Work sample

LIAO HE | WORK SAMPLE WUSTL March 2+

LIAO HE EDUCATION

One Brookings Drive St. Louis, MO 63130 +1 314-800-7915 (USA) lhe23@wustl.edu

09/201406/2017

WASHINGTON UNIVERSITY IN ST. LOUIS | SAINT LOUIS, USA Master of Architecture

09/200906/2014

SOUTHEAST UNIVERSITY SCHOOL OF ARCHITECTURE | NANJING, CHINA Bachelor of Science in Architecture

WORK/ RESEARCH EXPERIENCE INTERN 07/2016

BROAD HOMES | CHANGSHA BOX PREFAB HOUSING (under production) Concept Design Facade/Interior Design with autoCAD&Sketchup Rendering with Maxwell

INTERN 06/201511/2015

SCDA ARCHITECT | SINGAPORE 3D PRINTING Hindustan Mills Tower High-rise Model Gaysorn Tela High-rise Model

HINDUSTAN MILLS HIGH-RISE APARTMENT,INDIA Schematic Design :Tower Modeling, Presentation Diagram/Document Rendering: Maxwell

ECHELON HIGH-RISE APARTMENT, SINGAPORE: Penhouse Interior Deisign Modeling Cabinary Design

THE MARQ AND NASSIM PARK, SINGAPORE: Construction Document Standard Detail:Swimming Pool

TELA THONGLOR, THAILAND Interior Design: Furniture Arrangement, Plan With AutoCAD, Photoshop Plan Rendering

INTERN

UNITED DESIGN GROUP | SHANGHAI Healthcare Center Biding

07/2013 10/2013

Schematic Design Exterior Rendering Presentation Document

R.A. 09/201506/2017

RESEARCH ASSISTANT | ST. LOUIS For Professor Hongxi Yin ADDITIVE MANUFACTURING RESEARCH With Skidmore Owings & Merrill Inspired by AMIE(Additive Manufacturing Integrated Energy) 3D printed house designed by SOM, professor Yin led our 3-member team to have developed a research on combining 3D printing technology application to future prefabricated concrete housing. We went to SOM Chicago several times during summer and made 3 presentations to SOM partner Brian Lee and other technical leaders, and got instructed by them. We designed several housing prototype throughout this experience.

Factory Visiting Cincinatti Incorporated®,OH. ; Thermomass®,IA ; Dukane Precast®IL

RACE TO ZERO STUDENT DESIGN COMPETITION (TEAM WUSTL) : Schmatic Design Leader,Plan Drawing With Revit,Isometric Drawing With Revit,Wall Detail Section Presentation in National Renewable Energy Laboratory (NREL), Denver, CO.

SOLAR DECATHLON CHINA (Under Construction, will be completed in summer 2017) Central Pavilion(50000 sqf.)& Solar Powered Tower Lead Designer Schematic Design: Modeling, Plan Drawing, Rendering Constructon Document: Coordination with Dezhou Design Institute to complete the whole set of CD drawings Campus Planning: Road, Circulation &logistic Planning ;Drainage Design

Solar Decathlon China: Pavilion Design

HONORS Sam Fox School Approach : Landscape Studio 2015 SCDA Internship Fellowship 2015 (2 out of students in all programs each year)

SKILLS Revit ,Sketchup, Rhino, Vray, Maxwell Illustrator, Photoshop, Indesign 3D Printing (with Makerbot and 3D printing modeling skill), Physical Model Making

REFERENCE ADRIAN LUCHINI |Washington University in Saint Louis Raymond E. Maritz Professor email:luchini@wustl.edu tel: 314-935-6251 PHILIP HOLDEN |Washington University in Saint Louis Professor of Practice email: holden@wustl.edu tel: 314-935-6282 HONGXI YIN |Washington University in Saint Louis I-CARES Associate Professor email: hongxi.yin@wustl.edu tel: 314-935-6200

CONTENT

Rhythm of Woods [Architecture,Academic] Renovation of an ancestral temple

Resilient Home [Architecture, Competition] Race To Zero Competition, 2015

Hanging Platform

[Architecture,Academic] Community Library in Nanjing

Spiral-Up Complex [Architecture,Academic] HOPSCA Design 2013

Landscape Swap [Landscape ,Academic] Landscape Idea for MRGCD in Alberquerque, New Mexico

Other Works

Rhythm of the Woods Renovation of an ancestral temple Undergraduate Degree Project Individual Work 2014 Spring Professor: Tong Zhang

A Temple in a Forgotten Village Ancestral Temple of Xi is the only temple building which is now survived in Ji village. I wish to transform this abandoned temple to a museum exhibiting the crafts of bamboos, in an attempt to attract visitors from the main street into the village.

This temple is in the middle of Village Ji, right beside Hongcun, a world's well know tourism resort and culture heritage. If Temple Xi could be transformed into a attraction, Village Ji can benefit a lot from it.

Bamboo craftsmanship is a great heritage in this area. I wish to absorb the essence of vernacular architecture of this area and apply it to the museum. The main idea is to introduce natural light in a subtle and smart way to exhibit bamboo carvings and carving craftsmanship as well.

Office

Workshop G i f t

Craftsman Show

Restrooms

Main Hall

Auditorium

Renovation Strategy Learnig from acient Hui residence, this design introduce natural light in a subtle and elegant way to exhibit bamboo carvings and carving craftsmanship as well.

The light tubes ranging from 800mmx800mm to 1000mmx1000mm are fixed to the intersection of two beams.And the smaller light tube (300x300,which light reflection material inside) could be fasten on the flange of only one beam.

SKYLIGHT 1. wood beam ( fixed to the old main beam with bolt) 2. wood window frame 3.waterproofing roll roofing 4. aluminium alloy bar 5. double layered skylight INTERIOR WALL 7. steel studs hang under the girder 8. wood finishing

WALKING RAMP 9. stacked stone shingle 10.monolityic reinforced concrete( moulded with stone) 11.75x150mm wood block 12. 50mm wood slabs 13. LED linear light 14. steel connection joint 15. steel component fixed to glass railing 16. 75x40mm wood handrail

5 4 3

2 1

8

7

16 15 14 13 12 11 9 10

ROOFING 1. 50mmx100mm rafter 2. 30mm roof boarding 3. roof tile SKYLIGHT 4. Steel frame 5. 50x100mm aluminum alloy frame 6. aluminum alloy window frame 7. water proof felt 8. 30mm double layered glaze LIGHT TUBE 10.10mm steel frame 11. steel frame vertical component 12. 10mm bamboo veneer board

3 2 1

GROUND 13. rammed earth 14. 80mm shingle layer 15. granolithic screed 16. 30mm white shingle

EXTERIOR WALL 17. stacked rubble wall body 18. cement mortar 19. concrete drainage 20. asphalt felt

7 6 5 4 8 10 11 12

20 19 18 17

13 14 15 16

Resilent Home Race To Zero Competition Group Work 2015 Teammate :Liao He ,Kun Cheng,Yi Ding, Zifan Wang Professor:Hongxi Yin WUSTL Resilient Home is a collaborative project that aims for renewing the construction and design principles of typical St. Louis residential neighborhood. The overarching goal is to create a high-performance, zero-energy, affordable and resilient house using advanced precast concrete technology and high performance building systems, while achieving the architectural aesthetics.

As the lead designer, I made a lot of contribution to the conceptual idea, plan and construction document as well. I was also one of the two presenters representing architecture department to make the presentation in NREL.

Drawn by Kun Cheng

A403

A301 1

A301 1

A301 1

A403

4 2

A402 3

Ground Floor Plan

2nd Floor Plan

West Elevation

South Elevation

A401 2

A301 1

Typical Plan

Central Core

Circulation

Natural Lighting

Cross Ventilation

Vertical Ventilation

Service

C B Water collector Ventilation

Garden A

Drawn by Kun Cheng

Mechanical Ventilation

Constructablity Resilient Home is built with advanced material and technology. The whole building is mostly built by concrete to realize great thermal, acoustic, and moisture control. It is prefabricated into pre-designed panels and assembled on site. All mechanical elements are also pre-designed and built into panels in the factory. It will only take a few experienced constructors and one day to assemble the whole building.The axono-explosion diagram shows the panelization scheme of the walls, floors and roof.

Exterior Panel

Interior Panel

Floor Slab

Beam

Roof Panel

Stair & Others

Quantity

34

10

31

22

10

7

Type

30

5

24

16

9

7

Volume (ft3)

2884

220

1027

188

905

274

PRECAST CONCRETE

WOOD

SALE PRICE

460,000

400,000

MORTGAGE PAYMENT /MONTH

2,000

1,900

INSURANCE PAYMENT /MONTH

140

180

UTILITY COST /MONTH

140

140

Skylight

Roof Slabs

HVAC System

Hollow Core Slabs

Beam MONTHLY TOTAL

2,280

2,220

Interior Wall

Be

am

Wo od Sta irs

Wo od Sha din g

Tri ple Lay er Gla ss

9’’ tŝ Preca ƚŚ W st Co ^ ŝŶ nc ƐƵů rete ĂƟ ŽŶ Pane

l

Hanging Platform Library Design Type:Academic Work Individual Work 2011 Professor: Qiuguang Chen

This community library is located in residence & student dorm mixed community (built in around 1980s) around our university.

Old public bath will no longer be used. New library aims to optimize the circulation, activate activity,and provide public places for the community.

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Ground Floor Plan

2nd Floor Plan

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4th & 5th Floor Plan

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6th Floor Plan

Urban Section

,

Program Assembly

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3rd Floor Plan

Circulation

Skin

Constructability

1: Pad Foundation 2: Core 3: Virendeel Truss 4: Auditorium Cafe 5: Entry Hall

Structure Whole Floor Truss

Suspension Cable

Suspendid Truss (Vierendeel& Regular)

Massing

Mall Entrance

Grand Stairs

Orientation

Turning

RIVER-OVERLOOKING TOWER YANGZI RIVER

STR EET

SQUAR

XIUQIU PARK

E SIDE

S ID E PAR KS

IDE

TOW ER

Mall Type

Circulation

Transportation

Value

Pedestrian

Value

Urban Platform

1F

Floorr

1F

Floorr

1F

Floorr

1F

Floorr

Value

Rainbow

Retail, Restaurants

Value

Courtyard

Retail

Value

Stacked Value

Retail, Flagship Stores

Spiral 1F

Floor or

9

Spiral-Up Complex Team Work 2013 Teammate :Liao He ,Zifeng Guo Professor:Qiang Qian

B

A

A

B

Ground Plan

This project is a high rise building mixed with commercial and office located in Nanjing besides Yangzi River. I came up with an accompanying concept called Rise-in-a-spiral: an opening absorbs pedestrians coming from the west main street, and then the circulation gradually rises inside, finally reaching sightseeing platforms at the structure’s peak. This approach not only blurs the boundary between ”floors”, thereby increasing commercial value, but also capitalizes on the park’s beauty without disturbing its layout. This project therefore captured a looming high-rise as an extension of a high-quality city square.

41-n (floors)

į

n ......

1

Turning Regulation

Total floor number(office part) : F=41 Rotation change (compared with lower level): δ=α·(41-n) ∑δ=αx40+αx39+.....αx1=75° α=0.0915 δ=α[40+(41-n)]n/2

Facade Construction

1.Suspensioon Cable Connected to Aluminium Alloy Shade 2. Aluminium Alloy Shade 40mmx20mm 3.Steel Fasten Component connected to Floorslab 4.Fasten Bolt 5.Steel Fasten Component 6.Hollow Steel Beam Connected to Frames 7.Insulation 8. H Beam 9. Profiled Metal sheets With Concrete Infill 10.Wooden Floor 11. Suspended Ceiling

B-B Section

Landscape Swap Type:Academic WorkIndividual Work 2015 Spring Professor: Jesse Volgler

The MRGCD(Middle Rio Grande Conservative District) boundary--- which comes physically as levees, drains, fences etc., and legally as the easement of MRGCD--has set a fine line between human community and riverside bosque for nearly a century.

It is like a besieged city, what's inside wants to flee out, and what's outside wants to sneak in.

Ebb and Flow Rise and fall of the water level is the periodic phenomenon that featured the landscape around this whole middle Rio Grand district. With subtle change of the elevation, this seasonal difference can be reflected in the whole landscape from the river all the way to the city, thus creating an unique experience and intimacy to nature.

Solar Decathlon Pavillion (Under Construction)

[Group Work,,Practice] Internship in Resilient Home LLC.

Box Prfab House (Under Production) [Group Work,,Practice]

Internship in Broad Home LLC.

Research On Additive Manufacturing Instructor: Professor Hongxi Yin Collaboration: Skidmore Owings & Merrill

Core House [Individual,Academic] Informal Cities Workshop 2015

Flying Pavilion [Individual,Academic] WUSTL Orientation 2014

Floating Table

[Group Work,,Academic] Sasaki Structural Consultant Exhibition