Selected Works | 2020 Portfolio

KAIYING LIN | Portfolio

PORTFOLIO Selected Works

Southern California Institute of Architecture

KAIYING LIN 2

Master of Architecture (M.Arch II)

© 2021 All rights reserved. No part of this book may be reproduced in any form without the permission of the copyright owner.

Kai-Ying Lin M.Arch II Southern California Institute of Architecture(SCI-Arc) +881 9 16-784-910 ken10626369@gmail.com

KAIYING LIN | Portfolio

STATEMENT

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STATEMENT KAIYING LIN is an architectural designer. He graduated and hold his Master of Architecture II diploma from Southern Institute of Architecture(SCIArc).

He holds his Bachelor of Architecture degree at Chung Hua University in Taiwan, and done several projects base on combine architecture and animation there, earning an Honor Award for Undergraduate Design Thesis. However, he did not see this as the end of his architectural journey.

During a year’s preparation, he entered an architecture firm to be a designer and done a few projects with his project manager. After then, he received an offer from SCI-Arc. He spends his time here pursuing multiple potentials to combine his skills and interests into one thing.

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TABLE OF CONTENTS

SCI-Arc Master of Architecture II

C.H.U.

Hyper Feature Architecture

09

Enchanted Model II

27

Hyper Experiential Research Center

41

Form of Knowledge

49

Engagement Workshop

57

X-Ray

65

Curiosity

71

Design, Development and Documentation

77

Transformation

87

From Forms of Representation to New Form

99

Infinity Space

109

Augment Reality

121

Become the Internet

125

City 3.0

135

Renderings of Residential Building

149

Bachelor of Architecture

RENDERINGS

KAIYING LIN | Portfolio

HYPER FEATURE ARCHITECTURE Graduate Thesis Thesis Advisor: M. Casey Rehm Cultural Agent: Marrikka Trotter

The thesis emerged from initial research during thesis prep in utilizing t-SNE to understand how an image classifying neural network organizes plan precedents.

This initial research into the t-SNE led to a rethinking of architectural design as an assemblage of components with performative features who’s adjacencies create deep heterogeneity in occupied spaces. Therefore, I have developed a catalog of modular components that are defined by their physical and spatial features which can be combined to serve a new program for mixeduse residential architecture. Modules support a range of programs including foodservice, rest, privacy, and automated retail through their embedded elements.

This privileging of embedded features allows the same component to serve multiple program types.

Additionally, some components feature digital screens which can dynamically shift the ambient qualities of their adjacent spaces. Simultaneously, The digital LED screens also act as signifiers to aid in navigating the assembled stack by creating legible signage. These strategies allow for a functioning alternative to existing mix-used building types through a hyper entangling of programs in a dense spatial network.

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PERFORMATIVE

FEATURE /

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The t-SNE algorithm works by flattening hyper-dimensional scores from an image classifier neural network into two dimensions. The algorithm sorts input images by the proximity of their returned scores in the network. Simply speaking, t-SNE privileges image features over disciplinary content.

Original Diagram of Campo Marizo [14]

12x12 Grid Subdivided Diagram of Campo Marizo 11

Trying to put original diagram into t-SNE, there is the result of certain area of Campo Marzio was analyzed by t-SNE. [15 ]The Original Diagram

8x8 grid subdivided

The Diagram by t-SNE

8x8 grid subdivided

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INPUT

Exeter Library, 1945

t-SNE IMAGE CLASSIFIER

Plan of Mietkaserne, Berlin, 1805

Milan Church, 1140

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Input three plans of the precedents into t-SNE to analyze their features and produce a reorganized image to study their adjacent features rather than a traditional classification of plan typology.

OUTPUT

Milan Church, 1140 Plan of Mietkaserne, Berlin, 1805 Exeter Library, 1945 From the experience of Campo Marzio with t-SNE. But the plan of Campo Marzio is a big one. What if I collected a series of different plan, putting them into t-SNE. This attempt is that try to subdivide a series of plan, included a church, housing, and library, then put into t-SNE. We can see what the image says, i think it’s a Different ways of looking at architecture. However, the classification of T-SNE is not random. Architects can think about the new floor plans by the classification of computation systems to further think about new typology.

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t-SNE Facade Testing

Filip Dujardin

Filip Dujardin’s work was analyzed by t-SNE

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FACADE

t-SNE Facade Testing

Extracting building facade

Original

Processed

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Programmatic Possibility of Components

Sleeping area Living area Working area Storage area Automated retail area Retail area Food service area Reading area Meeting area

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Food service area Working area Storage area Selling service area Retail area Automated retail area Reading area Rest area Meeting area

Automat Storage Food pro Working Reading Retail ar Rest are Meeting Tech sup

ted retail area area oduction area g area g area rea ea g area pport area

COMPONENTS Community area Rest area Automated retail area Working area Reading area Tech support area

Sleeping area Cooking area Rest area Storage area Automated retail area Working area Reading area Tech support area

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CHUNKS The chunk of assembling

by Living area, Automated area, community area, rest area, and religious area combined to serve a new program for mixed-use residential architecture.

The project operates on a new framework where programmatic typology is no longer a primary significance. Performative features, embedded digital technology and automated spatial management allow us to rethink existing models of building programs. The architecture of the future will be an intense heterogeneity of interrelated programs.

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Sleeping area, Automated area, and foodservice area collects to become a commerical zone in a part of the mixed-use residential building

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CHUNKS Multiple Sleeping area collects to become a larger living area in a part of the mixed-use residential building

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Floor Plan

Floor Plan

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PLAN / Floor Plan

The project operates on a new framework where programmatic typology is no longer a primary significance. Performative features, embedded digital technology and automated spatial management allow us to rethink existing models of building programs. The architecture of the future will be an intense heterogeneity of interrelated programs.

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Hyper Feaature Architecutre / Scan and Watch the video on https://www.youtube.com/watch?v=a9t1hTCGZ4A&feature=youtu.be&ab_channel=LinKaiYing 25

SEQUENCES

VIDEO

Thesis Miniature / Scan and Watch the video on: https://studio.youtube.com/video/qpHg4Zg3RuM/edit 26

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ENCHANTED MODEL II OBM HQ Extension Design

Vertical Design Studio Advisor: Tom Wiscomb Partner: HouSheng Wang Assistant Teacher: San Flower

“We realize how the world looks through models” -Thomas Demand, 2011 “The thing about architectural models is that they are intended to represent things at another scale. We accept that and imagine things that are much bigger, although we of course know that the model itself is a specific and irreducible entity that does more than just point at the “real” thing. Model kits- often from outside architectureare a special kind of model. They have the dual quality of both being kits of parts that make a “scale” model, but the “set” is also crucial to the overall understanding of the thing. Further, beyond the set is the box, which is often as crafted and bespoke as the model kit itself, and designed to specifically pack, nestle, and display the parts inside. Other things accompany model kits as well, special decals, instruction manuals, and posters.”

- Tom Wiscomb

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The Castle Hedingham Deluxe Model Kit

Enchanted Model II OBM HQ Extension Design / Scan and Watch the video on https://vimeo.com/518059099 29

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PHYSICAL

MODEL

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/ Animation frames

Enchanted Model II Castle Hedingham / Scan and Watch the video on https://vimeo.com/518070125 31

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GODZILLA

DRAWINGS

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/ Enchanted Drawing

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/ Plan Drawings

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/ MODEL

COLLECTION

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HYPER EXPERIENTIAL RESEARCH CENTER Cross-disciplinary Research Lab

Vertical Design Studio Advisor: Micheal Rotondi Partner: Phoephol Phoemphoolsinchai Assistant Teacher: Anna Kudashkina

Research each of the 14 grand challenges. Define your understanding of the problem and find out at least 4 possible solutions (in which related disciplines those solutions are being currently researched, and how they relate to the challenge). Find out WHO is working in those disciplines (in relation to the problem) and WHERE do they do their research.

Create 6 Characters, based on all the research. Each of your 7 labs will have a Lab Leader (main collaborator, maybe a person, who you found out working in the specific discipline for that specific grand challenge) and 5 other people who you think will be a great team addition for him (each of them can have different skill set for different part of the research (observation, analysis, testing, refining, etc) , each of them can be from other related industries (based on your research on grand challenges and related disciplines)

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Big Data Lab Cannot say no for the high volume of data is not a massive encyclopedia. All people especially researchers, or scientists, or inventors love it, and want to have it for their own data that they can find or analysis. Big data is going to help them solved or referred their crisis. The computers are pasted near by the water cooling tank that is going to reduce the heat from computer running.

Environment Lab In early 2020, the average temperature will rise by 1.5 degrees.1 The plants was died from your hand, so it is the right time of us to respect the environment around.

This lab is focusing on a new way to make the tree live longer in the destructive, synthetic Global. Researchers will correct all data to synthetic a better way that we will live with nature by do not destroy them anymore.

Total Volume 1,280,000 ft

3

Energy Lab Nowadays, we need an energy to continue our lives. This lab will focus on the clean energy such as an energy from solar or wind. Moreover, the electricity transportation is also a new key that we are looking to make it better. From coast to coast, electricity travels via high voltage transmission lines in order to supply power to our homes. In some parts of the grid in the United States, electricity is transmitted at up to 500,000 volts.3 The need for a high transmission voltage occurs when a large amount of power has to be transmitted over a long distance.

7 Labs

Food and Water Lab In one day, the average is 3,663 kilocalories a person in North America.2 How we can make enough food for everyone, and do not over than a demand? This laboratory is focusing the new way for serving a food and drink that can make people have enough food to survive.

Moreover, we have a final testing room or restaurant for launching the new product nearly the laboratory.

Volume 80,000 ft3

Volume 360,000 ft3 (Support Spaces) 360,000 ft3 (Movement) Total Volume 1,280,000 ft3

400 sq. ft.

500 sq. ft.

1000 sq. ft.

Quite Work Staff Area Library Meeting Room Shop/Maker Room Total volume

1,000 1,000 1,000 500 400 3,900

sq. sq. sq. sq. sq. sq.

Bioscience Lab Bacteria is living around our body.

They have many types some is good for human and some is not.

This laboratory is looking a new of bacteria from a synthesis as cross Kingdom line. Some bacteria that we are researching now is “Ideonella Sakaiensis”4. Ideonella Sakaiensis is plastic-eating bacteria. This laboratory was designed to have 5 big water tanks to paste a billion of deference bacteria. Also, they have 36 testing tanks for test all fertilization of bacteria.

Education Lab Since this lab was designed to share spaces with a citizen and all.

The Education Lab is going to be an exhibition hall and learning center on the ground floor and going through the underground floor by the big stair as the semi-auditorium. The researcher will receipt data from the users, citizens, who come to this lab as visitors by the camera and sensor.

ft. ft. ft. ft. ft. ft.

Grand Challenges and Existing Cross-disciplinary Research Center

Project Volume

Automation Lab In the 21st century many factories have changed the production line from human working to machine or robot working instead. This Lab is going to research deeply about robotics in the public.

HYPER EXPERIENTIAL RESEARCH CENTER LAB

Resource TESTING ROOM

B

LA

Resource Platform

Green Strategy

OFF

Joyful Spaces Are Around

+

- Environmental Friendly - Open Fresh Air

+

Quick - One Stop Service - On Demand - Materials - Information - Resources (e.g. computers, devices)

CAFE

LAB

POOL

LAB

MEETING

Massing Strategy

Resource Share(Balance)

LAB

YOGA

LAB

STUD ROOM Y

Massing Strategy

Health & Safety - No Toxic Leaking - Closed to Nature

E

IC

LAB

Toxic Area Separation

MEETI

NG

“Learning is a primarily informal and life-long.”

GAME

LAB

Massing Strategy

Easy To Connect (Sharing with Public)

Relax - Sleeping Room - Cafeteria, Cafe - GYM, Yoga Room - Flexible Space - Gaming Zone (Playing, Exercising)

N Main St

B

Public Entrance / Exit

UP

9 2

1

UP DOWN

DOWN

A DOWN

UP

3

13

4

Escape Room 5

10

UP

11

UP

UP DOWN

6 8

UP

UP

UP

12

7

UP

Public Entrance / Exit

UP

1.

2.

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UP

Sanchez St

Office Front Desk & Security Guard Locker Room Chat Room Clean Room Hall Rest Area Plaza Outdoor Auditorium Library Depth Diving Pool Exhibition & Learning Center Main Auditorium

Ground Floor Plan 0’ 1’

43

3’

6’

10’

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B

7

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DOWN

1 UP DOWN UP

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DOWN UP

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UP

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Bioscience Lab Hall Men Restroom Women Restroom Observation Deck Energy Lab Yoga & Gym Deck Big Data Lab Depth Diving Pool Reading Deck VIP Room Control Room

Second Floor Plan 0’ 1’

SITE ESCAPE ROOM

SITE

3’

6’

10’

N

Union

Station UNION

UnionSTATION Station

DTLA Union Station

Site Analysis Good place for all welcome passengers to wait and learn Passengers from the Union Station can take a rest, such as have some a cup of coffee or a slice of cake from our research centrer.

Moreover, they can get some knowledge from our exhibition and learning center.

Laboratory Gym Conference Center

Laboratory Zone (Private) Joyful Zone (Semi-Public)

Public Circulation (Sharing Between Researchers and Citizens)

Zoning

Private Circulation (Researchers only)

School Park Hospital

N Main St

B

A Escape Room

3

4

Arcadia St

2

DOWN DOWN

DOWN

5 1

Sanchez St

1.

2.

3.

4.

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Energy Lab Testing Space Depth Diving pool Beach Locker and Changing Room Plaza

Site Plan 0’ 1’ 3’

6’

10’

N

El Pueblo de Los Angeles Historical Monument

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4

5 7

6

1

UP

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UP 15

Public Entrance / Exit

UP

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UP

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Automation Lab Hall Automation Lab Men Restroom Women Restroom ADA Restroom Storage Plaza Pump Room Water and Food Lab Kitchen Cafe and Restaurant Depth Diving Pool Exhibition and Learning Center Welcome Stair

Basement Floor Plan 0’ 1’

3’

6’

10’

Social is an unlimited data.

Social Responsibility Sharing Space Citizens and Tourists

Learning

Restaurant

Researchers, Scientists, and Staffs

New Ideas

In Trend

Explorer

Development

Quick Research

Relaxing

Meeting Room

+

Joyful

Lab Test

Individual or More

Non-private(some zone)

Area Limit

Restroom

Announcement Group

On Site Test

Individual or More

Researching Desk

Library

Individual

-

Control Room

The problem was solved.

Continues to develop and edit

Do research, investigate, or produce Using point for solve the problem or find the solution with LEO Da Vinci

Welcome Center

Game Room Gym

Diving Tank

Yoga Studio

Shower Room

Kitchen

Announced or Compleated a reserch for getting points

Post on Social side (a board/wall on hallway)

For Citizens & Students Enjoy Observation and relaxing with Credit point

Register

Using credit points

Win learning games, participate with Lab workshop, complete lesson tours, visiting frequency, and more for getting a point

Cafe

Multi-purpose Room

Changing Room

Circulation

Activity Time-line

Talking with LEO Da Vinci Guide and Tour Reserving a private meeting room, play a special game, have a special meal, and more.

Leo Object

Private and Public

Scientists and Staffs only

Sharing Space

For Researchers

Researching with Credit point Learning Center Library

Meeting Room

Citizen with Register ID / Student (Public)

Scientist (Private)

Benefit, Influence

Gift Shop

Exhibition Hall

Auditorium

Individual or More

Meeting

Two or More

Pros-Cons

Laboratory - Education - Food and Water - Environment - Automation - Bioscience - Energy - Big Data

Pump Room

Individual or More

Relaxing

Time Limit

Offices

Big Data

Leonado Da Vinci As A Big Data

B

8 DOWN

11

1

DOWN

6

UP

DOWN

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DOWN

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Environment Lab Meeting Room Test Room Hall Energy Lab Sky Corridor Big Data Lab Bioscience Lab Depth Diving Pool Reading Deck Hall Environmental Garden

Fourth Floor Plan 0’ 1’

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3’

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10’

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Bio-Science Lab Automation Lab Energy Lab Yoga & Gym Deck Sky Corridor Library Big Data Room Clothing Room Depth Diving Pool Welcome Stair Mutiple Function Auditorium Envirnoment Lab

A

A’

AA’ Section 0’ 1’

3’

6’

10’

N

According to Facbook, Drinevilla, Oregon, they serve 2 data room, 0.3M. Sq.Ft. for 1.5B. users.

Our Space 750 Sq.Ft 3 Lv. 4 Box

9,000 Big Data Lab

750 Sq.Ft. Big Data Lab

Tank

750 Sq.Ft.

Big Data Lab

Heat Exchange For Big Computers Data Center

Records Citizens Movement & Activity via Camera and Sensors

Sq.Ft.

Our data can serve more to 750 Sq.Ft.

Data For Researchers

Big Data Space

22.5M. people, than mean it enough for all

Los Angeles residents*.

L.A. Population 4M. California Population 39.56 M.

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06 03

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N Main St.

Sanchez St.

05

01

1.

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Depth Diving Pool Food and Water Lab Energy Lab Bio-Science Lab Big Stair Big Data Room Walking Deck Exhibition Area Sky Corridor

02 B’

B

BB’ Section 0’ 1’

3’

6’

10’

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/ PERSPECTIVE

1

2 1. Sky Corridor 2. Bio-Science Lab 3. Energy Lab 4. Office

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3

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PHYSICAL

MODEL

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FORM OF KNOWLEDGE Library of Co-existing

2 GBX Design Studio Instructor: Elena Manferdini Partner: Gia Zhao Traditionally, a library is a collection of sources of information, made accessible to a defined community for reference and borrowing. Library collections commonly include a combination of physical books and digital resources. Access to any physical library archive takes resources of space and time. Because of it, a library is usually maintained by large organisations. As of today, the library is in most cases the face of a public government or private non-profit institutions.

However, in a capitalist society like USA as we are approaching a point when paperless will be the new normal, modern libraries need to be redefined. While digital information and open source become available to the public, fewer people go to the libraries. As a consequence, traditional libraries will increasingly be seen as waste public resources.

At the same time, the digital revolution has dramatically changed the way people work and interact. In the past ten years, a new model of small companies and startups have emerged while their economic value has increased.

Companies need collaborative space and share broader resources while maintaining a low initial 49

Form of Knowledge / Scan and Watch the video on https://youtu.be/yTPy-_KIUxs

investment. Companies like WEWORK have begun looking at ways to capitalise on this new need for flexibility, mobility, shared resources leading to the popularity of open plan offices. What if the library becomes an all-in-one space, providing co-working spaces and broad resource access?

Our design proposal redefines the central library of Atlanta into a public community and exchange think tank centre. The traditional library program will be intertwined with rentable co-working spaces. Spaces can be rented to co-workers in a specified time frame, with the positive dual effect of a comfortable environment and the significant return of investment. At the same time, amenities like cafe bars, printing service, terrace, activity centre will be shared between the library and the working areas. Furthermore, auditoriums are provided for public events, workshops and free seminars to encourage the public into space otherwise underutilised. Also, exhibition and gallery spaces will be shared for culture purposes.

Space for children, events and courses will be provided at the ground level.

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SCI-Arc M.Arch II

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MASSING STRATEGY The studio started with abstract large volume as basicmassing strategy, contraposed to ambiguous material finishes applied to the design facade and interiors of the Atlanta Central Library

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/ Interior AXO - Tectonic& Materials 53

MODEL PHYSCIAL “Library of Co-existing” was collected in Visual Coummunication

by Margaret Fletcher

Visual Communication / Scan and Check the book on https://www.amazon.com/Visual-Communication-Architects-Designers-Constructing/dp/0367134632 54

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ENGAGEMENT Workshop 03

2GAX Design Studio Instructor: M. Casey Rehm Partner: Junkai Liu

Our project is a monumentally scaled data storage facility that consumes half of the square. The current Pershing Square is an underutilized empty space with dubious access within the city. Our project does not have a traditional relationship to the ground in that it sits on points due to it being a non-human programed library. We think that different generations of a voxel can be utilized in a number of methods to investigate the process of architecture form, and another is to use such concept as inspiration, a starting point for the design.

Engagement / Scan and Watch the video on https://vimeo.com/317142827 57

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ENGAGEMENT

PERSING

SQUARE

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TEXTURE

MAPPING

SITE /

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Pershing Square is a small public park in Downtown Los Angeles, California, one square block in size, bounded by 5th Street to the north, 6th Street to the south, Hill Street to the east, and Olive Street to the west.

COMPONENTS

We utilized the scanned flower components to generated the main volume of the project, in the process of going back and forth, we selected the most appropriate voxels to continue the design.

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Stacks & Voxel

Stairs & Voxel

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ENGAGEMENT Stacks

As we gained appropriate voxels, the chunks, stacks, stairs will be fit into the part of the voxels perfectly.

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Engagement / Scan and Watch the video on https://vimeo.com/317142827

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X-RAY Workshop 02

2GAX Design Studio Instructor: Amgelica Lorenzi Partner: Junkai Liu We would like to utilize the concept of speaker device to discuss the gap in the relationship between the younger generation and the older one. As we can see that even at different ages, races, and professional fields, music is the common way to communicate and gather them together.

For instance, in any public space with a piano, we always can see that people who do not know each other are able to play the same music together.

We want to use music as a medium to link the younger and older generation to get to know each other better. For this project, only when the younger and older people use it together, will the music speaker device be able to launched. The device with dancing along with the music and the projective images is able to attract passengers to come to experience the devices. We hope that the device is able to contribute to gathering people with different backgrounds on our site.

The concept of the device is to combine the old record player and social media such as Instagram, Twitter with music to provide the city with different city textures and area contexts in our site. When the device is not launched, the city texture and current situation remain how it is.

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IMAGINATION

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Non-communication / Because of only some generation of populations.

This is the drawing that the device does not launch.

It shows there has no communication and no activities.

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IMAGINATION

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X-Ray / Scan and Watch the video on https://www.youtube.com/watch?v=wbm4brXZu4I& feature=youtu.be&ab_channel=LinKaiYing 69

IMAGINATION / Everyone has an imagination in their mind when we met nostalgic items, fancy events, and someone. This drawing which fill unlimited bubble and certain trumpets representing lovely atmosphere is that we imagined when the device was launched.We hope people can feel pleasant through utilizing some fancy color on the buble from this fancy drawing.

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CURIOSITIES Workshop 01

2GAX Design Studio Instructor: Florencia Pita Partners: Junkai Liu

This workshop helps us to utilize another ways to see architecture.

Curiosity workshop means that we need to keep curious with anything and details. We should crouch down to look at any detail of objects and the ornament of building.

If parts of the objects and the cornor of the decoration were extracted by us, and scale it to a certain height for architecture as well as space. How does the element will be? How do we rethink spatical issue of the scaled objects?

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/ Corner of the door perspective CORNER OF THE DOOR PERSPECTIVE

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/ The Decoration of window perspective THE DECORATION OF WINDOW PERSPECTIVE

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PERSPECTIVE

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SCI-Arc M.Arch II

/ PLAN

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PLAN

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DESIGN, DEVELOPMENT, DOCUMENTATION 3GAX Seminar Instructor: Herwig Baumgartner, Brian Zamora Partners: Amparito Martinez, BoWen Liu, Gregory Kokkotis, Jonathan Warner, ManYing Wang, Phoemphol Phoemphoolsinchai, YiXin Zhang

This is a course that the project was selected from the studio of last semester. Mainly, we developed this project into practical way, included overall structure, facade construction, material variation, environmental system, the analysis of interior climate zone, HVAC forced air system, radiant heating, grey water system, environmental system( acoustics, artificial light, sun shading), fire separation, construction type, egress, American with disabilities act(ADA), and cost estimate.

Simultaneously, helping the designers can think more about the project in the future.

Atlanta LibraryDesign, Development, and Documentation / Scan and Watch the video on https://youtu.be/DQ0Id-D-1ao 77

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ADVANCED MATERIALS TECTONICS

A2

A1

Contructed Envelope System

2GAX Seminar Instructor: Maxi spina, Randy Jefferson Partner: Houshing Wang, Juicheng hung, Kaiyun Lei

Valletta City Gate, which is located in Malta, was designed by Renzo Piano in 2015. The tasks of sourse allowed us to understand the tectonic and materials of this building. After the analysis, we transformed the facade of the building to think what kind of facade could match the building more than original one. However, we recognized that these limestone is too heavy to the structure. If we appiled the light weight materials on the facade, it could redure the cost of main strong structure and have a dynamic facade.

Pirmary Structure

Secodary Structure

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Valletta

City

Gate

ENVELOPE

SYSTEM

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A1

B1

a1

89

B1

1.

2.

3.

4.

5.

6.

7.

8.

9.

m

35c

cm

105 cm

105

b1

a2 cm

260

b2

b3

1. Main Structures 2. Silicon in Alumium Frame 3. Cavity (Noble Gas Infilled to Antifog) 4. Screwed Steel Substructure 139-380 mm 5. Office Window Thermal Glazing in Aluminium Frame 6. Front Hung Facade-Element 1000/500/70 mm Coral Limestone Max. Element: Depth 555mm 7. 6 mm Stainless Steel Anchor Plate with Securing Pin Milled Flush at Top and Bottom in Stone Element 8. Cladding Facade 380/200 mm 9. Aluminium Frame

OVERVIEW

c4

STRUCTURE

c1

c3

c2

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4.

5.

6.

7.

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B2

C1

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1. Screwed Steel Substructure 139-380 mm 2. 6 mm Stainless Steel Anchor Plate with Securing Pin Millled Flush at Top and Bottom in Stone Element 3. 1000/500/70 mm Coral Limestone Max.Element: Depth 555 mm 4. Sandwich Panel 1 mm Aluminium 5. 35 mm Mineral Wool Insulation 6. 50 mm Mineral Wool Insulation 7. 250/450 mm Steel Tube 8. 100/150 mm Steel Tube

1.

2.

3.

C1

1. Office Window Thermal Glazing 2. Aluminium Frame 3. Cladding Facade 380/200 mm Coral Sandstone 4. 100/150 mm Steel Tube 5. 1 mm Aluminium 6. 50 mm Mineral Wool Insulation 7. Silicon

1.

2.

3.

4.

5.

6.

2. Aluminium Frame 3. Cladding Facade 380/200 mm Coral Sandstone 4. 100/150 mm Steel Tube 5. 1mm Aluminium 6. 50 mm Mineral Wool Insulation 7. Silicon

DETAILS

7.

TRANSFORMATION

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2.

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5.

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D3 - Details

2.

3.

1.

1. Main Structures 2. Secondary Structures 3. Aluminium Plates 4. Stainless Steel Anchor Plate 5. Aluminium Frame

4.

5.

D3 - Details

2.

1.

5.

3.

TRANSFORMATION

4.

1. Main Structures 2. Secondary Structures 3. Stainless Steel Anchor Plate 4. Office Window Thermal Glazing 5. Aluminium Frame

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PHYSCIAL

MODEL

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PHYSCIAL

MODEL

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FROM FORMS OF REPRESENTATION TO NEW FORMS 3GAX Seminar Instructor: Andrew Zago Partner: Phoemphol Phoemphoolsinchai In a shocking way example of forgetfulness, one of the principal achievements of modernism was to eclipse over four hundred years of perspectival representation. Modern subjectivity, it was recognized found the social and political confluence of the human subject and object intolerable and had torn free of that correlation.

Photography and filming particular devised strategies like a montage to break free of the determinism of the optical/ perspectival projection inherent in the medium and mechanisms of film. To be clear, we regularly create perspectives for presentational purposes.

For better or (mainly) worse, perspectives and animations have become mandatory in practically every competition and presentation we do; Clients and juries expect increasingly photorealistic renditions. We regard perspective essentially as propaganda.

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DIAGRAMS

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The Perspective of A Cube in Room

A

B V.P F

A

H

E

C

G

E

C,B

G,F

B,F

C,G

C,B

G,F

B,F

A,D

E,H

A,E

D,H

A,D

E,H

A,E

S.P

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D

S.P

S.P

B

A

C

D

B

V.P

PERSPECTIVE / CUBE / ROOM

D

C V.P

F

F

H

S.P

E

H

C,G

C,B

G,F

B,F

C,G

D,H

A,D

E,H

A,E

D,H

S.P

S.P

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The Perspective of Sphere

TOP VIEW

Top

A9

A10

A11

A12

A8

A7

A6

A1 A5

A2 A4

A3 SP

Top, Bottom

B10 B8

B9

C9

B11

B12

B1

B7

B6

B5

B2 B4

Top Bottom

B3

C10

C11

C12

C1

C2

C8

C7

C6

C5

C4

C3

A9,E9 A10,E10 A11,E11

D10 D8

D9

D11 D7

D12

D1

D2

D6

D5

D4

A12,E12 A1,E1

A10,E10

E10

E11

E12

E8

E7

E6

E1 E5

E2 E4

A1,E1 A2,E2 SP

A11,E11

E9

A12,E12

D3

A2,E2

A3,E3

A9,E9

E3

A8,E8 A7,E7

Bottom

A8,E8 A7,E7 A6,E6

A4,E4

A6,E6

A5,E5 A3,E3 A4,E4

A5,E5

B9,D9

B10,D10

B1,D1

B12,D12

B11,D11

B2,D2

C12 B12,D12 B11,D11

SP B1,D1

C1

C11 B12,D12

B2,D2

B10,D10

B1,D1

B11,D11

B3,D3

B9,D9

C10 B10,D10

B8,D8

B7,D7

B5,D5

B6,D6

B4,D4

B3,D3

B4,D4

B2,D2

A1,E1

A11,E11

B8,D8

C2

A12,E12

B5,D5

B7,D7 B6,D6

A10,E10

B9,D9

C9

A2,E2

Top Bottom

A9,E9

A8,E8

C3

B3,D3

A3,E3

C9

A4,E4

C10

C1

C12

C11

C2

C12

A7,E7

B8,D8

C11

A5,E5

SP

B4,D4

A6,E6

C4

C8

B7,D7

C1

C10

C2

C8

C4

C9

B5,D5

C3

B6,D6 C5

C7

C8

C6 C7

C5 C6

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C7

C5

C6

C4

C3

PERSPECTIVE / SPHERE Top SP

Top A06 A05

A9

A10

A11

A12

A1

A2

A8

A7

A6

A5

A4

A3

B05

A09

A03

B04

A10

SP

A12

A01

B10

B11

B12

B01

B02

B03

C 09

C 08

C 07

A11

A02

B09

B08

B07

B06

SP

A08

A07 A04

C 10 C11

C 06

C12

C 05

C01 C 04

C 02

C 03 D09

D08

D07

D10

D11 D12

D06

D01

D05 D04

E09

E08 E07

D02

E10

E11

D03

E06

E12 E01

E05 E04

Bottom

E02

E03

A

B

C

D

E

SP

B10 B8

B9

B11

B12

B1

B2

B7

B6

B5

B4

Top Bottom

B3

A05 A06 A07 A04

A08 A03

A09

A02

A10

A11 A01 A12

E05 E06 E07 E04

E08 E03

E09

E02

E10

E11 E01 E12

B05 B06

B07 B04

B08 B03

B09

B02

B10

B11 B01 B12

D05 D06

D07D04

D08 D03

D09

D02

D10

D11 D01 D12

C 05 C 06

C 07 C 04

C 08 C 03

C 09

C 02

C 10

C11 C01 C12

SP

C9

C10

C11

C12

C1

C2

C8

C7

C6

C5

C4

C3

SP

Elevation

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Karl Friedrich Schinkel, Panoramic von Palermo, 1808

John Wells and Robert Barker, View of Edinburgh, 1789 - 1790 The Perspective of Panorama A

A23,24

C

B

D

G

E F

H

I

J

KL

A21,22

13

B3,4

14

15

16

17

18

19

20

12 B19,20

21 22

11

23

10 B1,2

24

09

B17,18

25

08

26

07

27

C3,4

13

14

15

16

17

18

19 E F

12

20

10 A1,2

09 08

05

23

D

G

24 H

C

25

01

26

07

02

03

04

05

06

07

08

09

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

31

30

32

33

J

05 B

31

29

A

02

32

01

K L 33

64

34

63

32

02

30 31

C23,24

01

C21,22

35 T

62

30

03

28

03

33

64

34

63

35

36

S

37

61

M

38

60

N

O P

QR

S

N

57 56

R

Q 43 54 53

52

P 51

50

49

48

47

O 46

38

60

41

42

55

37

61

M 40

58

36

62

T

39

59 E25,26 E27,28

29

04

27

I

06

04

28

22

11

A3,4

06

C1,2

21

39

59

44 45

40

58 41

57

D1,2 D21,22

42

56 D3,4

43

55

E1,2

44

54

D23,24

53

52

51

50

49

48

47

46

45

E3,4

34

35

36

37

38

39

40 41

42

43

44

45

46

47

48

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

64

In plan, draw a station point in the center of a cylindrical picture plane. Arrange around and outside the cylinder five rectangular solids, oriented horizontally and sitting flat on the ground. Place them in different relationships, in and out of orthogonality to the page and to each other. Project a series of radial lines from the station point through the picture plane and the solids. Make 64 equally spaced radial lines. These lines will be used to project points along the edges of the solids onto the picture plane.

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Eadweard Muybridge, Horse in Motion (for Leland Stanford), 1878

Time and Motion

T1

T2

T1

T2

T1

T2

T3 T3

T3

T4 T4 T4

T5 T5 T5

T6

T6

T6

One object is stable, another was moving.

Two objects were moving in the opposite direction.

Two objects were moving in the different direction.

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PRECEDENT

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Juan Gris, violin and checkerboard

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VIEW ONE

2

IN

VP.2

VIEW

1

VP.1

SP.2

MULTIPLE

SP.1

SP VP VP VP

SP

VP

VP.

VP

SP.

SP

SP

SP

SURFACE

AS

WINDOW

4

FLAT

3

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INFINITY SPACE Robotic Fabrications

3GBX Seminar Instructor: Curime Batliner Partner: Dewen Li, Housheng Wang, Jasleen Gujral In this seminar, students will work in groups on a series of three-dimensional volumes of human scale. Inspired by the work of M.C Escher, we will first learn about two-dimensional tessellations to generate and organize a system through the repletion and transformation of a set number of members. Further on students will build on these techniques to create variation within this system. Moving into the bird dimensions students will need to embrace machine logic.

Students will get familiar with digital fabrication technologies such as CNC machines, vacuum forming machines, and industrial robots. By completing this course, students should be familiar with taking basic surface tessellations and patterns from the sketch board to the production of complex assemblages. In the process, students should learn essential grasshopper skills, and how to incorporate the design constrains of production machines in the design process.

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Extrude shape to make the panel

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Pattern design base on the panel

Speed Test / The speed of the extruder is constant. However, we can impact the results by adjusting the moving speed inthe script or set the robot directly. We tried three-time and found out the ideal speed of the robot is 45%-50%,without changing the speed in the script. Under this speed, the stroke stays in the same weight. Also, because the extruder is perpendicular to the surface, the lines on the margins don’t break.

Nevertheless, the surface itself has too many changes in the slope, which cause the extruder painted To prevent this problem happened again, we decided to design a smoother shape.

shaky.

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To make the column exhibition more interative, the structure in the column is operable. All the panels are held by steel rod frames, which connect to the center bar. When the motor inside the base powered, the ratation of the center bar will move all the panels in once.

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STRUCTURE

DESIGN

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STRUCTURE

DESIGN

POANORAMA

RENDERINGS

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/ Panoramic Virtual Environment

As we know, the traditional column exhibition is expensive. By digital technique prompting gradually, we can create a three-dimensional column model and exhibition site to put it into VR goggles to reach the same effect. But the cost of a digital column exhibition can be far below than the traditional one.

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Rendering of lighting turning off

Rendering of lighting turning on

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Infinity Space360-degree Virtual Column Exhibition / Scan and Watch the video on https://www.youtube.com/watch?v=Zwj6hDeeUC4&feature=youtu.be&ab_chan-

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AUGMENTED REALITY Visual Studies

2GAX Seminar Instructor: M. Casy Rehm Partner: Housheng Wang

The final project for the seminar will utilize interactive animations in augmented reality in conjunction with designed contexts to produce synthetic misreadings on the interior of physical models. The finalV composition between 3D printed object, 2D physical printed backgrounds, and animated augmented reality section pieces will produce compositions which could only exist when working with these disparate mediums.

While previous exercises in the seminar focused on abstracting a physical object through digital techniques, this exercise will focus on the ability of digital visualization techniques to reintroduce higher resolution information back into the physical environment.

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SCANNING / POINTCLOUD / MESH / 3D O B J E C T / REMESH / NENOMESH

We use agisoft software to scan flower. In ZBrush software, gaining pixel and nenomesh which is the tiny and complex texture.

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AUGMENTED

REALITY

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AUGMENTED

REALITY

Visual Study Augmented Reality / Scan and Watch the video on https://www.youtube.com/watch?v=181iRoESvhs&feature=youtu.be&ab_channel=LinKaiYing 124

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BECOME THE INTERNET Visual Studies

2GBX Seminar Instructor: Damjan Jovanovic, Angelica Lorenzi

“As we look around the modern world, we see the ghosts of other conventional distinctions, which now appear as arbitrary as the borders on our phones. On the internet, the gap between next door and next continent implodes. Northern Baroque paintings, Triassic fossils and yesterday’s op-eds are tabs on the same browser. Raised by a global chorus of voices, our identities are voluntary, malleable and unprescribed. We are everywhere, anytime and everyone at once.”

-Thom Bettridge, Joerg Koch and Lucas Mascatello.

The Big Flat Now Op-Ed, 032c Magazine

Become the Internet - workflow / Scan and Watch the video on https://www.youtube.com/watch?v=vQdo85VO9pE&feature=youtu.be&ab_channel=LinKaiYing 125

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The seminar focuses on a problem of formally representing knowledge in the age of the “big flat now”. If the classical ideas of ordering, indexing and systematic and functional organization were tied to the idea of encyclopedia as the possibility of fully describing, understanding and ordering the world, the seminar shifts its focus towards ideas of accumulation and aggregation as a new formal language that conceptualizes the internet as a new model of knowledge.

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STUDTY VISUAL

This seminar will introduce students to a range of digital workflows (from sourcing of 3D models, to texture mapping to coding in C# and real-time rendering) utilizing a range of softwares (Internet object collections, Unity-Platform Sandbox, Maya). The seminar focuses on sourcing objects and designing a personal, custom made software imaging application in order to establish and automate a range of aesthetic micro-genres within a common search space of a tool.

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PHOTO

BOOKLET

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C I T Y 3.0 Parametic Vertical City

Ungergraduate Thesis Design Adviser: Weizhan Zeng Partner: Yicheng Huang The age of undustrualization occurred, and global population has been soaring.

Using the parametic design to discuss the residential complex form of human beings in the future.Helping people calculate gigantic and repeat tasks by computer, whic is parametic design.

The more residential complex form we have been discussing, the more activities have been happening from people to people.

Utlizing the advantage of parameter create the biddest possibility of the combination of housing space.

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PARAMETIC

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CELLULAR

AUTOMATA

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139

140

PLANS / FACADES

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Fig.1 / Western Facade Fig.4 / 9F Corridor Fig.2 / 7F Bridge Fig.5 / 7F Corridor Fig.3 / 1F Cafe 143

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PERSPECTIVE

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CELLULAR

AUTOMATA /

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CELLULAR

AUTOMATA /

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BAO HE JU RESIDENTIAL Rendering works Location: New Taipei City

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RESIDENTIAL

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152

SIDE

ENTRANCE

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LOBBY

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RENDERINGS Bao He Ju Residential 360 degree immersive video / Scan and Watch the video on https://www.youtube.com/watch?v=V_gp9ibSLxM&feature=youtu.be&ab_channel=LinKaiYing 156

THANK YOU

Kai-Ying Lin © 2021 All rights reserved. No part of this book may be reproduced in any form without the permission of the copyright owner.

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KAIYING LIN SCI-Arc 159

M.Arch II