Wanyu Portfolio 2019

Wanyu Yang Work Sample 138N Beaudry Ave. Los Angeles, CA, 90012 +1-3108012894 archyangwanyu@gmail.com

Wanyu Yang

Phone: +1(310)801-2894 Email: archyangwanyu@gmail.com Add: 138 N Beaudry Ave, Los Angeles, CA,90012 Portfolio Link : https://issuu.com/yangwanyu/docs/ wanyu_portfolio_2019 LinkedIn : linkedin.com/in/wanyuyang043445156

EDUCATION Henan University of Technology Zhengzhou, HenanProvince,China 2011-2016

+ Excellent Student Scholarship Awarded, 2012 + Nomination, The 12th National Colleges’ Architectural and Environmental Design Seminar and Exhibition, The basket watercolor drawing I made participated the seminar and was included in the book of the seminar.

The topic of the seminar is to discuss how to create a better way of art appreciation education in architectural field.

Southern California Institute of Los Angeles, CA, United States Architecture 2017-2019 + European Velo Stops, International Architecture Competition, Shortlisted + Great Kemeri Bog Visitor Center Competition + Pointview of the Fjords Competition, Norway

WORK EXPERIENCE Serie Architect,Beijing Office + Captial Steel Redhouse Rennovation - Project, CD Beijing + Zhengzhou-Grinding Wheel Factory - City Design, Conceptual Design Aug 2016 - July 2017 + Xiachong Country Exhibition - Temporary Exhinition, Conceptual Desing, 3D model Junior Architect

Lehrer Architect This is a three weeks internship duiring the winter break.

Los Angeles, CA During these three weeks, I am helping with a community center Dec. 2017 and responsible for the model making, which help with concept study.

Student Intern

CallisonRTKL + Wuhan Yangchun Lake - Project, CD, SD, model making, Presentation File Dallas, TX + Shenzhen Wanxiang City - Project, CD, model making

May - Aug. 2018 Student Intern

P-A-T-T-E-R-N-S + 8844 Sunset Bluvard Renovation Competion - Design Study, Architectural Drawing, 3D Modeling Los Angeles + A4H Office Building - Detail Study

Oct. 2019 - Present Architectural Intern

SOFTWARE SKILLS + Digital - Rhinoceros - Revit - AutoCAD - Adobe - Photoshop - Illustrator - Indesign - Premiere Pro - After Effect - SketchUp - Keyshot - Zbrush

LANGUAGE 2

- English - Manderin(Native Speaker)

+ Analog - 3dsmax - Maya - Processing - Unreal Engine 4 - Unity - Vray - Microsoft Office

- Model Making - Architectual Sketching

+ Digital Fabrication - Laser Cutting - 3D Printing - CNC

Contents

02 Resume

04 The Cross Master Studio Project 14 The Upside Down City Thesis 22 Professional Experience

32 Design Development Seminar 40 Wrapper Bachelor Studio Project 48 The Ballon and the Pod Architectural Competition 54 Greening Space Bachelor Thesis 62 Forest in the Forest Architectural Competition 70 Twist Master Studio Project 78 Other Work

3

Wuhan Yangchun Lake, South Parcel

Professional Experience CallisonRTKL

-Time : May 2018 to Augest 2018-Location : Dallas-Responsible for 3D Model Making, Rendering-Software: Rhino, SketchUp, Adobe Creative SuitWuhan Yangchun Lake, South Parcel This Project located in Wuhan, the client was Overseas Chinese Town Holdings Company The site in before Wuhan Highspeed Railway Station, where the location is pretty precious for commercial use. The design is intended to design a mixed-use commercial center including a park, six towers, two shopping centers, and a subway station. In this project, I mainly responsible for digital model making and in house rendering with SketchUp, Ensacpe, Vray, Rhino as well as Adobe Suite.

Shenzhen Fullsun This Project located in Shenzhen, the client was Overseas Chinese Town Holdings Company The site sits along the city main road. The design is intended to connect the city with the architecture together. The site is divided into two parts by the street. Therefore, the proposal is to design a shopping center with a roof garden as well as a bridge to connect the two sites together. Since the project is still in the negotiating process, I designed and extra option and built the digital model, produced render for the design with SketchUp, Rhino Vray and Adobe Suite.

CallisonRTKL -Time : May 2018 to Augest 2018-Location : Dallas-Responsible for 3D Model Making, Rendering-Software: Rhino, SketchUp, Adobe Creative Suit-

Shenzhen Fullsun Extra Option Design This Project located in Shenzhen, the client was Overseas Chinese Town Holdings Company The site sit along the city main road. The design is intend to connect the city with the architecture together. The site is devided into two parts by the street. Therefore, the preoposal is to design a shopping center with roof garden as well as a bridge to connect the two site together. Since the project is still in negotiating process, I designed and extra option and built the digtal model, produced render for the design with SketchUp, Rhino Vray and Adobe Suite.

Serie Architect -Time : Aug 2016 to July 2017-Location : Beijing-3D Model Making, Rendering Constructional Drawing-Software: Rhino, SketchUp, Adobe Creative Suit-

Xiachong County Exhibition This Project is to design a Pop-up store for a carton called XiachongCounty. The project includes exhibition place in two temporary rooms with the store, children's' place around. The Pop-up store was located in two different mixed-used shopping malls in Shanghai and Hangzhou. Each of them would set for a month. In this project, I am responsible for the design, digital model making, rendering, and material collection.

Serie Architect -Time : Aug 2016 to July 2017-Location : Beijing-3D Model Making, Rendering Constructional Drawing-Software: SketchUp, Autocad, Adobe Creative Suit-

Redhouse Rennovation Redhouse was designed and built-in 1950s and used to a high ranked hotel at the time. As time goes by, this hotel needs renovation of both interior and structure to satisfied the requirement of the client. Since Redhouse is a historical building, we have to keep what it looks like from the outside. The first floor would be the lobby, cafe as well as the bar. The second floor and third floor would be the hotel room. In this project, I am responsible for the digital model making, in house render, constructional drawing, and appliance specification.

-Time : Aug 2016 to July 2017-Location : Beijing-3D Model Making, Rendering Constructional Drawing-Software: Rhino, SketchUp, Adobe Creative Suit-

Zhengzhou Grinding Wheel Factory City Design This project is a city design for the Zhengzhou Grinding Wheel Factory, which is abandoned by the times and needs renovation. The clients want the district equipped with retail, entertainment, office, hotel, and high-level resident. Because this factory is also a historical project, we could only design based on the original shell. In this project, I mainly responsible for the concept design, diagram drawing, digital model and rendering.

Concept Design 概念设计

BAN DESIGN NCEPT REPORT CEMBER 2017

Serie Architect

Concept Design 概念设计

前期分析-周边业态

学校

天成商场

创意 工业 展览 馆

锦艺城购物中心 王府井百货 CC Mall 购物中心

“梦”广场

社区

中原商贸城 碧沙广场

1km

500m

时尚主题馆 万达百货

办 公

轻奢商业

“梦工厂”主题馆

社区

丹尼斯百货 （中原店） 大商千盛 生活广场

办 公

精品 酒店

2km

IMAX、动感影 院

游客服务中心

混合馆场 公寓

3km

社区 社区

URBAN DESIGN CONCEPT REPORT DECEMBER 2017

URBAN DESIGN CONCEPT REPORT DECEMBER 2017

Concept Design 概念设计

Concept Design 概念设计 URBAN DESIGN CONCEPT REPORT DECEMBER 2017

场地周边3km范围内共有七座大型商场，主要集中在东北部市中心方向。这些大型商场在售卖商品的同时提供了餐饮，娱乐，休闲等各项功能，是人们集中消费的场所。同时，在场地周边的 居民区当中，分散着各种类别的小卖部，超市，餐厅。这些商业场所提供了居民日常所需的各式物品，是与日常生活的运转密切相关的商业场所。

社区

Concept Design 概念设计

建筑概念-核心区改造策略

Concept Design 概念设计

建筑概念-核心区改造策略

跃层客房

分层客房

Concept Design 概念设计

大秀场 马戏团

小秀场

娱乐MALL大堂 标准影厅 IMAX 商业附属 （工业改造）

办公

URBAN DESIGN CONCEPT REPORT DECEMBER 2017

商业裙房 酒店式公寓

URBAN DESIGN CONCEPT REPORT DECEMBER 2017

酒店

Concept Design 概念设计

建筑概念-核心区改造策略

飞行影院 原有厂房 （酒店大堂及附属）

并将厂房局部打开

URBAN DESIGN CONCEPT REPORT DECEMBER 2017

跃层天井客房

建筑概念-核心区改造策略

织补新建筑

URBAN DESIGN CONCEPT REPORT DECEMBER 2017

原有厂房

Patterns -Time : Oct 2019 to Current-Location : Los Angeles-Responsible for 3D Model Making, Rendering-Software: Rhino, Adobe Creative Suite, Revit-

8844 Sunset Boulevard Urban Theater The Sunset Strip Offsite Signage Policy has been thoughtfully created to enhance and multiply the cultural and economic resources of the Sunset Strip: a unique environment that is one of the world’s and West Hollywood’s greatest assets. In answering the City’s request for proposals for new signs on Sunset boulevard, this multifaceted application carefully integrates and addresses design, economic and cultural considerations

Aerial View Looking East Down Sunset Blvd.

Sunset Urban Theater | Off-site Advertising Signage Program

Site Plan Urban Open space

SU

.

ST

LARRABEE ST.

SU

EE

AB

RR

LA

NS

ET B

LV D

500 SF backlit sign

Sunset Urban Theater | Off-site Advertising Signage Program

KEY

Staggered green-wall

8830-40 Property Boundary Free-form LED fins

21W / 21E Signage

1,250 SF Art Mural

Neighboring Signage

N. SCALE: NTS

1,000 SF Full-video digital screen Sunset Urban Theater | Off-site Advertising Signage Program

Building Sign / Elevation Drawings 15’-6”

GREEN PASSAGE

ion

EXISTING STAIRWELL

15’-0 Static Sign: 500 SF Surface area - Cabinet, backliet

LVD

B ET

NS

SU

Digital Sign: 1,000 SF Surface area - Full Video 6-10 mm Pixel Pich

35’-00”

LA

OUTDOOR WALKWAY

RR

AB

EE

PUBLIC ELEVATOR

ST .

G

KIN

PAR

500 SF backlit sign EXISTING STAIRWELL SUNSTEP STEPS

URBAN THEATER

PUBLIC ELEVATOR

LAR

NS

ET B

LV D

14

T. ES

BE

RA

SU

Staggered green-wall

Free-form LED fins

and anticipated drainage systems with natural water processes. SuDS efforts make drainage systems more compatible with components of the natural water cycle.

e proposed project would include energy saving and sustainability goals, aiming to opize building performance and enhance interior environments to promote health and ll-being. Targeted sustainable design strategies, in addition to meeting the requirements California’s Building Energy Efficiency Standards and Green Building Standards Code, the oject would aim to achieve LEED PlatinumV4 Certification or equivalent green building ndards, and a Green Star rating.

Proposal of a resilient approach to manage wet weather impacts- reducing and treating stormwater at its source, storage and repurposing to irrigate the green roof elements of the project.

- Zero net energy

Diagram of Sustainable Drainage System

Diagram of Sustainable drainage sytem (SuDS)

- Zero net water- greywater harvesting and runoff mitigation - 100% Solar PV powered screens and all energy building loads - Tesla battery backup, to power all systems in the event of an outage - Partnership with the Clean Power Alliance to obtain a zero net energy footprint - Smart building systems would be utilized to monitor building performance to ensure sustainability systems are functioning and to optimize user comfort.

- Material Conservation Plan will be implemented to minimize material consumption and UNSET BLVD. increase diversion from landfill.

HO

LL OW AY

DR

.

Urban Heat Island and Passive Cooling Passive cooling: Our project proposes a design approach which focuses on heat gain control and heat dissipation in order to improve thermal comfort and ultimately reduce the urban heat island effect. Heat differentials between Hollywood Hills and Los Angeles metropolitan center create high and low pressure zones wherein ventilation naturally occurs. By raising the park to the roof datum, occupants will enjoy cool environment at all hours of the day. Furthermore, the fin-facade acts as a brise-solei, preventing southern sun exposures from baking the deck and creating an over-exposed solar environment.

Diagram

Diagram of passive environmental design strategies Diagram of Passive Environmental Design Strategies

NELLAS ST.

Sunset Urban Theater | Off-site Advertising Signage Program

Heat Island and Passive Cooling

66’-8”

ve cooling: Our project proposes a design approach which focuses on heat gain l and heat dissipation in order to improve thermal comfort and ultimately reduce the heat island effect. Heat differentials between Hollywood Hills and Los Angeles met00” an center create high and low pressure zones wherein ventilation naturally occurs. By the park to the roof datum, occupants will enjoy cool environment at all hours of the urthermore, the fin-facade acts as a brise-solei, preventing southern sun exposures aking the deck and creating an over-exposed solar environment.

Diagram of Passive Environmental Design Strategies

Diagram of passive environmental design strategies

m of passive environmental design strategies

1,000 SF Full-video digital screen

Free-form LED fins

LED diode ‘veil’

15

Sunset Urban Theater | Off-site Advertising Signage Program

A4H Office Project

LEVEL 5 49’ − 3"

DO WE NEED TO INSULATE STRUCT.?

1

3.5

0' - 9"

0' - 0 1/2"

1" MIN.

12

SLAB EDGE

1 12

C

A

16

1 12

17

Design Development

Truss Syst Secondary Structu Circle Be Flo Ceil

01 A.05

-Instructor : Herwig Baumgartner, Brian Zamora, Matthew Melnyk, Jamey Lyzun-Catagory : Group Work-Time : Selected Seminar Project, 2018 Fall-Software: Rhino-

This course investigates issues related to the implementation of design: technology, the use of materials, systems integration, and the archetypal analytical strategies of force, order and character.

The course includes a review of basic and advanced construction methods, analysis of building codes, the design of structural and mechanical systems, Environmental systems, Buildings service systems, the development of building materials and the integration of building components and systems. The intent of this course is to develop a cohesive understanding of how architects communicate complex building systems for the built environment and to demonstrate the ability to document a comprehensive architectural project and Stewardship of the Environment. (From Syllabus)

Plan 5th Level

02 A.03

03 A.03

01 A.06

Maga Chunk

01 A.04

tem ure eam oor ling Fiber Reinforced Polymer Classing

Painted Metal Panel

01 A.02

Plan 5th Level

Glass Fiber Reinforced Panels

Glass Unitized System

Facade Chunk

Painted Metal Panel

Metal Panel Frame

Water Proofing Layer Circle Beam

Aluminium Glazing Frame

Secondary Structure Frame Double Glazing

Primary Structure Truss

01 A.03 20

Wall Chunck 01

FRP Panel

FRP Structure Water Proofing Layer Mortar Leveling Thermal Insulation Concrete Slab Primary Structure Beam

Suspended Support Suspended Ceiling Ventilation Duct

6 1

7 8

9 2 3

10 11 12 13

4 5 14

01 A.17

ROOF GLAZING SCALE : 1/2�

1. Painted Medal Panel 2. Gutterway 3. Concrete Beam 4. Primary Structure Truss 5. Secondary Sturcture 6. FRP Panel 7. FRP Structure 8. Roof Support 9. Water Proofing Layer 10. Thermal Insulation 11. Concrete Deck 12. Primary Structure Beam 13. Suspended Support 14. Suspended Ceiling

21

Facade Chunk

Thermal Insulaion Water Proof

FRP Panel

Alumini Plate Reinforced FRP Panel Holder Metal Panel Primary Structure Thermal Insulation Water Proof

FRP Panel Holder FRP Panel Structure

Metal Panel

Double Glazing

Glazing System Mullion

Column

Secondary Structure

02 A.03 22

Wall Chunck 02

Primary Truss

Finish Floor Cement Cushion

Concrete Slab

Ventilation Duct

Suspended Support Suspended Ceiling

12 2 10 1 2 3 11 4 5 6 7

8 9

03 A.17

FRP PANEL SCALE : 1/2�

1. Finish Floor 2. Cement Cushion 3. Concrete Slab 4. Panel Hold 5. Truss 6. Insulation 7. Water Proof 8. Secondary System 9. FRP Panel Frame 10. Infill Wall 11. Alumini Plate 12. Finish Wall

23

Structure

Truss

Concrete Shear Wall

Gravitational Forces

Beam System

Primary Structure 24

Structure System Election

POST AND BEAM: Description: Steel frames are made from columns and beams, they can be readily assembled with either rigid moment connections or with pin connections.

Advantages: Light weight, good seismic performance, fast construction, low cost, highly customize Disadvantages: Poor fire and corrosion resistance, thermal mass is limited Precedent: Paratehy Residential Community Center, SĂŁo Paulo, Brazil (2018) by Maristela Faccioli Arquitetura + EstĂşdio Mori

CONCRETE SHEAR WALL: A shear wall is a vertical element of a seismic force resisting system that is designed to resist in-plane lateral forces, typically wind and seismic loads.

Advantages: Large lateral stiffness, small displacement under lateral force Disadvantages: Smaller interior space, poor structural ductility.

Precedent: ICRIER, Delhi, India (2017) by vir. mueller architects

TRUSS SYSTEMS: Description: Truss system is a solution for larger spans provided by transmitting forces across a series of diagonally set and connected members to take up the vertical, horizontal and diagonal shear stresses.

Advantages: Long span, high stiffness, Disadvantages: High transportation and assembly costs Precedent: ArtCenter College of Design Hillside Campus, Los Angeles (1974) by Craig Ellwood

Secondary Structure 25

The Cross

Mixed-Used Office Building at La Cienega Station -Instructor : Eric Owen Moss-Catagory : Group Work-Project : Mixed-Use Office Building-Time : 2019 Spring-Software: Rhino, Enscape, Adobe Creative Suit-

The building cannot be isolated from the city. This project trying to enhance the relationship between the city and the building itself. The design starting from the movement of people from different direction of the neighborhood, and generate a cross to cut the basic mass of the building.

The mass of the project is divided into three parts, retail on the ground, a platform in the middle and headquarters on the top of the platform. Retail, which is the most flexible place of the building and should be, is designed as several pieces set on the ground. The main workspace, such as we-work space, conference room, and single workspace, is considered a big part on the top. The platform serves as the connection of the headquarters and the retail, and second ground of the building. The platform is also a horizontal connection of four towers and creates a public space for the user of a tower which is different from the ground.

Piece by Piece Shape

1

2

3

4

1

2

3

4

Mass Diagram

28

Basic Shape Combine

Cut by the Property Line

Pedestrian Movement in the Site

Generate Cutting Shape

Site Plan

Shape After Cut

Combine Two shape Toegether

Adjust Shape in Vertical and Horizontal Direction

29

1 2 4 2 4

4 2

3

2

1. Underground Garage Entrance 2. Pedestrian Entrance 3. Elevator to the Platform 4. Retail Place

Ground Floor Plan

5

2 1

2

4

Courtyard Section 30

1. Metro Line 2. Platform 3. Retail Space 4. Underground Garage 5. Bridge

Section

31

Model Photo 32

33

Explode Diagram

4

10

3 1

2

5

11

6 7 8

12

9

8 8 9

13

7

8 6

7 6

14 6 6 7 7 15

8

8 9 9

8

8

16

17

18

34 12

1. Exterior glass t=1/2” 2. Supportive window frame 3. Structural frame for Unitized Glazing System 4. Concrete filled Panel 5. Concrete filled deckplate 6. Double glass cladding window t=1/4+1/2 7. Mullions 3”x3” 8. Structural frame for Unitized Glazing System 9. Concrete filled deckplate 10. Hallway 11. Platform truss 12. Platform interior 13. Platform slab 14. Primarily structure 15. Ground floor structure 16. Ground floor facade 17. Ground floor floor 18. Parking

Platform Explode Diagram

4

5

3

2 4 1 3 2 1

6

1. Colored Exterioe Glass t=1/2" 2. Supportive window frame 3. Structural frame for Unitized Glazing System 4. Concrete filled Panel 5. Platform-The Second Ground 6.Exhibition Area in the Platform

35

The Upside Down City Concert Hall Design

-Instructor : Eric Owen Moss-Catagory : Group Work-Project : Concert Hall Design-Time : Thesis-Software: Rhino, Enscape, Adobe Creative Suit-

Our site is in Vilnius, the capital of Lithuania. The city currently lacks a concert hall suitable for symphony music, and our project is based on a recent international design competition for a new concert venue.

The site is Tauras Hill, a location with high symbolic and urban significance, that offers an impressive panorama of the city center.

An important urban axis connects it with a major public square at this base. The project program is so big that it takes as much as what is now a freely accesable park. To preserve the urban connectivity and add a new iconic feature to this historic city, our design lifts the building in the air. Formally, our design recycles medieval city center turned upside down. This new orientation of no-form ratically challenges both the habitual understanding of the city and architecture ordinary connection the ground.

The concert hall is perched on the upside down city, reversing the expected vertical gradient of big to small. The pedestrian experience remains focus on the surreal sense that the city has flipped, while the view from the distance becomes one of the startlingly new massing floating above the existing silhouette.

36

37

38

39

40

41

42

43

Wrapper

Campus Library Design -Instructor : Wei Wang-Catagory : Individual Work-Project : School Library Design-Time : Selected Studio Project, 2013 Spring-Software: 3ds max, Rhino, Revit, V-ray-

The intent of the design is from the facade. For most of the building, the facade is the same meaning as the wall. However, what if we separated the facade with the wall? Therefore, this design has a core of the main programs, such as reading room, stack and other, and a skin wrapping around the "core". The space between the skin and core could become public lobby, the roof garden with pavilion.

The structure of the "skin" is truss and the "core" is the column system and extend to the outside of the building in order to support the "skin".

For the interior, is tried to divide the room by their height and by a different kind of wall, glass, and stack, to create spaces with different privacy.

Cross Section Platform

Site Plan 1.

2.

3.

4.

Entrance Surroundings buildings Plaza Water

0

5

20

40

2

4 2

2

1

1

3 4 3

2

2

2 2

46

Vertical Structure

Open Reading Space

Private Reading Space

Entrance Hall Curtain

Slope

Outdoor Reading Space Outside Skin High Hall Curtain

Lateral Support Beam-Column System Semi - open Space

Stacks

Circulation Open Reading Space

This Project focuses on how architecture facade would translate to function. Function is the base of architecture while facade is a kind of decoration. In order to support this theory, two layers of facade are applied. The inside layer meets the function and the outside servers as decoration.

47

Floor Plan & Seciton

4

5

3 6

6

6

4 6 3

6

3 1

3

6 6

2

5

4 5

7

1

2

2

3

4

2 4

6

2 2

5

1

6 1

2 2

4 8

1. Entrance Hall 2. Reading Room 3. Equipment Room 4. Circulation

FIRST FLOOR

48

5 3

5. Stacks 6. Office 7. Meeting Room 8. Lecture Hall

1. Entrance Hall 2. E-Reading Room 3. Lecture Hall 4. Open Reading Space

SECOND FLOOR

5. Circulation 6. Reading Room

3

5 4

2 6

3

5

2

2

6

3 1

1

4 1

1

2

3

1. Entrance Hall 2. PC-Lab 3. E-Reading Room 4. Open Reading Space

THIRD FLOOR

5. Circulation 6. Reading Room

1. Entrance Hall 2. Reading Room 3. Circulation

FORTH FLOOR

+27.000

+16.800

+12.900

+9.000 +7.800

+3.900

±0.000 -1.500

49

Axonometric Section 50

Section & Detail

Wood Joint

Face-to-Face Detail

1

2

3

4

5

1.

2.

3.

4.

5.

200mm Cast-in-Place Concrete 120mm precast concrete board 700mm wood with stack 70mm Hanrail Projector screen

51

The Balloon and The Pod -Instructor : John Enright-Catagory : Competition-Project : European Velo Stop Design-Time : Selected Studio Project, 2018 Fall-Software: Maya, Rhino, V-ray-

This project is intended to design several velo stops for people who participate in the bike ride. The design starts with the thought of sign.

As a velo stop station, it should be remarkable enough for the riders to find them along the journey. So, why couldn’t be a ballon? The balloon could fly high enough in the sky for the riders to locate them.

This project was divided into two parts, one part stays on the ground to satisfy the basic requirement of a rest stop, another part is the floating in the air, which plays a role as a sign. This sign would be floating to a height between 40m and 60m. In this way, the sign can be seen from miles away. The rider would be able to schedule their route easily.

The Balloon is ornamental and designed as a colorful and playful shape, which will become part of the scenery. The balloon would be made of a soft material activated by helium, an environmentally friendly, cheap and safe material. The “Balloon” would be released when the stop is ready. For the pod on the ground, it is designed as a hard shell that holds a soft heart in the inside. The shape of the hard shell and soft heart is as simple as it can to fit the basic needs of the stop. In the same time, the balloon has also undertaken the storage part to avoid wild animals stolen their baggage and bikes. This stops is non-movable architecture.

REST REST REST

Bacially, when there are some stop or metels, they always set up a sign to remind people.

What if we combine the sign and the balloon together, it will becomes a sign in the air?

REST REST REST

REST REST REST REST

How about combine the balloon signal with the rest stop?

REST REST REST REST

Would the balloon in the air become another beautiful scenery along the tour?

Basic Mass

Deform 1 1

3

Split and Combine

2

4

Specify the Function

1. Slee 2. Res 3. Bat 4. Kitc

Pick one of Form

Podium Plan 1:50

Generate Inside and Ouside Space

Program Strategies

Final Shape

Mass Generation Process 54

Podium Section 1:50

Pully

Pully Support

Sleeping Capsual Restroom Sleeping Capsual Bathroom Kitchen

eping Capsual stroom throom chen

Inflatable Skin

Concrete Shell (Non-movable)

Concrete Shell (Movable)

Stair Platform Concrete Shell (Movable)

Concrete Shell (Non-movable)

AXO Explode

55

Closed Podium At night, the pod is close, which ensure the safety of the podium

Open Podium During daytime, the Pod is open which allow people to enter this pod.

Bike & Baggage

Circulation 56

Rider

Balloon Elevation 1:100

Balloon Balloon Structure

Engine

Storage Ball

String (Connected With the Pod on the Ground) Lighting Ribbon

Podium Elevation 1:50

57

Greening Space Campus Learning Center Design -Instructor : Wei Yuan-Catagory : Individual Work-Project : Campus Learning Center Design-Time : Bachelor Degree Project, 2016 Spring-Software: 3ds max, Rhino, Revit, V-ray-

This project is a public learning center for the medical school and agriculture school students on campus. These two schools located in the north and east part of the site and the student apartment is in the south part of the site. Therefore, there must be several available entrances in these directions.

Due to the shape of the site, the shape of the building should include two courtyard in order to satisfy the daylight need of the classroom.

The main strategies of the facade solar panels and wall greening system facing the south. The distribution of the solar panel and greening panel is set according to the calculation of the solar energy.

Site Analysis

1. Distribution of teaching building

2. Distribution of living space

3. Distribution of landscape

4. Distribution of Sports

5. Road Grid

6. Medicine School Student

7. Agriculture School Student

8. Car current

Mass Generation Process

4. Remove Angle

1. Cube

2. Yard

5. Lower

6. Tend

7. Plaza

8. Step by Step

9. Link up

10. Funtional

11. Circulation

12. Circumstance

60

3. Branched

Facade Analysis

Distribution of Vertical Solar Pannel

Solar Radition ≥3000 w/m²·d 1500-3000 w/m²·d ≤1500 w/m²·d

Distribution of Vertical Greening

Appeared Greening Density ≥80% 20-80% ≤20%

Solar Anaysis

61

Floor Plan & Section

5 7

5 7 4

8

9

8

5

Third Floor

7

3

7

2

7

9

First Floor 1. Main Entrance 2. Entrance Hall 3. 80 Seat Classroom 4. 120 Seat Classroom 5. 160 Seat Classroom 6. 200 Seat Classroom 7. Circulation 8. Garage entrance 9. Courtyard

3

6

7

7 2 1

Forth Floor

A_A Section

62

5 8

5 8 4

8

Fifth Floor

8

7

8

8 6

Second Floor 1. Hall 2. Lecture Hall 3. 80 Seat Classroom 4. 120 Seat Classroom 5. 160 Seat Classroom 6. 200 Seat Classroom 7. Teachers' Office 8. Circulation 9. Service Room

3

8

9

2

1

Underground Garage

24.000 21.000 16.800 12.600 8.400 4.200 ±0.000 -4.200

63

Circulation and Program

Medical Students

Agriculture Students

Teachers

Yards

Considering the dormitory on the south, and the major teaching building is on the east of the public teaching building.

The teaching building of agriculture student is on the north, and the dormitory of is also on the south.

The teacher mainly comes from outside the medical and agriculture collage district.

The two isolated yards and outside space are connected by severial entrance hall of the building.

Entrance

Circulation

120 Seats Classroom

200 Seats Classroom

Summerized all of the element before. There are eight entrance of this public teaching building.

Match the entrance of the building there are also 8 vertical route of the building.

Total number of 120 seats class room is 20.

Total number of 200 seats class room is 4.

80 Seats Classroom

Teachers' Office

160 Seats Classroom

Lecture Hall

Total number of 80 seats class room is 30.

Total number of the teachers' office is 20.

Total number of 160 seats classroom is 20

The lecture hall is in the corner of the building

South Elevation

64

24.000

16.800 12.600 8.400 4.200 ±0.000

65

Forest In the Forest -Instructor : John Enright-Catagory : Competition-Project : European Velo Stop Design-Time : Selected Studio Project, 2018 Fall-Software: Rhino, Grasshopper, V-ray-

The proposal for this design is to create an artificial forest in the real forest. This project imitates the natural tree growing form to generate a man-made nature in the national park. The visitor center is designed like a tree house hang in this forest.

The column in the artificial forest not only serve as a decoration but also play as a structure. The house in the forest is divided into 4 part in order to satisfy the different function of the center. In the same time, they are located in the different height of platforms so they can see the national park in several views. Only three of the platforms have houses, the one serves as the playground is totally open, so there are enough places for a kid running and for visitors outdoor camping. All these four platforms are connected by a one-way path, visitors can go up and down along the path to see the two forest from a different perspective.

The outline of the roof, platform, and the house are different. These three elements create varieties of spaces, indoor, outdoor and grey spaces, which also create a poetic environment for uses.

The materials of the project are gloss metal, high reflection metal and glass to create a totally man-made environment to make a contrast with the natural forest.

As for the ground area, one-third of the site is designed as parking to satisfied the basic need of the function. The other part, in the metal forest, people are able to walk around to enjoy the scene between the man-made forest and are able to reach every platform by the elevator connected to the platform.

Shape 01

Shape 02

Shape 03

1. Parking 2. Exhibition 3. Hotel 4. Camping 5. Cafe 6. Outdoor Cafe

Shape Final

Site Plan

Forest Desnsity Study

Strategies 01

Strategies 02

N

0

2

5

Strategies Final

Forest Height Study 68

Cafe Plan

10

20

B

3 4 2

A

A 6

5

1

B

N 0

5

10

20

40

Exhibition Plan

Hotel Plan

69

70

Metal Roof

Inside Glass Mullion

Outside Glass Mullion

Stair

Elevator

Platform

Column Forest

Axo Structure Diagram

71

Section A 1:400

Section B 1:400 72

73

Twist

Mix-Used Tower -Instructor : Wenshuo Zhang-Catagory : Individual Work-Project : Mixed-Use Hotel Center-Time : Selected Studio Project, 2014 Fall-Software: SketchUp, Revit, V-ray-

This project located in the old city center of Zhengzhou. Although the center of the city has moved into another place, there are still many people live in the neighborhood. In this case, it is urgent for the district to build a new commercial and shopping center. According to the survey, there are three university, several elementary schools and high schools in this area, one of them is Art Academy school. It is necessary to add a program such as a learning center, an art gallery to serve the community.

For the shape of this building, it starts from the thought of wave, trying to extend the wave from the horizontal and vertical direction.

In the case part of the project, the wave creates a roof with pavilion, which allows different activity on the roof, such as a party, or celebration. At the tower part, the wave shell and the vertical "core" program create a catwalk space, which is flexible for the user to enjoy the space.

Resident Distribution Survey

art students

creative people

old people

kids

office user

3-18

20-60

Age

18-30

20-40

60-90

Usage of public space

Lifestyle

Satisfaction of nearby environment

Requirement of new buildings

Survey of Program Demand Price Large

Art Studio

Entertainment Company

Business Company 76

Location Small

Large

Small

Climate Large

Small

Nabor Building Large

Small

Mass Generation

Basic Cube

Strench and Condence

Flow

Expand

Deformation

Final

Program Analysis

Office Space

Hotel Gymnasium Cinema Managing Office

Conference Room

Canteen Air Corridor Artifact Shop

Shop Space

Exhibition Space Underground Parking

77

First Floor Plan & Surroundings

10

3

5

4 3

2

9

5

6

7

3 1

8

78

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

Entrance Plaza Walk Way Garage Entrance Exhibition Shop Restaurant Kitchen Tongbabai Road Zhongyuan Road Cultural Palace Road

Floor Plan

Second Floor

Third Floor

Basic Floor Plan of Hotel

Basic Floor Plan of Office

Section

172.500

157.500

142.500

127.500

112.500 102.500 97.500

82.500

67.500

52.500

37.500 30.600 20.400 10.200 -0.500 -10.200

79

Facade Chunk 1 2 3 4 5 6 7 8 9

1. 10mm Mortar plastering 2. 50mm cast-in-place concrete 3. ÎŚ 6@200*200 steel grid

80

4. 120mm precast concrete board 5. 10mm mortar plastering 6. 10mm toughened glass

7. 50mmx100mm vertical tappet 8. 10mm toughtened glass 9. 50mmx100mm vertical tappet

81

Mixed-Use Flower Market, 2018 Spring Studio

Other Work Other Studio and Seminar Project Mixed-Use Flower Market Nature is over, there is no nature anymore.” And while classical ideals of nature disappear, the territory of nature has silently become an area for work, speculation and potentially a new aesthetic of architecture. It is precisely in this arena that the studio will look for new architectural opportunities. This year the 2GBX Design Studio will take on this controversial discussion, how contemporary architecture”engages with nature”within a high density city setting like Downtown LA. Visual Study The course will cover issues of contemporary representation and the development of splines in relation to complex digital form and physical and visual space.

Advance Structure System -Instructor : Greg OttoThe course is intend to learning type of long span structure system use in the architecture. At the end of the seminar, the student need to design two long span structure building including a stadium and an airport station.

Advance Techonic -Instructor : Maxi SpinaThe course is intend to study the facade structure of several famous architecture. The structure we study is Louis Vuiton Foundation Design by Frank Ghrey. After that, we try to design a new facade structure in order to fit the weather of Los Angeles.

2017 Fall Visual Seminar

2018 Visual Study Seminar

Advance Structure System, 2018 Spring Seminar

Wire Rope

PVC Film

Film Support

Truss

Secondary Structure

Main Structure

Vertical Film

84

Advance Tectonics 2017 Fall Seminar

85