Superstudios’, Haus Rucker’s and others imbedding of media technology into architecture, these advances have allowed a fundamental rethinking of not only the architectural expression but also of the role of the architect him or herself. Recent revolutions in architectural production and thinking have evolved around computational advances and the ability of digital design to a degree previously unknown. The problem presented with these technologies to date has been an increasing split between conception, speculation, graphic and computational representations and the actual manufacturing or fabrication of these newly developed possibilities. Although the case study of 3d printing technology by oriented, however it establishes a future new form of urban design on the water. The material is a combination of natural and unnatural carried out the construction of the way through the plastic and soil fungi breeding recovered. First, sea level rising in the future, lack of land, human being will live in a large place in the area of ​​sea level. Moveable dynamic city can not just rely on fundamental infrastructure, while relying on large amounts of hydrogen aircraft (Aero-3D Printing Machine); movement is rendering 3-dimension mobile facilities and the construction pattens. On the Ocean, this project firstly create a place like archipelago of soil cultivation, farms, fisheries, and waste disposal, as well as other electrical infrastructure. The Aero-3D Printer performs plastic recycling is caused by a mixture of soil and fungi, of which he is like a giant air supply devices. It is a portable industrial system. Moreover, the future architecture can be built up with ecosystem, so the study of structural form, the project’s use of biological cellular structure. Because 3D-printing technology brings very fine manner to form a fibrous structure body huge building, but a porous cellular structure to provide the unknown ecological habitats. More also provides architectural respiratory and diversification. Has been intertwined nature of ecosystems presents vertical and horizontal direction. So it is not a building in printing cities but this project provides a well-designed system. Urban planning is composed of a series of prototype. The language of architectural form will not be exist, however, the consideration of form is connecting with nature and culture. However, this project represents spirit of utopia that it establishes the recycle system of urban.

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Cultivation system

Power system

Transportation system

Water purification system

Collage of Urban reconstruction

Urban Zoning of Mechanical Urbanism There are various machines occupied out lives. From giant constructive machine to individual transportation. However the machine can self-growing and produce human organ. Form coexisting relationship in the cities and architecture. Moreover, every urban zoning connects with system of infrastructure, through different and various system to make function in the cities. This diagram is showing the abstract concept of modern social system. Hence, new technology can help us to growing city efficiently. These two diagrams represent the vertical planning and horizontal movement. Thus, the machine how to structure the architecture in the future.

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Evolution of urban system

Agriculture

Amusement

Commercial

Commercial

Commercial

Service

Linear nodes

Commercial

Commercial Agriculture

Agriculture Aquaculture

Aquaculture

Aquaculture

Linear nodes

Service

Polycentric conglomeration

Commercial Agriculture

Agriculture

Residential

Amusement

Service

rcial

Agriculture

Agriculture

Amusement

ment

rcial

Residential

3D-printing urban structure

Residential

Linear urban structure

Linear urban structure

ture

Conventional urban system

Modern urban system

inting m

Future 3D-printing urban system

Flatly movement

Dynamic movement

Flatly movement

City centro-growing

City metabolism

City centro-growing

Concept of Dynamic urbanism

Urban structural transformation

Concept of Dynamic urbanism

Memory System

Memory System

Nerve system

Commercial

Manufacture Nerve system

Lymphatic System

Muscle system

Commercial

Manufacture Lymphatic System

Joint system Muscle system

Recreation

Joint system

Recreation Commercial

Residential

Residential

Digestive System

Residential

Commercial Aquacul ture Digestive System

Agriculture

Residential Aquaculture

Cortex

AgricultureSystem Filter System Cortex System Filter System

Visible and invisible movement of city

Machine controls human body in lurking construction (horizontally)

Machine controls human body in lurking construction (vertically) Visible and invisible movement of city

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3D printer techonology structure => elevation => formation 1.Becoming flexible and variable from of architecture 2.Invert interor space into exterior 3.Changing space quality

Research of 3D-printer technology_new pattern of=hh

Fibrous structure / Altering flexible spaces The technology of 3D-printing can replace conventional structure to form various spaces of architecture. 1.Reducing material 2.Reducing weight building 3.Increasing capacity of building

supporting

structure 2 4.Growing themsselves

2

facade structure

3

1

rotating, rising up and down (various hinges)

2

supporting structure

1

interior

interior

exterior

exterior

1

overlapping -> new space quality

fundamental formation continuing surface flexibile and porous fabrication

intermediate

base

rotating, rising up and down (various hinges)

Spaces

Spaces

ement

, rs he

Conventional structure and space

Conventional structure and space

growing-structure of wall

Manmade gear

Human hinge

Natural gear imput-a

imput-a

imput-b

output-a

Machinery

Creature with Interlocking Gears on Legs Discovered

imput-b

output-a

output-b

output-b

nimal�.

hinge

hinge

hinge Plan

3D printier machine- DeltaMaker

movement tracking

2

Controlling Y axis

2

3

1

Controlling Z axis

Controlling Y axis

3

Controlling X axis

1

Controlling X axis

component parts of device

Mechanical movement study of 3D-Printer 34

Controlling Z axis


Research of 3D-printing technology_material possibility

Human_hip_bone_texture

3d-printing ears

3D printed 'Mycelium Chair' made from water, straw and fungus

Self-growing material / bio-printing

ll

Then the mycelium began to grow on the straw within the structure.Once it fully grew the final structure became solid and strong enough to support a seated person. Then Klarenbeek dried out the structure to prevent further growth.The mycelium grows rapidly and it is light, fire-resistant, strong and durable.

all

basic structure -----> flexible growing/ durable => organic structure

uct

ure

of w

f wa re o

str inggro

w

g-s win gro

traw within cture rt a seated person. prevent further s light,

3D printed 'Mycelium Chair' made from water, straw and fungus

tu truc

ble

3d-printing ears

Porous wall

Porous wall

3D printing porous structure with organic material

3D printing porous structure with organic material

Bio-Printing porous structure with organic material

Self-growing Material / Bio-printing Basic structure ----->Flexible growing/ durable -----> Organic structure Then the mycelium began to grow on the straw within the structure. Once it fully grew the final structure became solid and strong enough to support a seated person. Then Klarenbeek dried out the structure to prevent further growth. The mycelium grows rapidly and it is light, fire-resistant, strong and durable.

Fibrous Structure /Altering Flexible Spaces The technology of 3D-printing can replace conventional Structure to form various spaces of architecture. 1.Reducing material 2.Reducing weight building 3.Increasing capacity of building 4.Growing themsselves.

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How to p / Machine

3D-printing

re

Aero-3d p machine

regular formation

2

basic combination

3

4

shifting combination

rotating combination

1

single combination

o

ure, no opulation

1

Traditional bee-hive structure/ stablize form

Bio-structural Prototype

Cellular systems are the most stable ecosystem structure, rather constitute accuracy of this structure and the strength of the way the process is a fairly industrial mechanization. However, in the ecological structure of the system as well as research in the 3D-printing technology, cellular structure and performance of the growth provides the borderless nature of build form. Through continuous way constitute a very complex layered structure of behavior. Therefore, this project represents a borderless architectural forms. Because of the nature and use of the presentation to different deformation through developing different prototype. Adaptability to the environment has been reached. Thus, in the future urbanism that water and biological diversity of the human being can be formed with each other using a common space of living system.

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2

Through r new conce nozzles. multiple Each one combination wall,and fu produce m complexity


3

tiple mbination

1

single combination

1

overlapped + extended combination

2

multiple combination

3

2

single combination

overlapped + extended combination

1

3

multiple combination

single combination

2

overlapped + extended combination

multiple combination

Bee-hive structure studying

Structural prototype of growing cities with 3D-Printing 37

3

overlapped + extended combination


concept of growing city. There are threedifferent scale of nozzles. Each one executes different scale of struction.Structure, floor, wall,and furniture.The priciple of 3D-printing machine can produce much more complexity and flexibility of architechtural spaces.

Material stroeroom Robotic arm of 3D-Printing

conceptual machine diagram Contact roller and track

rw

rb

propeller r

rb

rw

rw

rb

+15

+0

+45

+15 feet

+30

3d printing machine 3 different scale loops -15

+30 +0

S

L

M

+15

+45 +15 -15

+30 +0

large-stucture medium-floor and wall small-furniture

Aero-3D Printing Machine Through researching 3D-printer, In this new machine provides new concept of growing city. There are three different scale of nozzles. Moreover, each one executes different scale of construction. Structure, floor, wall, and furniture. The principle of 3D-printing machine can produce much more complexity and flexibility of architectural spaces.

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Moved-tracking of 3D printing machine

open space

open space

open space

open space

open space

Printing track Flying Turbine Printing track Power Reactor Material stroeroom Robotic arm of 3D-Printing

Prototype of 3D printing machine Contact roller and track propeller

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open space open space


A

A’

A-A’ Section 40


Pathway of printing city

Masterplan of printing cities

Ecosystem of Printing City 41



Head in the cloud

Form follows formula - Pratt GAUD Exhibition 2014 Spring 2014

Design Team : Guanxi Chen,Yong-Chun Choi, Jeian Jeong, Minji Jung, Che-Chung Lin, Yung-Fu Lin, Peter Liu, Sao-Wei Lu, Kesra Mansuri, So Jung Nam,Gee-Ana Sanchez, Thea Sarkissian, Fei-Fei Song, Alaa Tarabzouni, Sean Whalen, Ryan Whitby Advisor: Michael Szivos


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03

Head in the cloud

Form follows formula - Pratt GAUD Exhibition 2014

Architectural models are displayed on floating platforms suspended by an engineered surface. Behaving as both structural support and also a cloud-like filter, the underside of each base was created with cardboard tubes that guide visitors to specific locations where they can look into the interior. Once inside these viewing zones, the models are positioned at an elevated street level, while images of student work from spring 2013 to fall 2014 are arranged underneath, as if projected from the tubes. The work is packed together in clusters to demonstrate the variety and organic nature of how projects are produced within the school’s pedagogical system. The hanging installation is made using customized laser cut mylar panels. This surface acts as one piece, only forming its final shape in tension through the weight of the model platforms. The bottom is clad in custom tyvek panels to obscure the models, encouraging exploration and engagement of visitors. The interior experience is not only a surprise, but a unique way to view the physical output of students in an isolated and continuous environment.

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PATHS

5

1

DIVIDE

6

2

BOUNDING VOLUME

ARCHIPELAGO

3

BOUNDING VOLUME

ISLAND ENTRY

CLOUD

4

Form developmental process PLATFORM

46

7

8

Final


Rules of platform development

Modeling Perspective

MODEL VIEW

West Elevation

WEST ELEVATION 47


Installation detail interpretation 48 6�


Site Plan

AERIAL VIEW

Installation detail interpretation 49


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51



Nomadic Watery Plazas

The Slow Movement With Supply-Sufficiency of New York City Summer 20143

Advisor: Philip Parker


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04

Nomadic Watery Plazas

The Slow Movement With Supply-Sufficiency of New York City

The issue of waterfront edge was impacted urban development and citizen’s lives by Sandy Hurricane, 2012. Nowadays, natural disaster is changeable and unpredictable; therefore, through studying and simulation the wave dynamic transformation and water static change. Moreover, this project develops new structure and space of architecture that includes resilient and permeable space qualities to endure various impacts of tide change. The strategy of creating the resilient boundaries between land and water; the site of project attaches the piers to alleviate the impact of tide changing. Also arranging the entertainment activities, such as watery park,kayaking, restaurant and Fishery Market to bring new space experience for citizen. Extending the watery activities in the edge of city. Because of the site qualities and activities, I intend to develop the food supplement system to integrate waterfront relaxing activities, agriculture and aquaculture produce; meanwhile, provides protective structure to protect the changeable waterfront. The entangle quality as the connection of each relative program. The reversed quality is utilized load bearing of fishery and agriculture as the green house to produce food.

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Water Passing Tracing Lines

Lines Drawing

Water Dynamic Change

Ice Melting Tracing Lines

Ocean wave was produced by multiple forces, which including tide, wind, creature movement and human activities. For the quality of water, it is a continuity of movement. As the different forces collide with together, dynamic changing produce various shapes and boundaries of the wave. Tide was affected from moon because of planet revolving. In the daytime,we call flood tide; however, in the night time, we call ebb tide. It includes the force of push and pull to change the boundary of shoreline. And it also change activities of creature and human being. I divided six different circumstance into wave movement, strong wave, lighting reflection, crush boundary, and color shape. When stronger force crosses over weak one that merges into water. It forms the brief space between two different side of the wave.

Water Flowing Tracing Lines

Vector arrangement

Diagram of dynamic waves movement 56


57 03_Qualities of Surface /Space Analysis

I would like to create the effect of rolling and entanglement. It present dynamic exchange from tide and wind. Therefore, I sat the radial field as tide force, airfield as wind force. Moreover, I stimulated the quality of water, continuity and flowing.

This process would like to create the effect of rolling and entanglement. It present dynamic exchange from tide and wind. Therefore, I sat the radial field as tide force, airfield as wind force. Moreover, I stimulated the quality of water, continuity and flowing. As I studied the transformation of wave dynamic; meanwhile, I am interesting in the movement of surfing. The external forces coming from ocean impact on the silence wave, it forms the solid surface tension to support the action of surfing. In fact, continuing movement of wave produce various qualities, colliding, compressing, sinking, crawling, lift, reversing and extending. These form different qualities in water space. 03_Qualities of Surface /Space Analysis

03_Qualities of Surface /Space Analysis

Twist

Surface Qualities

I would like to create the effect of rolling and

03_Qualities of Surface

entanglement. It present dynamic exchange from tide I would like to create the effect of rolling and and wind. Therefore, I sat the radial field as tide force, entanglement. It present dynamic exchange from tide airfield as wind force. Moreover, I stimulated the qual- and wind. Therefore, I sat the radial field as tide force, ity of water, continuity and flowing. airfield as wind force. Moreover, I stimulated the quality of water, continuity and flowing.

The Process of Entanglement / Qualitative Change

/Space Analysis

Movement of Surface

Surface Qualities

I would like to create the effect of rolling and entanglement. It present dynamic exchange from tide and wind. Therefore, I sat the radial field as tide force, airfield as wind force. Moreover, I stimulated the quality of water, continuity and flowing.

Compress Twisting Space

Twist Twist

Space quailites generating

Crawl Twisting Space

Twist

Reversed Space

Compress

Entangled Space

Rolling Space

Tear

Rolling Space

Compress

Crawl

Roll

Compress

Crawl

Reversed Space

Rolling Space

Tear

Crawl

Tear

Sink

Roll Tear

Entangled Space

Reversed Space

Surface Qualities

Roll

Rolling Space

Twisting Space

Roll

Sink Sink

Sink

Twisting Space

Surface Qualities

Entangled Space

Twisting Space

Entangled Space Reversed Space

Rolling Space


e, circling movement.

-reflected, collided movement. LIVES MOVEMENT_Social / biological relationship drawing

NOMAdIC WATERy PlAzAS

movement

Ducks fee - flowed

90s pedestrian movement

Movement happend on the cross street, recording the the twined situation.

1

2

3 Ducks feeding tracks - flowed outside, circling movement.

20s pedestrian movement

without timing.

Silverside -reflected

17s pedestrian movement

90s pedestrian movement

The space exist without timing.

The space exist without timing.

The space exist without timing.

3

The space exist without timing.

90s pedestrian movement

ent

decaying

90s bikers movement

decayin

90s bikers movement

Silversides feeding tracks MOVEMENT_Social-reflected, / biological relationship drawing collided movement.

Ave

Was h

The space exist without timing.

High

High

St

in

gto ingt n on S St t

The space exist without timing.

Wash

W13

Was h

/Social Relationship Drawing Lines

W1St4

Silversides f remaining f fastly revers with Silverside fleetly move to produce thepillars. remain

Wash

ingt on S t

Institute Design

St

St

W14

Speed limited

ingto

Speed limited

The space exist without timing.

St

n St

Speed unlimited

Hudson River

10th Ave

W14

St

Hudson river Greenway

Hudson River

W15 W15

10th Ave

Hudson river Greenway

W14

14 St Park

Controlled spots

90s pedestrian movement

Hudson River

10th Ave

10th Ave

17s pedestrian movement

Disappeared boundaries St

High

Controlled spots

14 St Park W15

Hudson river Greenway

14 St Park

Hid boundaries Lin1e0th Ave

10th

St

Line

3

High

Hudson river Greenway

Hudson River 20s pedestrian movement

W15

Line

14 St Park

Controlled 2 spots

1

Ave

10th

10th

Ave

Silversides feeding tracks -reflected, collided movement.

Ducks feeding tracks - flowed outside, circling movement.

ing.Movement happend on the cross street, recording the the twined situation. The space exist without timing.

Line

LIVES

growing algae

17s cars movement

40s cars movement

.

attaching

W13

St

W13 90s bikers movement St Pedestrian, joggers and bikers usually pass decaying through the

St

W 3 attaching growing St Diivers have to follw the timingalgae sequence of1traffic.

D they also fleetly reverse their body and twine

Silverside fleetly move to produce the remaining forces in their tracks, and attaching growing algae Disappeared, hid, constant boundaries coexist in this area. Diivers to follw the timing sequence of traffic. theyhave also fleetly reverse their body and twine with pillars. street without following the traffic rule.

In the limited time, I traced the dynamic movement of pedestrian Silversides fastly move to produce and cars. I observed the intentional on crossroads remaining forces in their phenomena tracks. They fastly reverse they body and twine nearby the site. It presented the overlapped vision and interlaced with pillars. time in vertical dimension.

Was h

10th Ave

River

Ave

Line High

10th

Line

10th

Was hing

Ave

ton

St

Hudson river Greenway

10th Ave

ingto

St

Diivers have to follw the timing sequence of traffic.St

St

Hudson River

14 St Park St

W13

St

Disappeared, hid, constant boundaries coexist in this area.

High

W14

Line

The field of people stopped and passed

Was h

W13

St

St

ingt on S t

St

High

St

Was hing

St

ture in Hudson river ; The High line was built in the 1930s, as 58 River coexist in this part udson nt boundaries area. of a massive The public-private infrastructure project called the field of people stopped and passed W13 St West Side Improvement, it provided transportation for meat and ding cattle other human needs. W14 W13

W13

River coexist in this area. Hudson Disappeared, hid, constant boundaries

n St

W14

St

Was h

St

St

W14

10th Ave

W14

W13

St

W15

Hid boundaries W15

Hudson river Greenway

W13

14 St Park

10th Ave

Line

St

High

10th

Line

10th Ave

Hudson River

Hudson River

14 St Park St

ton

St

ton

W15

Diivers have to follw the timing sequence of traffic.

ingt on S t

ingto

Was h

Hudson river Greenway

St

n St

W14

14 St Park

High

street without following the traffic rule.

Hudson river Greenway

St

10th Ave

Line

High

W13

River Hudson Pedestrian, joggers and bikers usually pass through the

St

High

Line

Line

High

Hudson river Greenway

10th Ave

W14

ht, it form atural. W15 As recently14as fifty years ago, cowboys were still unloading cattle St Park St and sheep destined for the meat market from Hudson River ed boundaries , century Park’s shoreline. Nowadays, the decaying pillars were produced Speed limited ster reefs for river transportation, but now is becoming the habitat of creaSt

Ave

Hid boundaries W15

Ave

St

Was hing

Ave

W14

10th

St

ton

Disappeared boundaries

Hudson River

Speed limited

Was hing

14 St Park

St

10th

Ave

10th

W15

10th Ave

Line

High

St

14 St Park

Controlled spots

Hudson river Greenway

10th

Line

High

Hudson river Greenway

Hid boundaries

W15

W14

Hudson river Greenway

Speed unlimited

St

Hudson River

10th Ave

Hudson River

Ave

Ave

10th

W15

The speed was controlled by human body and traffic light, it form two different 14boundaries, oneW15isSt natural, another is unnatural. St Park Controlled spots boundaries , This also happened in the land and river in this site.Disappeared 17 century Native Americans likely took advantage of the many oyster reefs that lines the Hudson River’s Manhattan shoreline. Hid boundaries 14 St Park

Controlled spots

10th

growing algae

Ave

Ave

growing algae

attaching

10th

edestrian ssroads interlaced

decaying

90s bikers movement

Hudson river Greenway

17s cars movement

40s cars movement

14 St Park

Silversides fastly move to produce remaining forces in their tracks. They fastly reverse they body and twine with pillars.


entanglement.

Different boundaries attach with Hudson River

Because of Sandy Hurricane, the issue of waterfront edge was impacted urban development and citizen’s lives. Natural disaster is changeable and unpredictable. Through studying and simulation the wave dynamic change, I develop new structure and space of architecture that includes resilient and permeable qualities to accept the impact of Different boundaries attach with Hudson River tide change.

4.4 ft=134.2cm

10 ft= 305cm

RISE UP 8.1 ft

SANDY HURRICANE TIDE HEIGHT

4.4 ft=134.2cm

Sandy Hurricane affected region

13 ft=396.5cm

FLOOD TIDE

5 ft=152.5cm

Sandy Hurricane affected region

EBB TIDE

10 ft=305cm

13 ft=396.5cm

10 ft= 305cm

RISE UP 8.1 ft

SANDY HURRICANE TIDE HEIGHT

FLOOD TIDE

5 ft=152.5cm

EBB TIDE 10 ft=305cm

Waterfront

City

Waterfront

City

Waterfront

City

Waterfront

City

Expending land Eroding and attaching with land

Reduce the eroding and attaching with land

?

Confliction of surface tension is strong

New Infrastructure for boundary

Boundaries were interfered

Absorbable boundary

Reducing the density of strong waves

Remaining water in the building after ebb tied transform to new activites.

Porosity Osmosis / Entangled roots

Institute Design

Social and biologic Relationship Line drawings In the limited time, I traced the dynamic movement of pedestrian and cars. I observed the intentional phenomena on crossroads nearby the site. It presented the overlapped vision and interlaced time in vertical dimension. The speed was controlled by human body and traffic light, it form two different boundaries, one is natural, another is unnatural. This also happened in the land and river in this site. 17 century , Native Americans likely took advantage of the many oyster reefs that lines the Hudson River’s Manhattan shoreline. As recently as fifty years ago, cowboys were still unloading cattle and sheep destined for the meat market from Hudson River Park’s shoreline. Nowadays, the decaying pillars were produced for river transportation, but now is becoming the habitat of creature in Hudson river ; The High Line was built in the 1930s, as part of a massive public-private infrastructure project called the West Side Improvement, it provided transportation for meat and other human needs. However, now is transferring the relaxing park for citizen. Moreover, Chelsea market sales various food such as seafood, bread, meat for feeding people, I think it is a kind of shadow of history in this region. 17 century, there were plenty creature under Hudson river, Thus, these two transportation was reversed by natural and unnatural system to re-identify New York City. Different sequence changing at the same time in the site, it exists sustained energy exchanging. Ocean wave movement, biological and social relationship present growth and decline of natural energy. People enjoy food in Chelsea market, sport nearby Hudson river, relax on The High Line. Underwater creature and ducks seek food from pillars, move around between land and river. To approach the concept of energy-conservation and the space quality of entanglement. Because of Sandy Hurricane, the issue of waterfront edge was impacted urban development and citizen’s lives. Natural disaster is changeable and unpredictable. Through studying and simulation the wave dynamic change, I develop new structure and space of architecture that includes resilient and permeable qualities to accept the impact of tide change.

59


60


Masterplan of Watery Plazas

Proposal

Physical Model Study and Section Programme It is clear to observe the space qualities through the physical model. There are many porous space spread out of modeling. And also the structure of aggregation is kind of arch structure. In addition to studying building structure and qualities, it also provide the three dimensions to analysis the space under the Hudson river, the tide changing and wave movement are relative with the boundary of the city. Because of the site qualities and activities, I intend to develop the food supplement system to integrate waterfront relaxing activities, agriculture and aquaculture produce. Meanwhile, provides protective structure to protect the changeable waterfront. The entangle quality as the connection of each relative program. The reversed quality is utilized load bearing of Fishery and agriculture as the green house to produce food. Through studying movement of ocean wave, creature of Hudson river, and people, I intend to establish the new relationship with river ecosystem and land activities. To reverse the operating mechanism of the city. It should become a low carbon river city. Reducing the emitting CO2 by conveyance. Imbedding aquaculture, restaurants and multiple plants to repair the fractured nature system between land and river. The strategy of creating the resilient boundaries between land and water, The organic building attaches the piers to alleviate the impact of tide changing. Also arranging the entertainment activities, such as watery park,kayaking, restaurant and Fishery Market to bring new space experience for citizen. Extending the watery activities in the edge of city. In this lever, through multiple open cavities to spread the natural sunlight, air and wind into the building; meanwhile use the reversed spaces quality that forms the agriculture and fishery program. It can steadily contain food supplement for this region in different season. Northern part of building is a loading area for shipment and storage the food. Reconnecting the past function and present activities. The Architecture, seeking the lines, transitional boundaries. The space provides function. But space quality involves multiple context from history, society, polity and natural environment. The interior and exterior of architecture both are crucial influence in the city. As the architecture becomes a part of culture, environment, and urban language. We should consider much more different specific quality of space in each architecture and combine with urban context is unavoidable in the future.

61


Aquaculture System

Agriculture System 62


Fishery Park

Kayaking and Beach

63


Logistics System

Bio-habitat and inhabitance

64


Rooftop parking lot

Pier with playground

65



Bending the rules

Display Facets / folding lights Fall 2014

Design team: Che Chung Lin / Huseyin Kezer / Hyeyong Wang Advisor: Robert Cervellione


68


05

Bending the rules

Display Facets / folding lights

In our proposal, the idea is to make the walls present a lot more than what they can do by themselves. Thus we are trying to make this surface amount more to show more also manipulate the eye to see from the right angle all the times, so this starts from making angles, and combining them in a large scale to make it better. Also it can manipulate the light to lighten only some sides of the objects, and by using the reflective property of the surfaces we made the areas which are divided by the light. So we can also make mood differences on the same surface with our folds. We have chosen our place as the center of the room, and out project is hanging on the ceiling, because, it gives us total 2 surfaces to manipulate - ground, ceiling, which are the most important ones to manipulate the eye. Basically if we do not have ceiling we cannot understand the scale of the any kind of space without something to compare. In this project we wanted to show people what they should see, simply because, all of the exhibitions try to show something; and leaving it to the people might not be the best idea, so we create hot and cold areas to make people to see the right thing at the right time. Basically our project is to manipulate people’s perception in an exhibition. Dibond graphic display board is a rigid, durable aluminium composite material consisting of two pre-painted sheets of 0.012-inch aluminium bonded to a solid polyethylene core – a unique composition that makes it approximately one-half the weight of aluminium. Dibond is available in the standard 2mm, 3mm and 4mm thicknesses. As the flattest panel on the market, Dibond offers a superior surface for displaying digital and screen-printed graphics. Dibond won’t bow or oil can. And, Dibond products offer significant cost savings, ease of fabrication and rigidity when compared to other aluminium laminates.

“Dibond was the perfect product to create these designs because it fabricated quickly and was easy to handle,” The large-scale “Bending the Rules” pieces were created from 110 4-by-8 foot 4mm thick Dibond panels in the black facer/black core/black facer color configuration. Students cut the Dibond with a CNC router into 220 1-by-1 meter panels that were scored for folding into the installation designs. The 1-by-1 meter Dibond panels were joined together with 3M™ VHB™ Tape – another real-world building construction product.

69


70


Bending Angle

Site Plan and Bending analysis

71

0째

90째


Process of Unit development Fabrication

Cutting Layout

Pattern generating with scripting

72


73


Che Chung Lin nick.cclin@gmail.com +1.917.593.1235

Education Pratt Institute Graduate Architecture and Urban Design Master of Science, Architecture 2013.05-2014.05

Tunghai University, Taiwan

Bachelor of Architecture Degree 2003.09-2008.06

Specialties Architectural Design 2D Grapic Design Physical Model Developing

Computing Skills Modeling

Maya 2014, Rhino 5.0, Google Sketchup, V-Ray and Artlantis Rendering

Graphic and Media

Autocad, Photoshop, illustrator, InDesign, After Effect

Office

iWork , Microsoft Word, Powerpoint, Excel

Languages English Mandarin chinese (Proficient)

Honor and Award Pratt Institute Graduate Architecture and Urban Design Brooklyn, New York Distinction of graduate diploma 2014

Tunghai University

Taichung, Taiwan Citation, Outstanding Thesis Design Award 2008

Young Talent Architectural Award Taiwan and China Jury’s Selection


Professional experience King-San You Enterprise Co., Ltd

Changhua, Taiwan Project Designer 2011.01-2013.05

Architectural department designer, United Technical Group Engineering Consultants. Ltd Taichung, Taiwan Architecture desinger 2009.04-2011.02

Studiobase Architects Office

Taichung, Taiwan Junior designer 2008.09-2009.02

Ming-wei Haung Architect Office

Taichung, Taiwan Summer Intern 2006.06- 2006.09

The Artificers-Record Consultants. Ltd

Taichung, Taiwan Summer Intern 2005.06- 2005.09

Publication and Exhibition Pratt Institute, GAUD+PSPD School of Architecture Brooklyn, New York Nomadic Watery Plazas -Selected Graduate INPROCESS 19 2014. 05

Hazel and Robert Siegal Gallery, Pratt Institute, School of Architecture Brooklyn, New York Head in the cloud- Pratt GAUD Exhibition 2014.04

Hazel and Robert Siegal Gallery, Pratt Institute, School of Architecture Brooklyn, New York Display Facets- Folding Lights, Bending the Rules 2014.01

Unity Graduate Exhibition of Six Architectural schools Huashan-Creative Park, Taipei, Taiwan City Index - Invisible city 2008.06

�Project review 2008 of Tunghai University� Department of Architecture City Index - Invisible city, P. 160-169 2008.12

Portfolio of Young Talent Architectural Award City Index - Invisible city, , P. 75-80 2008.09

Reference Jason Vigneri-Beane Adjunct Associate Professor, CCE Coordinator, MS ARCH, Pratt GAUD

+1.917.589.7278 jason@planetaryone.com

Philip Parker

Assistant Chairperson of Graduate Architecture Adjunct Associate Professor, Pratt GAUD

pparker1@nyc.rr.com



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