Chen Liang Portfolio

CHEN LIANG/PORTFOLIO SELECTED WORKS/2009-2017

Chen Liang School of Architecture/Hunan University Bachelor of Architecture School of Architecture/Clemson University Master of Architecture Tel: +1 864-624-6769 E-mail: liang7@g.clemson.edu

CONTENTS

SLOPE VILLA

2009

SURVIVING STRUCTURE_RESPONDING ROADWAY TO THE NATURE

COLLEGE WORK

VIGOROUS CUBE

WISDOM MANUFACTURING OF GARBAGE

BICEFS LABORATORY EXTENTION & RENOVATION

GRADUATE WORK

INTERWEAVINGS GARDEN AND CITY

2017

PROJECT 1 SLOPE VILLA

College work Time: 2010.11-2011.1 Design Site: Yuelu mountain, Changsha city, Hunan province, China.

Solo work Tutor: Mr.Shi Jian, Miss.Miao Xin

SLOPE VILLA

BUILDING ORIENTATION Low profile

Spirit Tranquil

To dissolve into the environment Reduce the damage to the original site Modelling concise sedate Be introverted be closed Blocking the interference of the sight A strong sense of internal field

Livable

Harmonious and natural Natural ventilation and lighting, improve life qulity Landscape design is from the internal which is pure

Spirit

Fair and softly go far in a day Out of one's mind Make building pure and live

THE OWNER PROFILE Members of the family: Male host (architucture), Female host (college teacher), Son (primary school student) Bells and whistles: Two guest rooms.

Entertainm)ent room Two study rooms Outdoor activity space

[Serenity, Coalesce, Restraining] All of these are the spirit of courtyard

How to become [courtyard]

Morphological Formation From the courtyard abstract derivative

This is a close family and home.

In a noisy environment.

The Chinese traditional courtyard space can well meet the demand of privacy and living functions.

How to use the terrain, with modern technique to solve the problem of the space.

This is the most important thing of design.

SLOPE VILLA

Site Quality Confusion, noisy, unordered Privacy is diffcult to guarantee Vegetation is rich Has a good landscape

[ELEMENTS & VOCAB]

All skill of the using methods Easy and pure All around the same theme

PLACE SPIRIT This is a spiritual home.

A quiet space.

Where there is a light can guide, where you can think under sky.

67.75 66.98 63.59 59.69

58.88

Mountain conveniently, reduction of the ramp. Create a variety level.

Elevation difference strewn at random to make the space segmentation more natural.

Combining with the features and arrangement of vertical transportation.

Orderly flow relationship.

Keep slope as embedd perfect fus and also p reclusion.

Rely on the wall of the concave and convex will scuttle into north and south, east to meet the needs of the best lighting and ventilation.

THE STAIRS MOVE WITH LIGHT

From Terrace to Study From Courtyard to Guest Room

Stepping Outside

From Arrlor to Diningroom

A-A SECTION

SLOPE VILLA

B-B SECTION

e, architectural form ded mountain, a sion of slope form produce the feeling of

The low-key entrance To open the entertainment room so that the space is transparent.

The walls avoid the hard to avoid the crowds and noisy in the complex environment.

Not only ensure the privicy, but also keep a nice vantilated daylighting.

To obtain the best ventilation and lighting.

Use thick walls and never open the window to avoid being a western sunshine.

From Ground Floor to Second Floor From Ground Floor to Backyard

D-D SECTION

C-C SECTION

Servant's steamline

Old people and children's steammline

Master's steamlin

Guest's steamline

servant room children study room old people room

children room

guest room

dinning room courtyard

guest room hallway

main entrance

living room

carport entrance

FIRST FLOOR PLAN

SLOPE VILLA

Functional area Major steamline Secondary steamline STEAMLINE ANALYSIS

ne

backyard secondary entrance

garden parlor

washing room studio

master bedroom

roofdeck

terrace

study room roof garden

entertainment room

SECOND FLOOR PLAN Economic and technical indicators floor space: 459.47m2 area of structure: 450.22m2 plot ratio: 0.98

PROJECT 2 VIGOROUS CUBE

College work 2012 The Thrid "Zhonglian Cup" National Student Design Competition MERIT AWARD. Time: 2011.10-2011.11 Theme: Renewal of Wangyuehu Community in Changsha Design Site: Wangyuehu Community, Changsha City, Hunan province, China.

Team work with Lu Shi (snoopy_722@163.com) Tutor: Mrs.Zhang Wei (824280821@qq.com) Work role: Concept Design, Unit Design, General Plan Design, Function Design, Diagram

SITE ANALYSIS Wangyuehu Community is located in Changsha. It was built in 1984. Due to the earlier completion time, the structure of the residents has changed. The contradiction of the Living requirements and residential model is getting worse.

There are problems in house area, lighting and ventilation.

Functions X Sizes

With Lover Mom and Son Aged Couple Alone With Friends Kid and Parents Three Generations

Abuse of Public Sharing Space & Expansion at Personal Will Increase of Roommates or Family Members Transformation of Daily Activities & Living Expenses

The Original Site

After Transformation

Public Space

Traffic organization

Remain

Dismantle

Attach

Cubes X 7 Assemble

SECTION STUDY OF LIVING CELLS PUT IN CUBE

LIVING CELL

Example C 75m2 Apartment for aged couples, young lovers and mother daughter

VARIABLE PLANS

The Unique Module Transform & Assemble

STEP-1. Starting from the put-in cubes, it is natural to find out a unique module obviously used by the local residents, parhaps unconciously.

STEP-2. Then I tried to consider the unique module as a basic living unit to do the next design. Just like a undifferentiated cell of our organs, it owns uncountless changes to change, to assemble and to grow.

STEP-3. Through the simple but effective transfromation and assemblage here comes the variable plans particularly suitable for different families and tenements.

Example A 75m2 Apartment for single adults and aged couples Example D 50m2 Apartment for single adults

A Kitchen Demanded Example E 100m2 Apartment for young lovers and mother-daughter

Example B 75m2 Apartment for single adults and young lovers

Balcony Provided

B

Example F 100m2 Apartment for young lovers, kid and parents

C

F

Example G 125m2 Apartment for young lovers and friends

D

G

Example H 100m2 Apartment for young lovers, kid and parents

E

H

PROJECT 3 VIGOROUS CUBE

College work 2012 UA International Concept Design Compitition Nomination Prize.

Topic:" Live" Building In UA City.

Subject: Technology application and expansion to face the natural disasters.

Time: 2012.11-2013.1 Design Site: Xiwenmiaoping community, Changsha City, Hunan Province, China.

Team work with two other parteners: Yang Ye(343436698@qq.com) and Zhou Qian(zhouqianpsp@qq.com).

Work role: cocept design, fucntion design, model construct.

Tutor: Mr.Chen Hui(carchijoy@163.com), Mr.Deng Guang

FOMATION PROCESS OF THE NET

The site of the old community

Choose an open space

An axis anlysis of the space synatax

Summarise the walking path

Summarise the keypoint

Compare with the axis analys

THE COMPETITION PURPOSE: Human continues struggling, compromising, and dialoguing with the nature while coexisting with it. Technology advances allow us reinforced concrete is full of peril of piled eggs.

Human has an instinct to prosuit for profits and avoid lossing things. We endow the building and the city a most important function a

design frameworks and technical measures, passive design is not enough to provent us from unexpected events and disasters. In a

Instead of golden rules and special cases. It refers to the security needs which is an usual building in unusual period and a shelter fo Technology, as well as the imagination for the technology development, endows the building not only alive but also a soul.

With the topic of live building, we hope that human life can be continued with the protection of the city and building in case of na

development so that the city and building has the self-adaptable ability against the disasters. Instead of confronting the nature, we THE COMPETITION PURPOSE:

THE COMPETITION REQUIREMENT:

The design results should focus on the infinite expansion and imagination

We build a safty roadway by adding an u

for the technology and its applications. The design should be based on

fells down, the net can offer an additiona

the urban perspective. The design can be made for a city, natural

can approach to the centural area easily

environment, or a building.

Generate the structureo

sis

Generate the protection net

Generate the final net

to bid farewell to the cave living. However, facing the natural disasters, even the city made of

as a shelter which brings convenience to our lives and creates the society. Confined to the current

addition to reinforcement and maintenance, we need to multiple lives and organic safeguards.

or people during the disaters.

atural disasters. We also hope that the participants can focus on the possible technology

e turn to design to save itself.

umbrella system. When the earthquake strikes, the collum will enhance the conner and even if the building

al protection by proventing the wall from jamming the road. People can escape easily and the rescue team

y.

TYPICAL ROADWAY SPACE

THE SIMULATED EARTHQUAKE SCENCE IN OLD COMMUNITY

DAMAGE OF OLD BUILDING

Conner Damage

According to the earthquake analysis, a lot of constructions will st escaping and provent the rescue team, like the picture A shows.

Wall Dropping

Additional decoration Dropping

top the resident from

Being strengthed by the umbrella system, the conners are enhanced and the escape channel will be unobstructed, so will the rescue be.

SUPPORTING JOINT DETIAL

Enhancing base

Hydtaulic Damper Connecting base

Connecting wall

UMBRELLA SYSTEM PRESSURE SYSTEM ANALYSIS

The heavy fall on the net, web force deformation and the force to pillar.

MODEL PICTURE (AFTER EARTHQUAKE)

The pillar transform the force's effec

ct.

Cable connection

Hingine point

Hydtaulic damper

Steel knode

The nearby web turned to tense and more safety.

PROJECT 4 WISDOM MANUFACTURING OF GARBAGE College work Time: 2013.3-2013.5 Design Site: Zhuzhou power plant, Zhuzhou city, Hunan province, China.

Team work with two other parteners: Xiao Jingyi(569124178@qq.com) and Zhao Zekun(861209707@ qq.com).

Work role: concept desigh, sketch generate, model construct, site investigate, function design.

Tutor: Mr.Lu Jiansong(491993811@qq.com), Mr.Jiao Sheng.

THE CURRENT SITUTION OF THE SITE

MAKE STRATEGY

1

Functional replacement Power plant turn into square

3

Waste utilization garbage

Resource Regional self-loop

Duisburg park made an integrity protection of the original industrial producing area and facilities to emphasizes the value of the industrial culture.

Design principles: 1)The whole factory pattern "museum" 2)Storage tanks "sports leisure mode" 3)Warehouse material garden "model" children play 4)Multi-functional comprehensive activity center model 5)Office and catering mode 6)"Viewing mode" of the blast furnace 7)"Hotel mode" of the old building

A 58-year-old sanitation worker in New York collected 1000 pieces of art from the garbage after 20 years. He is building a museum for these collections to show the pubilc.

AREA ANALYSIS: With the development of the city, the expansion of the central region, the backward of the technology and serious pollution, the city's sustainable progress has been blocked. The power plant is facing the elimination and relocation.

The mainly funcitons of the surrounding site are large factories and urban public green space. The residential quality is not very well and the common facilities are limitted.

2

Dredge network Use a variety of traffic bring the crowd into the site

4

Landscape axis Series main function

The establishment of Zhuzhou is founded by train. The rail transport is very developed. The power plant in the old industrial area has a very interesting phenomenon. Many factories set up near the main railway. The goods were brought from the main road to the branch and last into the workshop. In this way the power plant also has a such branch.

This phenomenon has inspired us many ideas. If the line as a port to communicate with other cities, then what will happen?

Bring people into the iron and steel machinery production is with a vibrant green axis. Feel a time of rusting in this piece of green area. Make a light platform to bring people into a height that people can look around. Looking back is the broken rail once running train, at front is a curved river with flowing water.

SKETCH GENERATION PROCESS

A

The conceptual design has been clear about the relations between the two main roads and the axis of the river.

24

Join the green space into the concept of organic farming.

7 12F

8 15F 8 20F

Clear chimney centered, riverside and shifeng mountain constitute two preliminary form banded axis centered on the chimney of the two lines.

8 20F

7 12F

7 12F

Preliminary form centered on the chimney of two lines

7 5F

9 2F

Make a walking system, join the landscape bridge.

10 10F

Build an open square.

10 10F

11 2F

B

Keep up with the axis is introduced into water system.

Keep track, walking system, bridge, and the axis into an organic whole.

10 5F

A

Complete landscape water system, strengthen the axis.

Deepen landscape axis, form a final plan.

13 3F

6 6F 4 5F

4 5F 5 4F

5 5F

5 4F

4 2F 5 5F

5 5F 4 2F

5 5F

15 22

3 6F

12 2F

3 F

12 2F

2 8F B

1 10F 14 6F

1 8F

21

1:Culture building 2:Theatre 3:The club 4:Office buildings 5:SOHO 6:Stereoscopic parking 7:Commercial buildings 8:Commercial and residential building 9:The railway station 10:Organic agriculture exhibition hall 11:Amusement plant road 12:Transfer station 13:The kindergarten 14:The library 15:The keep local-style dwelling houses 16:The river road 17:Consideration of greening 18:Grass beach 19:Stone square 20:The green bridge 21:The commercial buildings beside the river 22:Residential courtyard 23:Sculpture 24:Rally square 25:Axis of water band 26:The parking lot 27:Organic farms 28:Square coffee 29:Square booth 30:Park 31:Central square 32:The chimney 33:The pool 34:The green axis 35:The axis of shifeng mountain 36:Land for residential areas 37:Organic waste treatment area 38:The restaurant

Node perspective one

Node perspective two

Node perspective three

Transport coal road station into a small pavilion has industrial art flavor.

Keep track and turn it into a unique landscape.

Bet ween the tracks we build an organic farms.

Combined with urban agriculture.

Keep chimney, and let it become the memory of the city.

Reserve traditional local-style dwelling houses, strengthen the enclosed courtyard, shape the various possibilities of space.

LEISURE BOOTH

Reserve trad dwelling ho enclosed co various poss

P

The pro ske

ditional local-style ouses, strengthen the ourtyard, shape the sibilities of space.

PADDLE IN SUMMER

The orginal site sketch

e ocesssing etch

Reserve traditional local-style dwelling houses, strengthen the enclosed courtyard, shape the various possibilities of space.

PLAY DRAMA

Reserve traditional local-style dwelling houses, strengthen the enclosed courtyard, shape the various possibilities of space.

TREES SHADE THE STREET

THE RESULT OF ANALYSIS

After transforming the bottom of the block diagram

The new road network

Landscape axis

Creat

A-A SECTION

B-B SECTION

Optimize the pedestrain system

t a drainage system

The new building texture

Construction group

WISDOM MANUFACTURING OF GARBAGE

Green system

Inside and outside the orginal building texture lack of excessive, skyline curt.

By joining business district, residential areas, to knit up the skyline.

PROJECT 5 STRUCTURE_RESPONDING TO THE NATURE

College work Theme: Grid Structure Esthetic Time: 2013.4-2013.6 Design site: Meixi Lake, Changsha city, Hunan province, China.

Team work with three other parteners: Gao Yiwei (408570@ qq.com), Lin Zhiyao (854109075@qq.com), Zhang Shu (26668354@qq.com).

Work role: leader of the team, concept design, model construct.

Tutor: Mr.Song Mingxing (348898457@qq.com), Mr.Lu Jiansong

STRUCTURE_RESPONDING TO THE NATURE

A direction grid

B direction grid

Two sides bevel grid system

THE STRUCTURE SYSTEM

CONCEPT: Usually, the building appears in the image of the cold. It is antagonistic to the nature. And some change of the nature conditions may cause the damage of the building constructure.

The wall cracking Strong winds caused houses casued by temperature destroyed

The earthquake caused houses destroyed

ACTIVITY TO LIVE: Reserve thinking--We have been committed to maintain the stability of building structure and stable. Why not let structure in dynamic? With its own dynamic to respond changes in the outside world. In this way to keep the structure stable.

The rigid network system

With a fixed support articulated point connected to the ground

The grid system is allowed to have 2° rotation

RESPONSE TO THE NATURAL:

Temperature rise in internal stress is produced

Structure thermal expansion rotate

rotate

rotate

rotate

Structure of the cooling shrinkage rotate rotate

STRUCTURE AND TEMPERATURE:

Stresses in the structure by the wind The structure and wind

rotate The structure and seismic load

rotate

STRUCTURE_RESPONDING TO THE NATURE

STRUCTURE_RESPONDING TO THE NATURE

MODEL PICTURE

LOGIC FORM

drape Turn right 10:00

low high the increase speed of temperature

10:00, every gird turn right

The fastest rising temperature space expand the most.

Drape control the direction of the rotate.

drape Turn left

16:00

low high the increase speed of temperature

DETAILS

PROCESS PICTURE

The fastest rising temperature space expand the most.

Drape control the direction of the rotate.

16:00, every gird turn left

STRUCTURE_RESPONDING TO THE NATURE

drape

12:00

low high the increase speed of temperature

The fastest rising temperature space expand the most.

Drape control the direction of the rotate.

Turn left

Turn right 12:00, the gird turn left and right separately

THE FORM OF DRAPE The existence of the drape change light propagation path on the surface structure.

The drape control skin and every time the temperature rising, the rate in different areas changes.

The drape ensures the same time each grid to the same direction so that encase the stable of the structure.

PROJECT 6 INTERWEAVINGS_GARDEN AND CITY

Graduate work AIA Committee on the Environment 2016-2017 Student Design Competition Time: 2016.8-2017.1 Design site: 305 S Main St, Greenville, South Carolina, USA. Team work with Jiayu Zhao (jzhao4@g.clemson.edu).

Tutor: Ulrike Heine (ulheine@clemson.edu), David Franco (francos@clemson.edu), Ufuk Ersoy (uersoy@clemson.edu), Houayek Henriqu (hde@clemson.edu).

REGIONAL /COMMUNITY DESIGN

DESIGN & INNOVATION Integrate design with topography and landscape to create different waving layers which combined with aboundant public space.

LANDUSE & SITE ECOLOGY

COURTYARD

CAFE

COMMERCIAL BUILDING

COMMERCIAL BUILDING

COMMERCIAL BUILDING

COMMERCIAL BUILDING

PLAZA BESIDE THE MAIN STREET

SPORTS CENTER

CENTER

MEDIA THEQUE

The whole design includes green roofs, courtyard in the mixed-use building with local flora plants. It can be a response to local ecology requirement. Also, from the Falls Park, the green site extends into the site, people can feel the connection between the site and the Falls Park. All of these created on-site ecosystems that surround and interact with the building.

PLAZA ON THE NORTH SIDE

PLAZA IN RAINY DAY

INDOOR BASKETBALL COURT

RAMP TO THE FALLS PARK

WATER CYCLE

In this site, the core water system is on-site domestic gray water treatment system. Through this system, the rainwater can be collected and used for harvesting. The gray water was sent to water treatment system. After that, the treated gray water was used for flushing and irrigation. Some treated water was stored in the cistern.

LONG LIFE, LOOSE FIT

As the site is between the downtown and the Falls Park, so we wanted to provide citizens here to have more different options in our site in different time. There are four different plazas in the site. The north one is used to connect the downtown and the site which can be used for gathering. The southwest one is more prosperous and is used for weekend market. The southeast one is designed for people to take outdoor sports just like skating. The north-east plaza is more quite and is used for improving the environment for the community.

COLLECTIVE WISDOM & FEEDBACK LOOPS In our site, it was designed to create an atmosphere for people to gather here. To make our site more sustainable, we want to use less water and energy and reduce greenhouse gas emissions. And we focus on materials to get a better understanding of what’s in them and the effect those components have on human health and the environment.

GROUND FLOOR

SECOND FLOOR

N

THIRD FLOOR

BIOCLIMATIC DESIGN The design responds to local climate by covering some buildings with the green roof to deflect direct sunlight. And lots kinds of local floras we used can also provide different views in different seasons to keep the site absorbing and attractive during the whole year.

SPRING

SUMMER

FALL

WINTER

LIGHT & AIR

MATERIALS & CONSTRUCTION

We did more translucent insulation and curtains on both the east and west elevations to help block out direct sunlight from hitting the building and stop direct heat gain from infiltrating the envelope. By puncturing the building roof, the design allows natural indirect sunlight and air to penetrate the building. This method reduces energy consumption and carbon footprint.

We reused some marble material of the existing building to keep the feeling of the site. As for the sports center, we adopt the U-glass and curtain wall to make it more transparent and provide the better view for people in the building.

MODEL PICTURES

PROJECT 7 BICEFS LABORATORY_EXTENTION & RENOVATION

Graduate work Time: 2017.8-2018.1 Design site: 177 Hobcaw Rd, Georgetown, South Carolina, USA. Team work with Yin Xia (yinx@g.clemson.edu), Nicholas Day (nday@g.clemson.edu), Megan Schoonmaker(maschoo@ g.clemson.edu).

Tutor: Dustin Albright (dalbrig@clemson.edu).

BICEFS LABORATORY_EXTENTION & RENOVATION

BICEFS LABORATORY focuses on three main concepts, EFFICIENCY, TRANSPARENCY, AND CONNECTIVITY, to maximize the overall use across the site. The new laboratory sets up to be a spacious lab, with transparent views to the social and the central courtyard. Vertical Louvers wrap around the new lab building, and along the east facade of the exisiting building, sheltering it from harsh morning and afternoon sunlight. Within the inner (social) courtyard, new canopy trees are planted to provide more shade, especially during the summer. The central courtyard finds it way across to the education building with a wide boardwalk, over a constructed wetland. This axis then continues at a slight upward angle towards the proposed boathouse, where boats, and any other need equipment can be stored.

+ 1.8 X LARGER LAB SPACE + 3,000 SQ.FT. STORAGE FACILITIES + 9,900 SQ.FT. LAB FACILITIES + 18 GRADUATE STUDENT SPACES

+ EFFICIENCY + TRANSPARENCY +CONNECTIVITY

SITE PLAN

1 4

3

6 11

5

2

9

7

10

8

1

Offices

7

Detention Pond

2

Loading Dock

8

Firebreak

3

Courtyard

9

Outdoor Classroom

4

Dirty Lab

10 Education Building

5

Clean Lab

11 Boathouse

6

Boardwalk

DESIGN PROCESS LOADING DOCK EQIUPMENT STORAGE SOILED ENTRANCE OUTDOOR MEP MOVE ALL LAB FUNCTIONS INTO NEW BUILDING

WORKING COURTYARD

WETLAND

ADD SERVICE ROAD AT SOUTH

TO HOBCAW HOUSE

TO HOBCAW HOUSE

MOVE GRADUATE SPACE DOWNSTAIRS

TO HOBCAW HOUSE

WETLAND

LENGTHEN THE NEW LAB

CENTRAL COURTYARD WORKING ZONE

EXISTING LAB

ORIGINAL ECOLOGY PLANTS ANIMALS

GREEN LAND INBETWEEN

STORAGE ZONE

EXISTING BOAT SHED

EDUCATING ZONE PEACEFUL COURTYARD

BUILD A NEW BOATHOUSE TO REPLACE THE EXISTING BOAT SHED EDUCATION BUILDING

PUMP HOUSE

CUTTING THROUGH THE NEW LAB OPEN THIS BRANCH AS OUTDOOR SPACE

PEDESTRIAN CONNECTION FROM EXISTING LAB TO EDUCATION BUILDING

PEDESTRIAN CONNECTION FROM EDUCATION LAB TO BOATHOUSE

ORIGINAL WETLAND

VALLEY OF SKYLINE

RIDGE OF SKYLINE

CULV

ERTS

BICEFS WETLAND RAIN POND

CULV

ERTS SLOPED ROOF FOLLOWING THE SKYLINE SLOPED ROOF FOLLOWING THE SKYLINE

SOCIAL COURTYARD

OUTDOOR LOUNGE OPEN-AIR STUDENT LECTURE PUBLIC COMMUNICATION CAFE TIME SUNLIGHT PARK CENTRAL WETLAND PLANTS OUTDOOR EXERCISE

OFFICE ENTRANCE GRADUATE STUDENTS ENTRANCE

B

CLEAN LAB ENTRANCE

OFFICE 172 SF

LOBBY RM 360 SF

LOBBY RM 333 SF

GRADUATE STUDENT SPACES (18)

LAB SUPPORT/ STORAGE 380 SF

HYDROLOGY LAB

COPY CENTER 162 SF

A

ADMIN OFFICE 167 SF

767 SF

BIOGEOCHEMISTRY LAB 767 SF

STORAGE 150 SF

A

MEN WOMEN 94 SF 94 SF

MEETING RM 445 SF

UP

COMMON SPACE KITCHEN & COMMON 753 SF SPACE

MEP MEPSF 198

DEER PEN

PLANT & SOIL LAB 1513 SF OUTDOOR MEP

COLIFORM LAB 1513 SF

ORGANIC/ INSTRUMENT 393 SF

LOADING AREA

LOADING DOCK AREA

DIRTY LAB ENTRANCE

WILDLIFE LAB 310 SF

OUTDOOR MEP

LAB SUPPORT/ STORAGE 346 SF

MEP 166 SF

B

LABORATORY PLAN

EVAPORATION

&PERCOLATIO

MULCH BIORETENTION SOIL MIX GRAVEL

N

DRAINAGE

TR FIL

AT I

ON

SLOPE WITH HOUT RFACES THROUG SU PERMEABLE ACORUS CALAMUS PANICUM VIRGATUM CAREX PENSYLVANICA ILEX GLABRA

A-A SECTION

B-B SECTION

AXONOMETRIC EXPLOTION

Volume of wood products used:

293 cubic meters (10,342 cubic feet) U.S. and Canadian forests grow this much wood in:

1 minutes

Carbon stored in the wood:

294 metric tons of carbon dioxide Avoided greenhouse gas emissions:

113 metric tons of carbon dioxide Total potential carbon beneďŹ t:

406 metric tons of carbon dioxide Equivalent to

86

cars o the road for a year

Energy to operate

43 homes for a year

Using louvers on east & west facade can:

656 kbtu energy per year which is able to power a Tesla traveling from Clemson to New York.

- save

-reduce overlit working spaces by

13%.

D

C

C

D

BOATHOUSE PLAN

C-C SECTION

D-D SECTION

OTHER WORKS

Date: Jun. 2013 Partner: work by myself Location: Xiangxi, Hunan Province

Date: Jan. 2012 Partner: work by myself Location: Changsha, Hunan Province

CHEN LIANG Tel: +1-864-624-6769; E-mail: liang7@g.clemson.edu Mailing Add: 1313 Crosswinds Lane, Seneca, SC EDUCATIONAL BACKGROUND Clemson University

Master of Architecture

Major in Architecture

GPA: 3.66/4.0 Hunan University

Bachelor of Architecture

Major in Architecture

GPA: 3.35/4.0

Aug.2016-Now

Sep.2009-Jun.2014

SOFTWARE APPLICATION Sketch up

Photoshop

AutoCAD

Revit

Illustrator

Indesign

Rhino

Lumion

V-ray

3dMax

WORK AND PRACTICE EXPERIENCE ENN GROUP

-Position: Internship

Being responsible for making reports for project

planning, project presentation and modifying the

facade design

Jul.2011-Aug.2011

BWA Architecture & Design Studio, Shenzhen,China

-Position: Internship

Taking part in three architectural design programs

and working on the conceptual design, forced

drainage, establishment of text

Oct. 2013-Dec. 2013

CAPOL Architecture & Design Studio, Shenzhen,China

-Position: Assistant Architecture

Joining 6 architectural design projects covering

hotels, holiday village, top head estates of subway

to take charge of ID typesetting work

Jun. 2014-May. 2015

CAMPUS ACTIVITIES Monitor of 09 Architecture Class 1, Hunan University Organized the Large-Span Structure Exhibition of College of Architrcture, Hunan University Volunteered in the 80th Anniversary Meeting of Discipline of Architecture, Hunan University Organized the Wood Construction Exhibition of Architecture, Hunan University Organized the graduation party, Hunan University HONORS AND AWARDS THIRD "ZHONGLIAN CUP" ARCHITECTURE COMPETITION

-Award: THIRD AWARD SIXTH "ZHUJUE CUP' ARCHITECTURE COMPETITION

-Award: MERIT AWARD 2012 UA INTERTIONAL CONCEPT DESIGN COMPETITION

-Award: NOMINATION AWARD LANGUAGE SKILLS -Native in Chinese -Fluent in English

Sep. 2009-Jun. 2014 Jun. 2013 Nov. 2009 Apr. 2011 Jun. 2014 Oct. 2011 May. 2011 Nov. 2012-Jan. 2013