Zhibin CHENG's Portfolio by Aaron (Zhibin) Cheng

PORTFOLIO

Zhibin CHENG M.Arch, Rice University

RESUME EDUCATION

HONORS

08/09~12/10 M.Arch., School of Architecture, Rice University, US 09/04~06/09 B.Arch., College of Architecture and Urban Planning, Tongji University, China

2009 2009

COMPUTER SKILLS Modeling Graphic Rendering

AutoCAD, Revit, Sketchup, Rhinoceros, 3DMAX (Animation) Photoshop, Illustrator, Indesign, Flash Artlantis Studio, Piranesi, Vray For Sketchup, Brazil For Rhinoceros

2009 2008 2008

2008 LANGUAGE English, Chinese

2007 04-08

WORKING EXPERIENCE

Scholarship, Rice University CAUP College Awards, Tongji University • Highest prize in architecture school Excellent Project Award, Allied Architects International Finalist, Creative M50 2008 Excellence Prize, 2008 ‘Revit Cup’ National Design Competition of Architecture Students • Design work published in ‘Selected Works of the 2008 Revit Cup National Design Competition of Architecture Students’ Certificate of Excellence, Streetscape in the New World International Competition for Urban Streetscape Design • Design work displayed in Beijing Golden Prize, Creative M50 2007 • Design work was on the display over Shanghai campuses Scholarship, Tongji University

2010 2008

2007 2006

Associate, Carlos Jiménez Studio • Participated in Beniopa Community Center project • In charge of website design Architectural Assistant, CPG Corporation Pte Ltd (Singapore) • Participated in various projects for educational buildings, assisting company architects to produce drawings, digital models, diagrams as well as layout of presentation board Architectural Assistant, Ding & Zhou Workshop • Participated in design projects for Chinese-style hotels, responsible for concept drafts, modeling, plan finishing, site analyzing and presentations Assistant Designer, Person Design Co. Ltd • Participated in design projects for residential districts, responsible for free-hand drawings and making physical models

CONTENTS Architectural Design Urban Space Weaving

- Multi-use Building Type for Houston

Urban Design Pavilion above Landscape

- Center for Contemporary Author-Musician

Integration of Architecture & Energy Efficiency - Exhibition Building Design

High Density vs. Comfort

- Neighborhood Design for the Downtown in Shanghai

Industrial Design High Density vs. Low Density

- A New Type Of Residential District For China

Space Efficiency

- Unisex Public Toilet Design

Borrow Space

- Pneumatic House Design

URBAN SPACE WEAVING - Multi-Use Building Type For Houston

PROBLEM:

VOID TYPE STUDY

STRATEGY:

08/2010-12/2010 Studio Professor:

Mark Wamble, Rice University

This studio requires developing a void type to study medium-scale, mixed-use building for future Houston. Since our site - Bissonnet Street will be considered as a major commercial street, it becomes more and more important to address the issue of the connection between city and building. This design is trying to develop a void type which can act like an intermediary weaving the urban space into the building. Basically, It is like a crack cut into the mass. This kind of void not only creates strong tension between these two parts, but also makes the building an icon to the city. When this type is applied to our site, it becomes three interlocked parts including a residential tower, commercial space and a gallery tower. The void is a continuous space through the building, which makes the project read as one single object. The void is the public space among these volumes. Some of the it is occupiable and some create visual connection between different public space.

In typical mix-use buildings, the void space is merely a light well and usually separated from the urban space.

CONCEPT:

The idea of this project is to develop a void type which can weave the urban space into the building and at the same time act like a intermediary organizing different programs.

Prototype 1

Prototype 2

Prototype 3

Prototype 2

Prototype 1

SKIN: To support the floating part and at the same time not disturbing the reading of the continuous void space, the supporting structure is put on the periphery which is like a shell wrapping the building.

Basic Structure System Two overlapped layers form a truss system.

Solid Wall

Window

Variation Based on the space behind, the skin varies.

Non-occupiable void space

Occupiable void space

PLANS:

C Restaurant

Loading Dock

Club Gallery Lobby

Restaurant

UP DN

RestaurantUP

UP DN

Commercial

Ticket

Roof Garden UP

UP DN

Residential Lobby

UP DN

Commercial Entrance Commercial

Restaurant

Retail

Cafe

Residential & Gallery Entrance

Restaurant

Level -1

Level 1

Level 2

Gallery Residential

Commercial

Level 3

South Elevation

A- A Section

B - B Section

PAVILION ABOVE LANDSCAPE - Center for Contemporary Author-Musician CONCEPT 01/2010-04/2010 Studio Professor:

Carlos Jimenez, Rice University

= Site This project is located in Austin. The full site enjoys the abundant shade of intertwined mature oak trees and a notable slope. This 22,000 square ft building comprise a variety of performance, exhibition and study spaces for showcasing the music of significant contemporary author-musicians.

Site

Trees

Slope

Strategy 1: Expand the landscape

Project Trees and Slope are considered as major issues to the design. The form of the building becomes critical to the project. The building is like two lifted-up slabs with all the programs sandwiched in between. To better interact with this context, both the slabs and topography are folded to create touch points as well as interesting space.

Strategy 2: Make building and landscape interact

And

Step 1: Float

Step 2: Fold

Step 3: Penetrate

South Elevation 1’’ : 32’

28.00

B 26.00 24.00 22.00 20.00 18.00 16.00 14.00 12.00 10.00 8.00 6.00

4.00

C 4

2.00

0.00

A 1. Conference Room

2. Director’s Office

3. Office

4. Main Theater

5. Small Theater

6. Cafe

7. Music Library

8. Rest Area

Second Floor 1’’ : 32’

1. Reception & Open Work Space

2. Lobby

3. Mechanics Room

Ground Floor 1’’ : 32’

DETAIL

1’’ Parquet Panels 1’’ Rough Timber Boarding

III

1/2’’ Parquet Panels

III

6’’ Precast Concrete Slab

1’’ Oak Parquet, Smoke-treated and Oiled

1 1/2’’ Bracket

5’’ Cement

3’’ floor Joist

1/2’’ Cement Mortar Screeding

Water Proof Layer

1’’ Chipboard

4’’ Main Floor Joist

8’’ Concrete Structure

1’ Thermal Insulation Layer

1/2’’ Timber Framing on Wood Fillets

Rubber Pads

Double Layered Plasterboard

8’’ Concrete Roof

2 1/2’’ Wood Brick Brick Wall

IV I

Primary Wall Section 1’’ : 8’

C - C Section 1’’ : 32’

INTEGRATION OF ARCHITECTURE & ENERGY EFFICIENCY - Exhibition Building Design

Flow Analysis

Situation 1:

04/2008 - 06/2008 Competition: Excellence Prize, 2008 ‘Revit Cup’ National Design Competition of Architecture Students Professor:

SITE ANALYSIS

Dietrich Elger, University of Karlsruhe Qun ZHAO, Tongji University

Client: ‘Please make my building energy efficient.’

Public Space Analysis All the buildings around the site belong to the same college, and many events occur there. As the center of this area, our site is an ideal place for the public.

Greenery and buildings occupy most of the space, so what is left becomes just a pathway which is not big enough for any activity.

Energy efficiency is totally separated with building design, which brings negativity to the design.

The design requested us to create an energy-efficiency building for exhibition at Tongji University. At the same time, the building should deal with the surrounding context. Problems Nowadays energy efficiency has become a hot topic. Architecture is no exception. But too much emphasis on energy-efficiency makes it what a building is all about. Architecture requires more than that. Is it possible to make all or some the design methods which makes a building energy-efficient do more for the context, clients and surrounding residents?

Situation 2:

CONCEPT :

Architect: ‘My concept of this design is energy efficiency.’

Providing an open and pleasant plaza for the public at the same time combining passive energy-efficiency methods

Architectural design is neglected and energy efficiency becomes the only focus of the design.

STRATEGY Lift

Cover

Solution Since the site is a lack of public space, I suggested providing an open square, and at the same time combining passive energy-efficiency methods: 1. The bottom is lifted up to create open space and also improve ventilation; 2. The roof covers the entire space to provide comfortable indoor and outdoor environment; 3. The larger support system contributes to heating and ventilation and creates interesting spaces.

PROBLEM HOW TO COMBINE ENERGY EFFICIENCY WITH DESIGN?

Summer: Shade 1. Connect the front and back space and create a large plaza

1. Adjust the temperature inside the building

2. Help the ventilation of the site

2. Provide comfortable outdoor environment

Winter: Penetrate

ROOF ANALYSIS Form

Enlarged support structure helps ventilation and creates attractive places

Smooth transition make columns and roof look like a whole

Module

The shutters of each module follow the angle of sun light in winter.

Winter The shutters allow the sun light penetrate through.

Summer In summer the shutters could shade most of the sunlight.

August

February

December

BUILDING ANALYSIS

A Gallery

Lobby

Storage

Cafe

First Floor

Void

Roof Garden

Second Floor

Roof

ENERGY EFFICIENCY ANALYSIS

Summer

Day

Night

Winter

A - A Section

HIGH DENSITY VS. COMFORT - Neighborhood Design for the Downtown in Shanghai

Important Urban Nodes In Shanghai

FAR = 1.4

03/2010 - 06/2010 Thesis Studio Professor: Partners: Role:

Yongjie CAI, Tongji University Fengxin XI, Tongji University Urban Design & Architectural Design of South Cluster

Problems This is a housing project in the historic district at the center of Shanghai. The unique location brings a challenge for the design. Because of the incredible high land value at the center of the city, the aim was for the FAR(Floor Area Ratio) to be more than 1.4:1 and the price of the house to be $1,500 per sq ft. Furthermore, there is strict minimum height requirement for every building in the historical district, which should be under 40 ft. The project must overcome how to persuade people to make a large investment on the houses in such a high density area.

Interior Quality

Site

Leave a space between two houses to allow natural light and ventilation.

Area Of The Site

30*40 ft Two-Storied Unit

Solution What are the major issues people will think about when they decide to buy a house? 1. Neighborhood Community 2. The house quality. In China, traditionally, people prefer the south orientation, optimized space for natural light and a comfortable courtyard. So in the design, the houses are laid out in several parallel rows, as the most efficient way to maximize the density and keep the south orientation and ventilation of each single house. The space left for natural light between each row becomes courtyards. When the rows of houses meet the existing historical buildings on the site, they step back to create public space and form the spine of the neighborhood.

High Land Value

High Density

The site is at the very center of Shanghai. From the map above, it is apparent that there are several important urban nodes adjacent to it, including the Peopleâ&#x20AC;&#x2122;s Square and Bund. The exclusive location makes the land value extremely high.

Because of the high land value, the FAR should be at least 1.4. However, according to the city code, the height of the building in the historic district must be lower than 40 ft. Because of the restriction, the projectâ&#x20AC;&#x2122;s density will be very high.

Maximize the area Use the space in between to provide different courtyards and terraces for each house.

PROBLEM

CONCEPT

How to persuade people purchase an expensive house in a high density neighborhood?

Maximize the comfort of each house unit.

URBAN DESIGN

STRATEGY

FAR STUDY When Buildings Can Fit The Site 1 Story Max FAR=0.8

2 Stories Max FAR=1.3

3 Stories Max FAR=1.7

1. Set up the GRID Maximize the FAR under the premise of allowing access to sun light.

3. Trim the GRID Continue the integrity of the neighborhood’s interface to the city.

2. Adjust the GRID Maximize the FAR under the premise of fitting the site’s size.

4. Cave the GRID Make room for existing buildings and create access & open space for the public.

4 Stories Max FAR=2.0 Under the premise of allowing access to sun light, the higher the buildings are, the higher the FAR will be. When Buildings Can’t Fit The Site 3 Stories Max FAR=1.7

4 Stories Max FAR=1.5 When the site is too small to build three 4 - story buildings, then the 3 - story building’s FAR will be higher than the 4 story building’s FAR.

Building

Private yard

Existing Building

HOUSE TYPE

Public Space

oad

ing R

Da J

Most of the public space is laid out along the spine which connect the existing historical buildings. This spine is open to city. Collisions between irregular existing building and regular housing grid happens at the spine, which makes this an interesting space for the public.

Entrance

Parking

School

Entrance

Stre

Transformer box

treet

Refuse storage

Entrance

Stre

an S

Club

All the existing historic buildings are next to the spine of the site, where there will be different programs. Since the spine is open to the city, these facilities could benefit both the inhabitants and the citizens as well.

Yu iang Lu X

Commercial

Lian

3. Town House Along Street This type of house is located at the north edge of the siteâ&#x20AC;&#x2122;s south location. Because the street is too narrow to allow access to sun light, this type only has 3 stories. There are two 2 - story units and two 1 - story units in each cluster.

Qing

1. Town House With Commercial This type of house is located at the north edge of the site. There are Four 2 - story units in each cluster. Each bottom unit is the commercial unit.

Z Wan

tree

hu S

Programs

hun

Fu C

Cafe

Parking All the parking lots go underground to save the land above. The inhabitants who live on the ground floor can park in their own basements. The inhabitants who live on the second or third floor cam use stairs that lead them to the ground floor. 2. Typical Town House This type of house is located at the center of the site. There are four 2 - story units in each cluster.

4. Town House With A Depth Of 30 ft This type of house is located at the siteâ&#x20AC;&#x2122;s south location. This is the top-grade housing type. There are two 3 - storied units in each cluster.

Entrance

n Fa

o Zh

CLUSTER DESIGN

CLUSTER LAYOUT STUDY

4-Storied House If houses are 4-story buildings which are 36 ft deep, only two rows of buildings could be built on the site.

3-Storied House If houses are 3-storied buildings which are 30 ft deep, then 3 rows of buildings could be built on the site. The FAR is higher.

UNIT LAYOUT STUDY

A-A Section

Terrace

Room

Terrace at the front The depth of the house is only 30 ft. If part of it becomes the terrace, the room is too shallow.

Terrace In Between If the terrace is positioned between the rooms, there is more depth to work with.

B-B Section

UNIT DESIGN

COMPOSITION

UP DN

First Floor Plan

Second Floor Plan

ROOMS LAYOUT STUDY Courtyard

Open Space

Terrace

Enclosed Space

Room

Terrace

Unit Assembly UP

Room Assembly UP

The courtyard acts as an entrance to each unit on the ground floor. The terrace between the units is for second and third floors use.

The open space, such as the living room, functions as intermediate space between. UP DN

Basement

UP DN

Third Floor Plan

HIGH DENSITY VS. LOW DENSITY - A New Type Of Residential District For China 09/2007 - 11/2007 Linxue LI, Tongji University Fengxin XI, Tongji University Planning, Low Density Part

Our site is next to sub-center of Shanghai. We are required to devise experimental living places to meet different potential residentsâ&#x20AC;&#x2122; needs.

YSIZE XSIZE

XSIZE YSIZE

Studio Work Professor: Partners: Role:

Problem

YSIZE XSIZE

Problems Owning to the massive population of China, housing space has always been at a premium in city areas. Housing thus needs a high FAR(Floor area ratio), and this is most usually expressed in what has become the most common form of residence in China the high rise. The key problem with high rises is that relationships between neighbors grow cold, and public spaces cannot be fully utilized. In recent years this has become a matter of increasing concern in society. Solution We tried to alter the original inflexible building mode through mixed use of low density and high density buildings under the premise of guaranteeing the FAR. In this way, the neighborhood will have different housing types and also public spaces to satisfy the demands of different people. Furthermore, interesting collisions will happen between the low density and high density.

High FAR Requirement

Lack of Diversity

Owning to the massive population of China, all the neighbourhoods have to maintain high FAR.

Traditional room types cannot meet the needs of inhabitants any more, especially in todayâ&#x20AC;&#x2122;s rapidly-changing society where people start pursuing more individual living styles.

Concept

Then original homogeneous mode is replaced by the mix of high-density and lowdensity. High-density apartments creates private intimate space, while a low-density mega-structure creates diversity. Site

PLANNING PART

FORM For the Low-Density part, we try to separate it from the Low Density part, so it is lifted up and separated. We want the High-Density part to be as low as possible so it would be easier for inhabitants to go downstairs to enjoy the landscape. Thus, these apartments look like they are growing from the land.

Low Density The Low Density part’s ‘L’ shape helps it enjoy the landscape along the river as well as have a southern orientation.

High Density The diagonal roads of the High-Density part follow the wind orientation in summer. This help to cool down the whole neighborhood.

Circulation

Shade

Master Plan

Parking Lot

Road

LOW DENSITY PART

PUBLIC SPACE

ROOM TYPE

TYPE A Being at the end of building providers better view.

TYPE D Enlarged corridor becomes a public space.

TYPE B Void creates visual connection between different floors

TYPE E The first floor serves as a garden.

TYPE G Two L shape units interlock with corridor in between.

TYPE C The two units share a private space

TYPE F Double-height room and corridor create amazing space effect.

TYPE H A housing type that can share part of residential functions is ideal for low-income residents.

HIGH DENSITY PART

ROOM TYPE

Entrance Half-outdoor straight stair create direct connection between public and each unit.

Possibility of Room Type Residents are allowed to change three small module and modify their own unit. This makes them participate in the design of the apartment facade, allowing differentiation among the buildings in the community.

Basic Unit Add Room Add Space Add Room & Space

First Floor

Second Floor

Third Floor

Forth Floor

PUBLIC SPACE

SPACE EFFICIENCY - Unisex Toilet Design

PROBLEM

CONCEPT

11/2007-12/2007 Competition: First Prize in â&#x20AC;&#x2DC;Creative M50â&#x20AC;&#x2122; 2007 Partners: Fengxin XI, Tongji University Role: Concept, Form Problems In restaurant, railway station and other public space, we always can see such a situation, that there is a long queue in front of the female rest room but male rest room is almost empty.

NON-EQUALITY Female toilets are crowded with people.

Solution We adopt a drawer form for the toilet so that the male and female could enter the same toilet from different way. This design aims to save space for society.

always

Male toilets are almost empty.

EMBARRASSING

In traditional non-gender toilet, it is quite embarrassing when man meets women in the rest room.

PROTOTYPE

SINGLE

LINK

Two corridors separate men and women but allow them use same toilet.

Drawer form accomplishes the goal in prototype and also makes an interesting design.

Several units combined together turn an traditional rest room to a efficient unisex restroom.

COMPOSITION

LINK

LIGHT

By two linked forms - ‘Transition’ and ‘Continuance’ - the layout could be any shape and fit in almost all indoor and outdoor sites.

Empty By Female

Empty

By Male

Empty Transition

Continuance

The blue part of the image is an LED, which could illuminate the surroundings during the night. Using different colors of LED shows the usage condition of the toilet.

BORROW SPACE - Pneumatic House Design

PROBLEM

ROOM FUNCTION STUDY Day

STRUCTURE STUDY

Night

Public Space

04/2008 - 06/2008 Competition: Finalist in â&#x20AC;&#x2DC;Creative M50â&#x20AC;&#x2122; 2008 Partners: Fengxin XI, Tongji University Zach Hines, Rensselaer Polytechnic Institute Role: Concept, Design Problems In the modern city, space is at an increasing premium. Every square meter must be fully used. However, large amounts of space are wasted in certain period of time. In the daytime some public places (such as parks, parking lots and pedestrian roads) are busy, but are quite empty in the evening. In contrast, houses are empty in the daytime, but occupied at night.

Private House

WHAT IF...

Bedroom

Living Room

Bath Room

Square Unit

Hexagonal Unit

Circular Unit

Free Form Unit

Kitchen

Solution A new housing type should be introduced to utilize these space in different ways at different times. My proposed house consists of two parts: a fixed part and a movable part. During the daytime, the movable part is compressed inside and the fixed part takes up no extra space. At night, the movable part expands via airbag to provide adequate living space. If this kind of housing is adopted, great deal of airbag storage could save a lot space. Such a design can also be temporary house for victims from tragedy(earthquake, hurricane and so forth).

Live in Public

EZISY X

Dining Room

Storage

CONCEPT

Flexible Part

Fixed Part

Pneumatic structure enables most of the house volume to disappear during the day and appear during the night, which makes it possible to live in public.

Because the function of these rooms is determined by the furniture and there are no fixed appliances, these rooms could be the pneumatic part.

Because of the special function and fixed appliances of these rooms, they would be the fixed part.

Square Unit At the beginning of our design, we did a study about the features of different patterns of pneumatic structures. Finally we chose a square unit as the basic module in our design.

Deflation Condition

Transforming Condition

Inflation Condition

When the house is in deflation condition, all space is compressed into the fixed part.

When the house is inflating or deflating, the house will expand or compact by air pressure.

When the house is in inflation condition, the compressed space would be released, and could provide living space for inhabitants.

So even during the day in public place, it would not influence peopleâ&#x20AC;&#x2122;s daily lives.

When the public place is not used at night, the pneumatic house could fully use the spare space.

DETAIL 4 ft

4.5 ft The fixed part plays a role like a battery in a machine.

6 ft

3 ft

FUTURE POSSIBILITY

1. It provides essential functional rooms for inhabitants such as bathroom, kitchen and storage. 2. It provides the mechanism of the pneumatic part including air supply and storage as well as electricity and water for residents. 3. It provides different types of furniture to cater to inhabitantsâ&#x20AC;&#x2122; lives including fixed furniture: TV and desk as well as aerated furniture: bed, couch and so forth.

Mobility Because of small volume and independent supply system, the house is easy to be moved.

Revolvable TV

Retractable Table

Aerated Furniture

Emergency Shelters for Victims When disasters occur, the pneumatic part could be used as emergency accommodation.

BENIOPA COMMUNITY CENTER - Plaza and Subsidized Housing

Esc:

La Cuadra de Beniopa - Condición Existente - Existing Condition

Esc:

La Cuadra de Beniopa - Condición Existente - Existing Condition

Esc:

2009 - Present Professional Work: Location:

La Cuadra de Beniopa - Condición Existente - Existing Condition

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Carlos Jiménez Studio Gandia, Spain

“La Cuadra de Beniopa”, as it is known in Gandia, establishes a new community center for Beniopa - a small township annexed to the Mediterranean city. The complex also includes 27 subsidized housing units and a public plaza. The center functions as a multi-purpose facility offering meeting, work, recreational, and exhibition spaces for the use of the townspeople. The plaza is a commemorative space where local and regional festivities can take place. A trellis, placed at the center of the plaza, recalls the former shape of the Horse stables that once occupied the site. It is a tribute to a place that once played a conciliatory role in the history of the small township. The 27 modest residential units meet the normatives established for government-subsidized housing. As a whole the Cuadra aspires to be an important reference in the cultural and social life of the area.

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Esc: 1 : 200

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Esc: 1’’ = 8’

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1. Sala de Recreación / Recreation Area 2. Cafetería / Cafeteria 3. Plaza Conmemorativa / Commemorative Plaza PLANTA BAJA / GROUND FLOORArea Esc: 1 : 200 Meeting Rooms 7. Sala Multiuso / Multipurpose

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Esc: 1’’=8’

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1. Sala de Recreación / Recreation Area 2.3. Cafetería / Cafeteria 3. Plaza Conmemorativa / Commemorative Plaza Propuesta 4. Vivienda/ Propuesta Proposed Housing 5. Despachos / Offices 6. Salas Reuniones// Meeting Rooms 1. Sala de Recreación / Recreation Area 2. Cafetería / Cafeteria Plaza Conmemorativa / Commemorative Plaza 4. Vivienda Proposed/ Housing 5. Despachos / Offices 6. Salas dede Reuniones Meeting Rooms

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PAR PAR PAR PAR ST EM ST EM ST EM ST EM E CRI E CRI E CRI CALL CALL CALL

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Site Plan

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Longitude Section

PAINTING & SKETCH