Architecture Portfolio_2022 by Jocelynxyc

ARCHITECTURE PORTFOLIO Yichun Xu 2015-2021 M.Arch Architecture

Yichun Xu Email: yichunxu97@outlook.com Phone: +1 (434)-328-0115

EDUCATION

University of Virginia

Charlottesville, VA

08/2019-12/2021

Liverpool, UK

09/2017-06/2019

Master of Architecture, Path 2.5

University of Liverpool Bachelor of Arts with Honours Major: Architecture

Xi'an Jiaotong Liverpool University

Suzhou, Jiangsu, China

08/2015-06/2017

Bachelor of Engineering in Architecture

WORK EXPERIENCE in-PLACE Design

Baltimore, MD

Job title: intern Design and renovate the elevations of the shopping center in Mclean by making Sketchup models. Prepare the construction bid documents by AutoCAD of the project Banditos restaurants in Baltimore. Help and involve in various projects' presentations and communications with clients.

University of Virginia Diplomacy Lab

06/2021-08/2021

01/2021

Charlottesville, VA

Job title: extern Brainstorm a research project about investigating affordable housing and sustainable development in Kingston, Jamaica. Find related data and do the research of the basic living situation of Jamaica, Use GIS to do mappings and analyze the needs of the country.

HLW Ltd.

07/2017-08/2017

Shanghai, China

Job title: intern Role: preliminary study Involve in a project of Wuhan Daduhui. Make PowerPoints for conceptual presentations for clients. Make Sketchup models and draw elevations and sections in Auto-CAD.

Tongji Architectural Design (Group) Co., Ltd. Job title: intern Role: preliminary study Use Auto-CAD to add plants in urban roadway plans. Prepare bid documents.

ASSOCIATION AND ACTIVITIES AIESEC

International volunteer: taught local children English in Sri Lanka. Teach students from 10-30 years old to write and speak English. Help local teacher and design games to organize the class.

XJTLU Arts Training Centre Member: hold art activities. Organize XJTLU 2016 Spring Ball and found the sponsorship.

XJTLU Photographic Association Member, organize activities of taking pictures, buildings. Organize an activity to Tianping Mountain in Suzhou for photography.

Shanghai, China

07/2016-08/2016

06/2016-07/2016

02/2016-06/2016

09/2015-06/2016

SKILLS

Language: Mandarin (native), English (fluent) Software: Regular: Microsoft,

Architecture related: Photoshop, Adobe Illustrator, Indesign, AutoCAD, Sketchup, Rhino, V-Ray, Lumion, Enscape, GIS, Video-editing: Premier Pro, After effect

Contents 01.

02.

03.

04.

05.

06.

07.

ICEBERG

Public Space/ New York, US/ Groupwork/ 2021

URBAN PLAYGROUND

Affordable housing/ NY, US/ Groupwork/ 2020

MUSIC SPOT

SHUTTLE TUNNEL

ROTATION

ART AND GREEN

PHOTOGRAPHY WORKS

Jazz club/ Liverpool, UK/ Studio work/ 2017

Student centre/ Suzhou, China/ Groupwork/ 2018

Library/ Chicago, IL, US/ Studio work/ 2020

Art center/ LA, CA, US/ Groupwork/ 2021

ICEBERG Public Space Site: New York, US Size: 74,888 sqft Time: 08/2021-12/2021 Groupwork Yichun Xu: Diagrams, Exploded Axon, Plans, Section Perspective, Renders Chenxin Zhao: Landscape Strategies, Landscape Diagrams, Site Plan, Sections Kewei Li: 3D Modeling, Concept Diagrams, Renders

The tragedy behind this project believes that layer sectional condition is the best way to multiply open space in a context like Manhattan. This project addresses the lack of ground f loor open space in Manhattan by leaving the ground floor clear while also increasing the amenities that the park offers, through a strategy that multiplies the ground. Iceberg Strategy The strategy borrows the logic of the iceberg. So in order to clear groundwe are hiding most educational and recreational programs through subterranean spaces, and communal programs up through a tower. Then, all the programs are linked through a continuous circulation from the ground surface to underground and at the back up to the tower.

The existing site condition shows the school has a weak connection to the recreational area, and the pool and other recreational programs are divided by hard fences. We place a tower so that people walking into the park can see the entire tower at its monumental scale. And also adding more openings as courtyards to enhance the relationship between the ground and the subterranean program.

Concept Diagram

Haha Fence

Model Photo

Site Plan

Tower

Cutout

Model Photo

Exploded Axon

6” -10”

12”

2” -4”

12”

≥ 4”

≥ 12”

SEMI-INTENSIVE INTENSIVE INTENSIVE BASE

6”

4” -6”

SEPERATION FABRIC DRAIN ROOF RESISTANT WATERPROOFING ROOF STRUCTURE

ROOFTOP -- TREE

Plantation Detail

Detailed Section

ROOFTOP -- DEEP GARDEN

ROOFTOP -- LAWN

Perspective from the big courtyard

Perspective from the library

Section Model Photo

-1 Floor Plan

-2 Floor Plan

-3 Floor Plan

-4 Floor Plan

Unfolded Ramp

Entrance Tower Plans

Stacked Room 1

Stacked Room 2

Ball Room

Section 1

Section 2

URBAN PLAYGROUND Affordable housing Site: Manhattanville, NY, US Size: 120,000 sqft Time: 08/2020-12/2020 Groupwork Yichun Xu: Anaylsis (half ), Axon, Site Plan, Plan, Facade, Urban Strategy Tim Victorio: Anaylsis (half), Diagram, 3D Model, Section Perspective, Render

This is an affordable housing project at the top of Manhattan. Our site is right beside the river, and there is an old, large bus depot stands in our site. Our goal is to break down the barriers that separate people and bring them together through the arts and recreation. Large gathering spaces can become a space to sell fresh produce, hold rallies or exhibitions or simply enjoy lunch. Cedric Price said it perfectly when thinking of the Fun Palace, “Choose what you want to do – or watch someone else doing it. Learn how to handle tools, paint, babies, machinery, or just listen to your favourite tune. Dance, talk or be lifted up to where you can see how other people make things work. Sit out over space with a drink and tune in to what’s happening elsewhere in the city. Try starting a riot or beginning a painting – or just lie back and stare at the sky.”

1751

1660

1950

1868

1811

1842

1900

1933

2024

Historical Timeline

High School & Low Residential

Construction year

Population density

Low & High Residential & Overpass

Low Residential

Wide avenue with trees in the middle

Manhattanville’s pattern Residential

Entrance Conmercial

Grocery

Education Sight View

Industrial

Health care Main Direction

HARLEM

RIVERSIDE PARK

MUSIC

HUDSON RIVER

GREENWAY

PUBLIC SPACE

Population Density

ST. NICHOLAS PARK

GREEN SPACE

AFFORDABLE HOUSING

PUBLIC SPACE

OPEN MARKET

PERFORMING ARTS CENTER

RECREATION CENTER Shadow

MANHATTANVILLE APARTMENTS

SOCIAL HOUSING

WEST HARLEM PIERS

CONSERVATION

FISHING WATERFRONT ENVIRONMENTAL EDUCATION

COLUMBIA UNIVERSITY

PUBLIC SPACE

EDUCATION

RESEARCH

Open Space

Accessibility

370ft

310ft

210ft

170ft 108ft 58t

Residential Retail Buildings 1990

Academic School 1924

Church

Mixed-use High Buildings 1949

1975

Urban Heights Timeline

HW 6T

T EE TR

ET H WTRE

DW AY

W 125T

12 TH AV E

NU E

H 6T

ET RE WT

Movement of People

Conceptual Diagram

HW 5T

E TR

Program Diagram

Site Section Diagram

Conceptual collage

Tennis court 36'*78'

Basketball court 47'*50'

Basketball court 47'*50' Up

Storage

Plan with context: Third Floor 1:1500

Down

Up Down

Tennis court 36'*78'

Basketball court 47'*50'

Tennis court 36'*78'

Basketball court 47'*50' Down

Basketball court 47'*50'

Basketball court 47'*50' Up

Storage

Plan : Second Floor 1：1000

wc KC

LAUNDRY

Down

Exhibition

Down

Up Up

Tennis court 36'*78'

Basketball court 47'*50'

Down

Basketball court 47'*50' Down Down

Plan : Fourth Floor 1：1000

YVALUE XVALUE

Form Relationship

Elevation Diagram

Section Perspective

Circulation Diagram

Perspective under the viaduct

Section 1:600

Urban Strategy Our approach to this project started with a deep consideration and appreciation of the history and culture that makes Manhattanville Unique. This has always stemmed from the people and outf lows into the streets through artistic expression and creativity. Our building will become a point of outf low for the neighborhood and over time will fill the streets with art, music and dance. The building will become a canvas for local artists to express their creativity. The idea is that the spaces within and around this building are in constant evolution, changing with time and occupants. An art park at the entrance of the building will take local sculptors and artists and showcase their work for the neighborhood. The space under the viaduct will take on color, expression and cultural identity that weaves these streets within the fabric of Manhattanville. At First, we hope the art walk will lead people from our building to the West Harlem Piers, but soon thereafter spread and expand throughout the streets and neighborhoods creating a new experience at every turn.With this building, people have the option to take on many different experiences.

MUSIC SPOT Jazz club Site: Liverpool, UK Size: 600 m2 Time: 02/2018-06/2018 Studio Work Tutor: Ronny, Ford

This project is located on Bold Street, which is the busiest street in Liverpool, UK. It connects the St. Luke's Church and the city centre. Shops and restaurants are distributed along the road. The site was a small plaza for people crossing and for some unprofessional musicians performing. It seems like a relief from the hustle and bustle of city life, which is the concept of the design. The facade is designed as clean as possible expect a gap in order to attract people. Jazz would be a cure medicine if people step in and feel the magic of music. The stage can be seen from the glass and the dramatic staircase will send people to the centre of the club directly. The crossing function is kept by leaving a small path in the gap.

Function around the site Restaurant Bar Gallery Supermarket Bold Street

Shop

Office

,50

St. Luke's Church (Scenic Spot)

,50

Liverpool City Centre

Wood Street

Site

Bold Street connects two important places of Liverpool Flow Rate

①

37,180mm

②

25,060mm

③

Elevation o

Site analysis The elevation on this street is traditional British style. Most of the context are shops and restaurants, and this is also a main street connects the city centre and St. Luke's church (a famous scenic spot in Liverpool), so a lot of local people and tourists will both walk around. If there is a small gap to attract them in to have a peaceful time and enjoy the beautiful jazz music would be great. The street web around the site is complex and there are a lot of intersections nearby to make the site busier. The front of the building faces to Bold St., and the back faces to Wood St., which is not that popular, but a small lane is kept on the ground floor, because there are still some people need to go through the original plaza. The sun and wind come from the back of the building so a big glass window is set on that side to let more natural light in and also have a good ventilation.

Intersections

23,600mm

of Bold Street

Sun&Wind Path

④

13,900mm

⑤

18,000mm

⑥

15,450mm

⑦

13,900mm

10,900mm 10,600mm

5,800mm

5,200mm

To make sure people can access to the stage both visually and physically

The stage

How to attract people from the facade?

Transparency The building put emphasis on the use of glass. The platform and the stage is separated by a glass, but people can watch and listen through it. There are glass both towards to Bold Street and Wood Street so that people can see the view of both popular and relatively quiet view from inside. Glass is also set on both sides of the avenue on the ground floor, so people who are not intended to come in can also see what is going on inside the classroom and some free space to provide reception to people. Additionally, the highlight of the building is the courtyard on the top of the stage. One function is to

let natural light shoot to the stage directly to make the interior space brighter. The other function is to enable musicians who live or work on the second floor to see the status of the stage through the glass as well.

Controlling Room

Recording Room

Bathroom

Practising Room

Accommodation Balcony

Dining Area

Stairs&Lifts Toilet

Dining Area Storage Terrace Kitchen

Dressing Room

Meeting Room

Stairs&Lifts

Toilet Storage

Storage

Classroom

Stairs&Lifts

0 2 4 Scale 1:300

10m

1. Reception 2. Classroom 3. Storage 4. Meeting Room 5. Toilet

2 3

2 4 2 4 4

1. Terrace 2. Bar 3. Dining Area 4. Toilet 5. Storage 6. Kitchen 7. Stage 8. Dressing Room

1 7

6 5

4 4

1. Dining Area 2. Accommodation 3. Courtyard 4. Balcony 5. Recording Room 6. Controlling Room 7. Practising Room 8. Bathroom

6 7

18,400mm

13,900mm 10,600mm

4,000mm

18,000mm

4,000mm

Timber sole plates Concrete beam Drainage Metal deck

Render plaster

Floor slab

400mm Reinforced Concrete

Concrete slab Ventilation gap Thermal insulation 2x Fire resistant board

Thermal insulation

Plinth

View from the other side of Bold Street

View from the second floor

View to the crossing lane

SHUTTLE TUNNEL Student Centre Site: Suzhou, Jiangsu Size: 30000 m2 Time: 06/2018-08/2018 Groupwork Yichun Xu: Anaylsis (half), Site Plan, Axo Plan, Render

Zhuzhen Zhang: Anaylsis (half ), Section, Structure, Facade, Model making

This student centre is located in the campus of Xi'an Jiaotong Liverpool University. It is separated into three parts: Library, Activity centre and Teaching centre. An attracted-red tunnel connects them and twines inside the whole building. The main concept is from Suzhou's famous specialty ---traditional garden, which gives people the feeling of shuttling. In the tunnel, different functions and transmissions are set: the vertical part is for lifts; the oblique part is for slopes or dramatic staircases; the horizontal part is for linking bridges (some parts also set leisure seating and small functional rooms). Besides, In the middle of the three parts, there is a small plaza opens to 4 directions, so students can also shuttle from the plaza, just like the opening wall in the Suzhou traditional gardens. The material of the external wall is glass and shutter, to make sure the interior space receives enough natural lights but not exposed to the sunshine. A lot of level intersections and high ceilings are designed, to create a silent study atmosphere.

Main conceptual idea

Corridor of Suzhou Traditional Garden

T h e O p e n i n g Wa l l o f Suzhou Traditional Garden Massing model

Tunnel Twines in the Building

O p e n i n g E n t ra n ce from the Facade

Dramatic Staircase

Linking Bridge

Offices

How the tunnel twines?

Library

Activity Area

Office

Exhibition

Entertainment& Commercial

Tunnel

Activity Room Exhibition Self-study Space Roof Garden

Discussing Room

Academic Reference Functional Hall

Terrace Self-study Space

Leisure Seating

Restaurant

Kitchen

Reception Self-study Space Cafe

Shop

Book Collection

Stage

Security Office Lobby

Meeting Room Staff Office Shop

C' C

A' A

Site plan

Exhibition Linking

Exhibition

Corridor

Garden Administration

Exhibition

View

Gathering

Roof Terrace

Meeting area

Association

Meeting area

Social club

Global Connections Lecture Hall

Parties

Global Connections

Extra Terrace

Lecture Hall

Functional Hall

Parties

Testing Area

Multi-Media

Dressing Room

Treadmills

Resting Area

Plaza

Food Store

Gym

Kitchen

Linking & Communicating

Support & Preparing

A-A'

Leisure

Spiritual Healing

Music Library

Self-Study

Study Hall

Functional Hall

Religious Sharing Area Dancing

Exercise Facilities Restaurant

Cafe’

Bookshelves

Study Hall

Bookshelves Preparing Area

Self-study Room

Check Status Reading

Rehersal Room

Information

Green Room

Sub-performance

Spiritual Healing

Self-Study

Lecture Hall

Global Connections

Piano Room

Music Library

Discussion

Career Communication

Fitness Centre

Resting Area

Conference

Functional Hall

Practicing

Rehersal Room

Auto-Piano

Multi-Media

Audition Room

Activity Room

Exhibition

Ball

Test Area

Parties

Testing Area

Career Communication Conference Multi-Media

Activity Room

Exhibition

Information Shelves

Career Communication Conference

Washroom

Bookshelves

Books

Self-Study

Activity Room

Exhibition

Information Shelves

Ball Parties Religious Sharing Area Mixing ChamberFunctional Hall

Activity Room

Exhibition

Books

Social club

Meeting area

Odour Room

Information Shelves

Work shop

Dancing & Preparing Area Green Room Rehersal Room

Leisure

Books

Work shop

Activity Room

Association

Creative Director

Communicating Area

Social club

Association

Activity Room

Exhibition

Headquarters

Living Room

Social club

Activity Room

Association Meeting areaWork shop

Ofﬁce Meeting Ofﬁce Co-working Space Public Space

Activity Room

Lobby

Dressing Room

Exercise Facilities

Gym

Fitness Centre

Resting Area

Auto-piano

Plaza

and Studying

Borrowing Reading

and Studying Reading and Studying

Online Library

Newspaper Resting Area Tables& Chairs Linking and communcating Collection Cafe Bar Kitchen

Entrance Foyer

B-B'

Music Library

Leisure

Discussion

Spiritual Healing Bookshelves

Study Hall

Self-Study

Discussion

Extra Terrace Administration

Meeting

Borrowing Area

Bookshelves & Borrowing Extra Platform

Self-Study Room

Main Hall

Reading & Studying

Information

Online Library

Reception

Self-Study

Self-Study Self-Study

Gathering

Entrance Hall Staff Ofﬁce

Borrowing Area

Bookshelves & Borrowing

Information

Reception

Entrance Foyer

Waiting & Resting

C-C'

Computer Service

Creative Director

Communicating Area

Extra Terrace

Self-Study

Bookshelves & Borrowing

Self-Study

Entrance Foyer

Information Auto-Piano

Computer Service Conference

Ofﬁce

Co-working Space Washroom

Living Room

Computer Service

Self-Study

Circulation

Public Space

Borrowing Area

Check Status

Headquaters

Ofﬁce

Information Checking

Conference

Resting Area

Plaza

Linking & Communicating

Computer Service

Gathering Hall

Entrance Foyer

D-D'

View from the terrace

Glass Facade

South Facade

East Facade

The transparance can get enough view outside.

Rotatable shutter to solve the green house effects.

Large angle of rotation to protect the privacy.

Concept Image

Basic Pattern

Aluminium Panel

Rotate Language

North Facade Shutter vertical to the glass to ensure the sunlight get in.

Facade Composition

Section E-E'

7. Corridor and leisure space 8. Academic Reference 9. Seminar Room 10. Vision and Audition Space 11. Odour Library 12. Computer Room 13. Plaza

1. Entrance Foyer 2. Reception & Borrow and Return 3. Lobby and leisure space 4. Conference Room 5. Reading Space 6. Self-study Space

6 5

4 4

E E'

0 2 4 Scale 1:250

10m

Main Entrance to the Library

View from the Plaza in the centre

Structure and View Point The material and structure system of the building is really modern. The steel columns and concrete slabs are well arranged. The glass exterior wall is well hidden behind the different angles of shutters. However, although the outlook of it is modern, the concept is traditional. The circulation becomes complicated because of the red tunnel. Before entering the building, seeing from the facade, students can see some of the red part already. They can choose to go into the library entrance, students centre entrance, teaching office entrance or go into the plaza directly. Looking up from the plaza, the twining red tunnel could be seen. One side of the tunnel is glass so that people can also see the courtyard when walking in the tunnel. In the middle of the plaza, apart from an art sculpture, there is also a small stage for small performances. There is a piano on it. A cafe is set at the ground floor of the activity centre part, so there are some chairs and tables next to the stage, so it is a great place for students and staff to relax, have some tea and enjoy the performances.

ROTATION Library Site: Chicago, IL, US Size: 30000 m2 Time: 01/2020-05/2020 Studio work Tutor: Jeana Ripple

Chicago, located in Illinois, is a hub city in the Midwest of the United States, facing Lake Michigan in the east. Since its establishment i n 1 83 7 , a f t e r m o r e t h a n 1 0 0 ye a r s o f development, it has gradually become one of the most influential metropolises in the world. To build a library in Chicago, I wish it could contain the heavy city culture and feature in the building, and I also want it as a place to gather people (both residents and visitors), and provide them a comfortable study environment and open and good views. Thus, in this project, I try to make a connection to all the key elements in Chicago, city grids, river, goose island, and skyscrapers.

Site

View to river

View to Goose island

Main entrance

Waterfront landscape

Closed space

View to street

Entrance to riverside

Open space at the entrance

Model: View from the river

Model: Concept of rotation

Model: Entrance from the bridge

View from the bridge

Interior view on the second floor

Site Plan

There are four floors in total. The main entrance is on the second floor, which is connected to the main road. A slope is provided for cars and people can also enter the building from the first floor. A landscape is designed along the river and a door is opened towards it, which makes a better relationship between the river and the building. The first two floors mainly contain some more private and small rooms, such as classrooms and offices. The upper two floors are large open reading space and stacks, with a better city view. Each floor has a void. Double height space usually makes a space seems opener. The material for the external walls is stone cladding. It could show the sense of heaviness of the city culture I want to express. The interior mainly uses concrete to create a quieter and more serious atmosphere. Besides, steel frame structure is also applied.

3 1

First floor

1. Meeting room 2. Classrooms 3. Study and research space 4. Lecture space 5. Restroom

2 1

Third floor

1. Stacks 2. Multi-functional space 3. Reception counter 4. Reading space 5. Restroom 6. Office

Second floor

1. Book processing and office 2. Cafe 3. Restroom 4. Children’s space

Fourth floor

1. Stacks and reading space 2. Work space 3. Restroom

0 5 10

Feet

Air circulation

Water flow

Section Perspective

Sun shading

Air flow

Chicago grid is one special feature of this city and the Chicago River go through the city and breaks the grids. The river originates from Lake Michigan. It flows through the center of Chicago, the Loop District. The Chicago River gave birth to the city of Chicago, which connects the Great Lakes and the Mississippi River system. Apart from the river, after the Fire in 1871, Chicago was quickly rebuilt and soon resumed growth. During the reconstruction period, the world’s first steel-framed skyscraper was produced here, which started Chicago’s continuously innovative urban buildings to gain a worldwide reputation. The site is along the river and close to the goose island. The basic shape comes from the winding river edge. Different views towards to different directions form from these kind of dramatic shapes (towards to goose island, to the other side of the river, to the skyscrapers far behind, and to the other side of the road).

ART AND GREEN Art school Site: LA, CA, US Size: 19,500 sqft Time: 02/21-05/21 Groupwork Yichun Xu: Mapping, Site Analysis, Site Plan, Plans, Sections, Structural Section,Elevations, Urban Strategy, Exploded Axon Christine Nguyen:, Timeline Diagrams, 3D Model, Construction details, Renders Tutor: Ines Martin Robles

With a focus on the arts and Mariachi Plaza, our site analysis began by analyzing the lack of green and public spaces. Schools are spread out and recreation centers are lackingcreating a need for more public spaces in the area. Mariachi Plaza is the heart of Boyle Heights and an important gathering space. The intent of this building is to act as an addition to Mariachi Plaza, ref lecting the vibrant music and arts that define it. The building is accessible to the people of Boyle Heights at the ground floor and invites visitors to view art from the street level and within. The design is driven by surrounding artwork and playfulness created by the vivid colors of the neighborhood.

1980 100%

1951 80%

60%

40%

1935 20%

1979

1877 Mixed

Others

Black

White

1980 Hispanic

0% Los Angeles

Asian

Boyle Heights

Main street

Circulation

Amenity

View

Our analysis shows that by bridging this gap a n d c re a t i n g a n a r t ce n te r t h a t fo c u s e s o n green spaces, leisure, and art, we are able to draw more people to the site and facilitate circulation through the neighborhood. Our building features an open ground f loor that connects directly to Mariachi Plaza. The neighborhood lacks public parks, driving our design to provide additional greenery at the ground, within the building, and on the facade. The main feature of the building is the vertical wood facade that creates a unique space that is between indoor and outdoor. By creating smaller volumes and aggregating them, we are able to create varied spaces without compromising the scale of the neighborhood.

Relation to the site

Building footprint

Geometry

Axis

Circulation

Open Space

9 am

12 pm

3 pm

Ground floor timeline

Massing diagram

Green facade

5 9

3 3 2

1.Storage 2.Office 3.Bathroom 4.Mech 5.Library 6.Market 7.Lobbry 8.Meeting room 9.Community space 10.Ceramics area 11.Glazing section 12.Clay section 13.Shelves 14.Kiln room 15.Mural area 16.Preservation lab 17.Textile area 18.Dyeing 19.Knitting space 20.Looms 21.Spinning wheels 22.Exhibition 23.Dining area 24.Seminar room

40 Feet

1. Storage 2. Office 3. Bathroom 4. Mech 5. Library 6. Market 7. Lobbry 8. Meeting room 9. Commu 14. Kiln room 15. Mural area 16. Preservation lab 17. Textile area 18. Dyeing 19. Knitting space 20. Loo

1. Storage 2. Office 3. Bathroom 4. Mech 5. Library 6. Market 7. Lobbry 8. Meeting room 9. Community space 10. Ceramics area 11. Glazing section 12. Clay section 13. Shelves 14. Kiln room 15. Mural area 16. Preservation lab 17. Textile area 18. Dyeing 19. Knitting space 20. Looms 21. Spinning wheels 22. Exhibition 23. Dining area 24. Seminar room

2 22

333

1 12

3 33 3 3 3

3 3 9

99 10

12 12

5 5

2 2 2

3 3

33 33

10 10

22 11

1 11

1111

21 6

1 1

6 6

77 14 14

14 2

Basement

First floor

228

10 20 10 5 20 5 10 20

Second floor

40 40 Feet Feet Feet

1. Storage 2. Office 3. Bathroom 4. Mech 5. Library 6. Market 7. Lobbry 8. Meeting 9. Community 10. Ceramics 11. Glazing section 12.section Clay section 13. Shelves 1. Storage 2. Office 3. Bathroom 4. Mech 5. Library 6. Market 7. Lobbry 8. Meeting room room 9. Community space space 10. Ceramics area area 11. Glazing section 12. Clay 13. Shelves 1. Storage 2. Office 3. Bathroom 4. Mech 5. Library 6. Market 7. Lobbry 8. Meeting room 9. Community space 10. Ceramics area 11. Glazing section 12. Clay section 13. Shelves Kiln room 15. Mural areaPreservation 16. Preservation lab 17. Textile areaDyeing 18. Dyeing 19. Knitting 20. Looms 21. Spinning 22. Exhibition 23. Dining 24. Seminar 14. Kiln14. room 15. Mural area 16. lab 17. Textile area 18. 19. Knitting space space 20. Looms 21. Spinning wheelswheels 22. Exhibition 23. Dining area area 24. Seminar room room 14. Kiln room 15. Mural area 16. Preservation lab 17. Textile area 18. Dyeing 19. Knitting space 20. Looms 21. Spinning wheels 22. Exhibition 23. Dining area 24. Seminar room

3 2

3 3

1 10

1717

11 16

3 3 3

3 3 3 3 3 room 9. Community space 10. C 1. Storage 2. Office 3. Bathroom 4. Mech 5. Library20196. Market 7. Lobbry 8.3 Meeting 14. Kiln room 15. Mural area 16. Preservation lab 17. Textile area 18. Dyeing 19. Knitting space 20. Looms 21. Spinning w 21 18

Third floor

Feet

Fourth floor

Fifth floor

geting room 9. Community space 10. Ceramics area area 11. Glazing section 12. Clay section 13. Shelves room 9. Community space 10. Ceramics 11. Glazing section 12. Clay section 13. Shelves ng space 20. Looms 21. Spinning wheels 22. Exhibition 23. Dining area area 24. Seminar roomroom Knitting space 20. Looms 21. Spinning wheels 22. Exhibition 23. Dining 24. Seminar

13 13

22 22

17 17

23 23

17 17

19 19

33 33 33

33 33

20 20

21 21

18 18

Sixth floor

Seventh floor

B' 1

1. Storage 2. Office 3. Bathroom 4. Mech 5. Library 6. Market 7. Lobbry 8. Meeting room 9. Community space 10. Ceramics area 11. Glazing section 12. Clay section 13. Shelves 14. Kiln room 15. Mural area 16. Preservation lab 17. Textile area 18. Dyeing 19. Knitting space 20. Looms 21. Spinning wheels 22. Exhibition 23. Dining area 24. Seminar room

Exhibition

Elevation | West

Ceramics area

Solid wall

Glass and panels

Wood slats

Vine

Exploded Axon

Roof 82'-7" 22

Seventh F.F. 71'-0" 22

Sixth F.F. 59'-6"

Fifth F.F. 48'-0" 17

Fourth F.F. 36'-6" 15

Third F.F. 25'-0" 12

Second F.F. 13'-6"

Ground F.F. 0'-0"

D4 1

Scale: 1/2”=1’-0”

Exploded Axon

HSS Column Steel brace frame

Steel wide flange beam (primary) Steel beam joist (secondary)

Curtain wall Metal panel

HSS Column

Glazing Concrete slab Composite steel deck Ceiling hanger Acoustic tile ceiling

Steel angle

Concrete footing GWB furring wall Concrete foundation wall

Coummnity space

D2: D2:Roof Roof

D1: D1: Slab Slab || Curtain Curtain wall wall D1: D1:Slab Slab||Curtain Curtainwall wall Concrete Concreteslab slab

Concreteslab slab Concrete

Reinforcing Reinforcingmesh mesh

Reinforcingmesh mesh Reinforcing

Steel Steeldecking decking

Steeldecking decking Steel

Steel SteelI-beam I-beam

SteelI-beam I-beam Steel

Ceiling Ceilingfinish finish

Ceilingfinish finish Ceiling

Built-up Built-upbituminous bituminousroofing roofing

Built-upbituminous bituminousroofing roofing Built-up

Drainage Drainagematerial material

Drainagematerial material Drainage

Waterproofing Waterproofing Thermal Thermalinsulation insulation

Waterproofing Waterproofing Thermalinsulation insulation Thermal

Steel Steeldecking decking

Steeldecking decking Steel

Aluminum Aluminumglass glassframe frame

Aluminumglass glassframe frame Aluminum

Aluminum Aluminumintermediate intermediate connection connectionassembly assembly

Aluminumintermediate intermediate Aluminum connectionassembly assembly connection

Double Doubleglazed glazedglass glass

Steel SteelI-beam I-beam

SteelI-beam I-beam Steel

Ceiling Ceilingfinish finish

Ceilingfinish finish Ceiling

D2: Roof Roof D2: Sheet-metal Sheet-metalparapet parapetcap cap sloped slopedto todrain drainroof roofside side

Sheet-metalparapet parapetcap cap Sheet-metal slopedto todrain drainroof roofside side sloped

Wood Woodslat slat

Woodslat slat Wood

Wall Wallassembly assembly Air Airgap gap

Wallassembly assembly Wall Airgap gap Air

Steel Steelbolt bolt

Steelbolt bolt Steel

Waterproofing Waterproofing

6” 6”Batt Battthermal thermalinsulation insulation Aluminum Aluminumglass glassframe frame

6”Batt Battthermal thermalinsulation insulation 6” Aluminumglass glassframe frame Aluminum

Double Doubleglazed glazedglass glass

Doubleglazed glazedglass glass Double

Axon + Section (with framing)

Scale Scale1”=1’-0” 1”=1’-0”

Scale 1”=1’-0” 1”=1’-0” Scale

Scale Scale1”=1’-0” 1”=1’-0”

Scale 1”=1’-0” 1”=1’-0” Scale

D3: D3:Garden Gardenroof roof

D3: Garden Garden roof roof D3:

D4: D4:Foundation Foundation

D4: Foundation Foundation D4: Exterior Exteriorwall wallfinish finish

Vegetaion Vegetaion

Floor Floorfinish finish Thermal Thermalinsulation insulation

Floorfinish finish Floor Thermalinsulation insulation Thermal

Waterproof Waterproofmembrane membrane

Waterproofmembrane membrane Waterproof

Steel Steeldecking decking

Steeldecking decking Steel

Concrete Concrete

Gravel Gravel

Exteriorwall wallfinish finish Exterior

Air Airgap gap

Airgap gap Air

Concrete Concrete

Waterproofing Waterproofing

6” 6”Batt Battthermal thermal insulation insulation

6”Batt Battthermal thermal 6” insulation insulation

Interior Interiorwall wallfinish finish

Interiorwall wallfinish finish Interior

#4 #4Dowel Dowel16”O.C. 16”O.C.

#4Dowel Dowel16”O.C. 16”O.C. #4

66Mil Milpolythylene polythylene capillary capillarybreak break Anchor Anchorbolt bolt

Axo+Section (With framing)

Milpolythylene polythylene 66Mil capillarybreak break capillary Anchorbolt bolt Anchor

Vegetaion Vegetaion

Filter Filterlayer layer

Filterlayer layer Filter

Drainage Drainagematerial material

Drainagematerial material Drainage

Protective Protectivelayer layer

Protectivelayer layer Protective

Thermal Thermalinsulation insulation

Thermalinsulation insulation Thermal

Waterproofing Waterproofingmembrane membrane

Waterproofingmembrane membrane Waterproofing

Steel Steeldecking decking

Steeldecking decking Steel

Concrete Concretefooting footing

Concretefooting footing Concrete

Axon + Section (with framing)

Scale Scale1”=1’-0” 1”=1’-0”

Scale 1”=1’-0” 1”=1’-0” Scale

Scale Scale1”=1’-0” 1”=1’-0”

Framing and Bracing

Framing

Scale 1”=1’-0” 1”=1’-0” Scale

Elevation | South

Dali, China 2017

Siem Reap, Cambodia 2017

Doha, State of Qatar 2018

Dali, Siem Reap and Doha all have architectures with their own speciaties. From the windows of the buildings, we can see the different beliefs and cultures. In Dali, where gathers national minority in China and the wood buildings with circle windows show their traditional customs. In Siem Reap, the esteem to Buddhism can be expressed clearly from the weathered sculptured architectures. In Doha, the strongly impressive windows show the Islamic culture and their sincerity.