Liang Zhe_Architectural Design Portfolio

LIANG ZHE University of California, Los Angeles March II OZEL SUPRASTUDIO ARCHITECTURAL DESIGN PORTFOLIO

https://www.zeeleong.com/

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CONTENTS

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VEHICLE PLUS

Latest project / Graduated Project

AUTONOMOUS VEHICLE AS LIVING UNIT [Academic] Cooperative Jan 2017-Mar. 2017

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YARDS

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A HOUSE WITH PHENOMENAL TRANSPARENCY #1

Undergrad graduating project

Mahewan Medical & Nursing Home Design [Academic] Cooperative Feb. 2016-Jun. 2016

First undergrad project

Campus Teahouse [Academic] Independent Sept. 2012-Nov. 2012

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A HOUSE WITH PHENOMENAL TRANSPARENCY #2 project Overseas Flagship Store of Chinese Costume [Academic] Independent May. 2014-Jun. 2014

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Undergrad architectural

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EXTERIOR PRIORITY

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FUSION

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CONCEPT DESIGN OF HOUMALU BRIDGE IN XUHUI

Internship

LATERITE MUSEUM

Internship

Undergrad architectural project

Community Library [Academic] Independent Sept. 2013-Nov.2013

Undergrad architectural project

Housing [Academic] Independent Sept. 2014-Nov. 2014

Bridge Concept Design [Perfessional] Cooperated Jun. 2015-Aug 2015

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1/100 Physical Model Design and Fabrication [Perfessional] Cooperated Jun. 2015-Aug 2015

THER WORKS RESUME 3

ACADEMIC PROJECTS

1 VEHICLE PLUS AUTONOMOUS VEHICLE AS LIVING UNIT Transportable Dwelling Space / Cooperative / Jan 2017-Mar. 2017

INSTRUCTOR Guvenc Ozel Benjamin Ennemoser & Mertcan Buyuksandalyaci ACADEMIC YEAR 2017 Winter TOOLS Oculus, Vive, Hololens, SteamVR, Unity, 3d Print, Green Screen COOPERATOR Tatar Huma Nazli, Akitopu Alara, Erik Broegerg LINK https://www.zeeleong.com/instrucmental

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Virtual reality scenes presenting the urban scale diagram

Thesis Statement Our proposal focuses on offering potential experimental shelter and transportation solutions to users and communities intent on occupying areas prone to current and future sea level rise.

Fundamental to this research is the concept of autonomous devices which design, through sensor and user data, highly customized and self-sustainable habitats through the utilization of harvesting localized materials for additive manufacturing.

In this circumstance, the vehicle will serve as both the manufacturing generator as well as having the ability to intervene as a functional appendage with its built habitat.

Energy Tower

Naturally, this habitat will create a disparate relationship between the car and the organic additive surfaces. As a result, context-specific augmented reality interfaces will provide an affinity between the two typologies.

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Central to our proposal is the idea of the vehicle as a physical and functional generator. Physically, the vehicle will construct the habitat; while, functionally, it will extend its spatiality and functionality. This functional transformation will occur as the car intervenes by attaching to each space of the habitat and extends said space dimensionally and functionally.

Energy Tower

Energy Tower

Urban story diagram

Scenario & Vehicle Function Virgin or waste plastics beings

Solar Panel

Plastic polymers

Synthesis of carbon from plastic wastes

Wind Power

Multi-walled carbon nanotubes

Carbon nanotubes Rigid Material

Catalic and thermic methods Polymers Polymers

Vehicle

Tidal Energy Materials

Translucent material

Energy Tower

Basically 70% of the function of the whole living unit will be placed on the vehicle, which means without vehicle, the port will just be a hypodronic unit and water collector.

+ Scanning

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3D printing robot arm

Drone Scaning

Carbon Fiber Fabrication

Robot eventually will be the 3d

There will be at least one drone

Materials are collected by power

printerand do every construction,

for every living unit, the first

tower and will be delivered

there will be 2 robot, one on

function of the drone will be

by the vehicle, in other words,

the car and another in the

scaning the environment and

the vehicle serve as a bettery,

hypodronic room and harvist.

site before construction, means

a cyberphysical information

When in construcitng mode,

drone will scan surrounding

collector and a constructor at

robot on car will stay on the

topography, the position that

the same time.

main structure and 3d print the

new rooms will be biult on and

new room.

the user’s body scale.

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Vehicle Modes

Ground Mode

Floating Mode

High Speed Mode

Vehicle Components Windows

Frame

Mobile Seat 2D Interface Vehicle Body Attaching Surface to the Habitat

Detachable Battery

All-terrain Wheel Holograms Limb Cover

Display Table Wheel System

Separated Motor Transformable Wheel Joints

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Water Tank

Water Tank

Level 1 Plan

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Void

Bedroom

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Level 2 Plan

Kitchen

Level 3 Plan

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Kitchen

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Section A-A

Bedroom

Section B-B

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Vehicle Scene

Level 2 Bedroom Scene

Level 3 Kitchen Scene

Virtual Reality & Augmented Reality Presentation FINAL VIDEO Youtube: https://youtu.be/2zNjdjNIqXA

14 VEHICLE + HABITAT FUNCTIONAL EXTENSION

Rendering

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2 YARDS

Mahewan Hospital & Assisted Living Center Design/ Cooperated/ Feb. 2016-Jun. 2016

INSTRUCTOR Liu Yuan ACADEMIC YEAR 2016 Spring.

SITE Mahewan, Anhui, China CONSTRUCTION SYSTEM Heavy Timber Framing COOPERATOR Weifang Wu, Jian Zhao

With the booming economy development, people in China is seeking a better living evironment for therapeutic purpose. So that places with clean natural environment and high quality of medical facilities are required. By designing this certain project we actually want to def ine a gauidance system for these project sharing the same purpose.

In the current situation of the shor tage of medical resources, the urgent need for a comprehensive evaluation and guidance system to lead the construction of new medical facilities and the completion of the existing health care institutions assessment. Innovatively introducing the concept of modularization to medical institutions is benenfit for the rapid construction and development of the industry, inorder to meet the needs from the society for such institutions and facilities.

The project requires a set of medical care, nursing ,rehabilitation as one of the nursing and medical institutions, including a 400-beds high-end nursing home and a 150-beds for hospital.

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The project is located close to a 4A level scenic ecological park, near to 312 National Road, with favorable geographical conditions, good ecological environment. It is planned to have a hospital and a health center in the site, it is a combination of hospital and assisted living center.

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Master Plan 18

40M

Conceptual Diagram

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Study Models

Mater Planning

Fire Truck Circulation Fire Truck Operation Area

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Hospital Rehabilitation Center Outdoor Activities Area Central Park

Vehicle Accessibility Pedestrian Accessibility Entrance of Underground Parking Gound Parking

1.Main Hall 2.Interrogation 3.Transfusion 4.Emergency Treatment 5.Intramuscular Injection 6.Registration 7.Offices 8.Offices 9.Storage 10.Waste Stairway 11.Watch 12.Archiater Office 13.Prevention and health care 14.Pediatric outpatient 16.Gynecology 18.Surgery 22.Medicine 24.Archiater Office 25.Meeting room 26.Coffee 27.Restroom 28.Orthopedist 30.Anesthesia

31.Dermatology 32.Stomatology 33.Ophthalmology 34.Otorhinolaryngology 35.Dispensing 36.TCM Pharmacy 37.Pharmacy 38.CCTV 39.Guard 40.Office 41.Restroom 42.Visiting Waiting zone 43.Emergency treatment 44.Duty room 45.Counter 46.Medical Office 47.Disposal 48.Prescription Changing 49.Consulting room 50.Under Observation 51.Salvage 52.Operating room 53.Aseptic pharmacy

54.Sterilizing 55.Waste disposition 56.Office 58.Archive 59.Reception room 60.Visiting Entrance 61.Duty room 62.Lounge 64.Meeting room 65.Technician room 66.DR1 67.Control room 68.DR2 69.X-ray room

70.Control room 71.Intestines and stomach X-TV 72.Information Room 73.Archive 74.Financial Offiice 75.Prinng room 76.Stuff Entertainment 77.Operating room78.

Catering 79.Office 80.Duty Office 82.Reception Office 83.Staff lounge 84.Meeting 85.Public Restroom 86.Health condition assessment 87.Registration 88.Duty room 89.Reading room 90.Entertainment 91.Internet cafe

Master Plan 16M

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2F Plan 12M

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3F Plan 12M

West Elevation

Section A-A 10M

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Landscape in Building

Circulation in Hospital Outpatient Registration Staff Re-visiting Patient Re-visiting Medical Workers Emergency First Aid Patients Emergency First Aid Medical Worker Inpatient after Registration Inpatient Relatives Kitchen Supplies Kitchen Waster Medical Tests Medical Tecnological Worker Medical Tecnological Worker Preoperative Preparation for Patients Preoperative Preparation for Staff To Assisted Living Center Public Vehicle Medical Supply Vehicle Waste CCollection Vehicle Ambulance Fire Truck

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Fire Truck Operation Area

CIRCULATION OF ASSISTED LIVING CENTER Nursing Room Nursing Unit Assisted Living Staff Registrated Customer Kitchen Supplies Food Delivering Food Kitchen Supply Vehicle Customer Relatives To Hospital, Medical Test Roof Pedestrian Ground Pedestrian Outdoor Activities Area

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Concept of Assisted Living Unit Firstly, we can divide and analyze the target groups, then sum up and organize the groups according to the needs of different groups of people. Second, we can classify the group with the corresponding of medical, convalescence and other configurations. Besides, the environmental facilities will be hierarchical, modular at the same time. Thirdly, we can combine different medical, therapeutic facilities modular and get a certain number of product space units that can meet the needs of different groups of people.

After research, from the psychological and physiological state of the evaluation system and medical facilities module, this can be applied to: 1. Aconstrction sample for similar medical facility especially the high-end convalescence institutions.

2. Abasis for the selection of the place of tratment for the patient population (each medical facility has been evaluated by the same evaluation system)

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Manual Model Elevation

Manual Model Section A-A

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Elevation Rendering

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3 ON THE LAKE Campus Teahouse/ Independent/ Sept. 2012-Nov. 2012 INSTRUCTOR Cao Haiying ACADEMIC YEAR 2012 Fall.

SITE Campus of Hefei University of Technology CONSTRUCTION SYSTEM Heavy Timber Framing LINK https://www.zeeleong.com/ahousewithphenomenaltransparenc-1

No matter how small it is, once a new building is settled, it will post a great influence on the environment and the people.

Located in a big campus, the 200 sqm tiny teahouse was settled to bring a difference to the daily life of university students. By carefully arranging the paths around site as well as access to the Teahouse, I was able to make this small building to be a gateway to the beautiful lake and waterfront green space. Inside the Teahouse is a series of continuous platforms, allowing people to walk freely when looking out to the nature surrounding them.

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LOCATION: Hefei University of Technology, College-town Campus <31.77° N, 117.20° E> Routes in Campus

Terrain

SLOPE PATHWAY LAKE

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The beautiful park in campus is an ideal place for students to relax. Yet most students prefer to walk around the park as the straight roads are more convenient than those serpentine pathways. The Teahouse encourages students to grab breakfast on the way to classroom, to enjoy a cup of coffee when there is no class, and most importantly, to step closer to the nature.

Concept of Construction

Responds to Environment

Vertical elements

Paths across the building

Visual permeation

Scenery is brought indoor

Wooden structure

Several different walkways are planned to invite students to walk into or through the Teahouse - a lakeside path, a woodland promenade, and a bridge. On the other hand, the main interior space for teahouse was placed on the lake as a better spot to enjoy the scenery while other rooms of various functions were scattered around on site.

Site Plan 10M

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Unrolled Section A-F

Surrounding Scenery

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The main concern of this project is to deal with the relationship between the building and the landscape, and how to introduce the beautiful scenery – surface of the lake, lakeside pathway and grassland on the gentle slope – to interior space. Diversity of interior spaces is another design strategy. With different height and elevation of each space and the connections inbetween, sceneries are framed in different depth and proportions, changing with people’s movement.

Routes

Possible route 1 Possible route 2 Unrolled section line and nodes

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6

void

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10

4

7 2 3

8 11

1

First Floor Plan, 1/200

Second Floor Plan 4M

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6. +1500 Room 7. +2500 Room 8. Terrace 9. Activities Room 10.Box 11.Lecture Room

4M

1. Main Entrance 2. Grab-and-go 3. -450 Room 4. Storage 5. ±0 Room

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4 PHENOMENAL TRANSPARENCY Overseas flagship store of chinese costume / Independent / May. 2014-Jun. 2014 INSTRUCTOR Liu Yuan ACADEMIC YEAR 2014 Spring.

SITE Eindhoven, Holland CONSTRUCTION SYSTEM Heavy Timber Framing Land area 900.12 ㎡ Construction area 479.52 ㎡ Building basement area 660.54 ㎡ LINK https://www.zeeleong.com/ahousewithphenomenaltransparenc

The eastern culture is in a way mysterious, like the translucent cloth they make. In this flagship store of Chinese traditional costume, a couple of ver y cultural elements, the translucent cloth (Chiffon), Chinese wash painting, and timber frame structure, are reinterpreted and composited to be a building. Customers, thus, are able to experience the cohesive atmosphere created by both the architectural space, and the cloth they are shopping.

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Phenomenal Transparency Traditional Chinese paintings represent the distance between elements like mountains, rivulet and trees by painting them in different brightness and level of detail.

What if we overlap several space c o n t a i n i n g d i f f e re n t e l e m e n t s o n translucent sur faces, either indoor or outdoor? Could people feel a mysterious atmosphere formed by the vague image presented on the overlapped surfaces.

Multi-space Analysis Once a space is enclosure by translucent surface, elements from each side will be seen in a vague way.

O rg a n i z i n g t h e s t o re s p a c e w i t h translucent sur faces would create s o m e i n t e re s t i n g a n d m y s t e r i o u s atmosphere. Objects such as people, products, wooden structure, and plants are passing through several layers of translucent surfaces before meeting customerâ&#x20AC;&#x2122;s eyes.

Commercial Space Analysis

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Commodious Space, a straightfoward interpretation

Serpentine pathway, a kind of euphemism

Interconnected spaces, creating nemerous combination

LOCATION: 18 Septemberplein, Eindhoven, Netherlands <51.44° N, 5.48° E>

Location

Site Analysis

The site is located in Eindhoven, Holland, which is considered to be one of the centre of advance technology in Europe. Eindhoven is the fifth largest city in Holland while the best one in the field of technology. It has been the base area for E-research and development falicities of PHILIPS. And the site is right at eh 18 Septemberplein, a beautiful plaza, and is near to the railway station of Eindhoven and the famous Philips Stadion.

The site is located at the entrance of 18 Septemberplein, which is also the entrance of continuous commercial streets. The site, surrounded by a main street, is a triangle-shaped building lot. The PHILIPS building is just across the street.

SITE

PHILIPS Shopping centre

Road area Pedestrian area

Routes of pedestrians

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Modeling Process

Shape Generating STEP 1: Dividing the site into pieces of rectangle for floors.

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STEP 2: Calculating the height of blocks accroding to the possible natural pathway.

Formation

Roof

Interior Routes

Site Routes 43

The timber frame system is a reinterpretation of Chinese traditional wood structure. By reprocessing the relationship between columns, beams and floors, the height of each floor is adjustable based on the pathway underneath. Not only serving as structure, the slender wood columns also act as visual elements, vertical planters, or even clothing racks. The purpose is to bring the beauty of wood structure from backstage to frontstage, making it the leading actor of this architecture play.

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4

3

2

5

3 2 4

5 1 44

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Outdoor Passage +450

+3150

+450

+2700

+3150

Âą0

A +2700

-450

+2250

+900

Entrance Space 1

+2250

Cashier

Corner Detail, 1/5

Changin Room

Entrance Space 2

Supporting structure: wooden column â&#x2013;Ą 100X100mm

Office&Storage

Casing: paulownia 15mm natural resin varnish finish

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Fixed window: timber frame window double glazing FL5+A12+FL5

Showcasing Room

+2250

-450

Entrance Space 3

A

ng m

e

Horizontal Section Perspective, 1/50

The fluidity of the space allows customers to read and experience the building when shopping. It is, however, not straightforward either â&#x20AC;&#x201C; any spots closeby are always interfered by elements like displaying cloth, layer of translucent glass or plants. The expected result is the visual extension in a small space â&#x20AC;&#x201C; the mystery of space.

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5 EXTERIOR PRIORITY Community library / Independent / Sept. 2013-Nov. 2013 INSTRUCTOR Ye Peng ACADEMIC YEAR 2013 Fall.

SITE Hefei, China CONSTRUCTION SYSTEM Compositie Steel/Concrete Land area 8602.29 ㎡ Construction area 4522.20 ㎡ Basement area 211.94 ㎡ LINK https://www.zeeleong.com/exteriorpriority

Treating architecture as a tool, is to reveal, ease, or solve social problems to meet demand of the public.

In this studio project, voices from the residents is set to be the first priority, which is asking for proper public open spaces and convenient access to it.

Architecture, then, should not only provide indoor space as a library, but also become an open space encouraging diverse activities to happen.

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Inborn Problems

LOCATION: HUPO Hupo Community, Anhui, P.R <31.86째 <31.77째 N, 117.26째 117.20째 E> LOCATION: community, Hefei, P .R. China

Existent problem

Ideal situation

Anhui Province

Hefei City

Hupo Community

I believe that many problems deeply rooted in China are partly due to the large population, which is hard to change in a short period of time. But it does not mean architects can do nothing to address the problems.

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The library locates in the old HUPO community in Hefei city. Like many other old communities in China, HUPO is densely populated with large groups of senior and young residents. After visiting the neighbourhood, I realized that both groups currently have very limited spaces for their daily activities like dancing and roller skating. Sitting at the center of the community, the new community librar y should take the challenge to balance the interior building space and the great demand of public space.

Site

Existent problem

Ideal situation

Site Plan 20M

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Panorama Rendering The interconnecting â&#x20AC;&#x153;cavesâ&#x20AC;? serve as not only a path for residents crossing the site, but also an inspiring spaces for different age groups of residents to hold various activities. And it 56 creates shelter and shading for activities in scorcher and rainy days.

View Point

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Salon

Viewing Deck

Stack Room

Check out Onpening Reading Area Audiovisual

Reading Room

Circulation

Toilet Periodical

Lecture Hall

Fire-fighting stairway Offices Index Children`s Reading Room

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People looking for a book and checking out 1 Searching 2 Finding out 3 Checking out 4 Reading People returning books and checking in People visiting the library and looking around Children coming in and doing reading People visiting the exhibiition and attending the lecture People going below the building People who are staffs of library Urgent Evacuation

Art Reading Area Art Hall

Handmade Modeling

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12

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10

3

4 5 13 1

6 2

First Floor plan 8M

1. Main Entrance 2. Art Center Entrance 3. Index 4. Children Reading Room 5. Art Reading Room 6. Exhibition Area 7. Staff Entrance 8. Cafe 9. Office 10. Outdoor Stage 11. Covered Activity Area 12. Activity Area 60 13. Park

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Rendering

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6 FUSION Housing/ Independent / Sept. 2014-Nov. 2014

INSTRUCTOR Liu Yang ACADEMIC YEAR 2014 Fall.

SITE N/A CONSTRUCTION SYSTEM Compositie Steel/Concrete Construction area 4153.58 ă&#x17D;Ą Basement area 442.13 ă&#x17D;Ą LINK https://www.zeeleong.com/fusion

The key of the design is a combination of typical housing units and a three-dimensional arrayed geometry deformed from cutting and folding a flat surface. After the combination, we could find out many interesting and unusual spaces, like, triangle, rhombus and trapezoid. The process of developing the project is to functionalize them and make them meaningful, turning the pure geometry into an comprehensive architecture system.

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Figure-ground Analysis

Model Analysis

Figure-ground Relations

Model Formation

Four floor relationship

Figure-ground realationship modeling facade

New relationship

Possibilities of surface on the model

Monomer

FORM

TYPE 1

TYPE 2

Combination Solution

Possibilities of space within the model

Bedroom Living room

Possibilities of Detail Solutions Bedroom ok Bo lf

she

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Duplex

Possibilities of surface formed between points on the model

Plants

Monomer Formation Bedroom floors

N

Adjustment

Combination

Creating passage

Double floors in every unit

Living floors

House Types Formation

A Type: Single Room Area: 39.8 ㎡ Family members:

/

B Type: 2bedrooms +1washroom +2balconies Area: 78.3 ㎡ Family members:

/ / /

C1 Type: Loft Area: 79.6 ㎡ Family members:

///

D Type: 3bedrooms +2washrooms +3balconies Area: 121.3 ㎡ Family members:

/

C2 Type: 3bedrooms +3washrooms +2balconies Area: 121.3 ㎡ Family members:

/

C2 Type: 4bedrooms +2washrooms +2balconies Area: 121.3 ㎡ Family members:

/

Handmade Modeling

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The main interior spaces are placed between two geometric forms, and they shape the interior spaces from different degrees. In the north part, the gap is managed in to passage spaces. And mostly, room plan are adapted to meet the functional requirements like kitchens and bathrooms. The geometric form has greater influence on the south faรงade, a pitch roof shape of frame is formed in the living room; the balconies are interlaced at different floors; the sloping walls are used as bookshelves and space for plants.

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70

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72

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Life Content and Space Interface

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PROFESSIONAL PROJECTS CONCEPT DESIGN OF HOUMALU BRIDGE IN XUHUI

Internship

Bridge Concept Design [Perfessional] Cooperated Jun. 2015-Aug 2015

ROLE Finish conceptual design, process model, diagram and presentation File

Lcation

Xuhui, Shanghai

China

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Concept Process Model

First Presentation Model

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Second Presentation Diagram

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Second Presentation Model

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8

LATERITE MUSEUM

Internship

1/100 & 1/300 Physical Model Design and Fabrication [Perfessional] Cooperated Jun. 2015-Aug 2015

ROLE 1:100 handmade physical model design, fabrication and photography

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OTHER WORKS Industrial & Interative Design

INSTRUCMENTAL _RED DOT LASER GUITAR

CYBERPHYSICAL _ZIP TUBE

Red dot laser guitar / Independent / Jan. 2017-Mar. 2017

Origami Installation / Cooperative / Sept 2016-Nov. 2016

INSTRUCTOR: Steve Lee

INSTRUCTOR: Guvenc Ozel

ACADEMIC YEAR: 2017 Winter

Benjamin Ennemoser & Mertcan Buyuksandalyaci

CONSTRUCTION SYSTEM: 3d Print

ACADEMIC YEAR: 2016 Fall

WORK FLOW & PLATFORM:3d Print

CONSTRUCTION SYSTEM: Paper

LINK https://www.zeeleong.com/instrucmental

COOPERATOR: Tatar Huma Nazli, Akitopu Alara LINK https://www.zeeleong.com/cyberphysical

WORK FLOW & PLATFORM:

80

MAYA 2017

3D Print

Arduino

Ableton

WORK FLOW & PLATFORM:

MIDI

Grasshopper

Laser Cut

Arduino

KUKA ROBOT

INFLATABLE _SOFT ROBOT

INTERWEAVING Augmented Robot / Cooperative / Jan 2017-Mar. 2017

Robotics / Cooperative / Sept 2016-Nov. 2016

T-splines

INSTRUCTOR

INSTRUCTOR

Benjamin Ennemoser & Mertcan Buyuksandalyaci

Benjamin Ennemoser & Mertcan Buyuksandalyaci

ACADEMIC YEAR: 2016 Fall

ACADEMIC YEAR: 2017 Winter

CONSTRUCTION SYSTEM: Silicon, PLA

CONSTRUCTION SYSTEM: Resin, String

COOPERATOR: ZHIYU ZHANG

COOPERATOR: Yifan Chen, Tian Lou

LINK https://www.zeeleong.com/cyberphysical

LINK https://www.zeeleong.com/interweaving

WORK FLOW & PLATFORM:

WORK FLOW & PLATFORM:

MAYA 2017

3D Print

KUKA ROBOT

Firefly for Grasshoper

Leap Motion

Unity

Grasshopper

KUKA ROBOT

Oculus

Arduino 81

OTHER WORKS Undergrad Architectural Projects

YE Ancestral Hall

Mapping and Drawing [07/2013] Collaborative project Role: 3D Modeling, 2D Graphics

Scenic Spots Design [07/2014] Professional project, collaborative Role: Art designer

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Architectural Depar tment Hall Design [10/2014] Course in Environmental Technology Collaborative project

Moving+Station

Temporary Device Design Collaborative project Role: Schematic Design, 3

n [03/2014]

3D Modeling, 2D Graphics

The Spirit of Industry

University Exhibition Centre Design [12/2012] Individual

Kinder-garden

Kindergarten Design [03/2013] Individual

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RESUME

LIANG ZHE

Architectural Student & Designer

https://www.zeeleong.com/ zeeleong@g.ucla.edu 310-484-9054

Address: 5740 W Centinela Ave, #223 Los Angeles, CA, 90045

EDUCATION

Master of Architecture II (in progress) University of California Los Angeles GPA: 3.674/4

STATEMENT Beside dealing with tradictional architectural projects, I am familiar with combining different industrial technologies with the architectural design process. I believe that the future of Architecture will be more about experience and interdisciplinary, integrating with different new technologies. The physical environment will increasingly engage with the digital experience to shape daily life.

09/2011- 07/2016 Hefei, China

Projects are Selected in Summer, Fall, Winter Quater Exhibition

Bachelor of Architecture Hefei University of Technology GPA: 3.51/4 Major GPA: 3.73/4 Selected in Dean list in 2011-2016 Graduated Project Merit Award

08/2016- 06/2017(Expected) Los Angeles, US

PROFESSIONAL EXPERIENCE

INTERNSHIP

Naturalbuild

Design:

-Project_01: Tongling Laterite Museum, Ruichang, Jiangxi Role: 1:100 handmade physical model design & fabrication Client: The Government of Tongling city -Project_02: The Concept Design of Houmalu Bridge, Xuhui, Shanghai Role: Conceptual Design, diagrams and 1:20 handmade model

Digital:

COMPETITION

SKILLS

Theory, Conceptual, Schematic and Detail Adobe suite: Illustrator, Photoshop, After effect, In Design, Premiere 3D & 2D : Rhino, T-splines, Maya, AutoCAD, Sketch up, ZBrush, Revit, Unity, AutoCAD Environmental software: Ecotect, Climate Consultant Rendering & Animation: Maya, Maxwell, V-Ray, Mental Ray, KeyShot, 3DS MAX Coding: Grasshopper, Arduino, Processing Sketching, Hand drawing, Freehand Physcial Design, Color Theory

Physical Modeling

Capable of designing with physical models, Capable of using heavy duty tools Using different materials: wood, styrene, acrylic, multiple types of paper, metal, silicon

Other

Professional Geographic Photgrapher

Language

Cantonese(Native), Mandarin Chinese(Native), 84 English(Fluent)

06/2014-09/2014 Shanghai, China

National Universities’ Planning of Design and Educational Results’ Competition 2014 -Individual, Excellence Award -Project: Oversea Flagship Store of Chinese Products Chinese Contest of the Rookies’ Award for Architectural Students 2013 & 2014 -Individual, Top 100 -Project: Oversea Flagship Store of Chinese Products (2014) -Project: Kindergarten Design (2014) Substantial Construction Competition between the Taiwan Straits -Role: Schematic Design, 3D Modeling, Real scale construction -Honorable Mention -Collaborative project: Digital and Traditional National Green Buildings Design Competition 2013 -2 people team work, individually finish models and digrams.

-2nd Prize -Collaborative project: Moving+Station Chinese Contest of the Rookies’ Award for Architectural Students 2013 -Individual, Top 100 -Project: Kindergarten Design

AWARDS & EXHIBITIONS

NEXTFEST17 Conference by FuturizeX at UCLA Luskin Conference Center Exhibited Projects “Vehicle Plus” CES at UCLA Anderson School of Business Exhibited Projects “Inflatable Silicon Robot” HFUT Architecture & Art school exhibition Dean List 2011, 2012, 2013 & 2014 Selected Projects Bachelor of Architecture Graduated Project Merit Award Hefei University of Technology

PHOTOGRAPHY

[Horseshoe Bend] f/4, 1/30s, ISO-200, 20mm

[Seagram Building] f/4.5, 1/8s, ISO-3200, 24mm, +2step

PUBLICATION

Collection of Teaching Plan for Architecture Design and Theory in Architecture School of China 2012 <ISBN-9787112155484> Masters works analysis was selected, 07/2013

Chinese Contest of The Rookies` Award for Architectural Students <ISBN-9787564150181> Kindergarten Design was selected, 07/2014

Chinese Contest of The Rookies` Award for Architectural Students <ISBN-9787564159467> Oversea Flagship Store of Chinese Products was selected, 08/2015

Collection of Pan Guotai Caligraphy and Tradictional Chinese Paintings <ISBN-9787505994621> As the main editor and art designer, 12/2014

[Morning Seattle] f/5.6, 1/200s, ISO-100, 99mm

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