Shihui Liu_Landscape Architecture Portfolio

Shihui Liu Landscape Architecture Portfolio

Shihui Liu

Profile Portfolio

Landscape Designer / Urban Designer [No visa sponsorship needed until August 2024]

Contact Information liush@uw.edu 425-505-7708 4710 University Way NE, Apt 402 Seattle, WA 98105

Summary of Qualifications • 1 year professional experience in landscape architecture • Good at written, verbal, and digital communication • Able to take multiple tasks with time management skills • Work well independently and collaboratively • Eager to learn and ambitious about making a better built environment • Passionate about interdisciplinary and systematic process

Software Skills • Proficient: Office Suite, AutoCAD, Photoshop, Illustrator, InDesign, Sketchup, Lumion • Intermediate: Rhinoceros, ArcGIS, 3ds Max • Basic: V-Ray, Grasshopper, Revit, Civil 3D

Certifications LEED Green Associate

by U.S. Green Building Council Revit 2020: Essential Training for Architecture

by Lynda.com

Languages • Native: Chinese (Mandarin & Cantonese) • Basic: Japanese, French

Reference Daniel Winterbottom, RLA, FASLA, Professor Dept. of Landscape Architecture at UW nina@uw.edu Nancy Rottle, RLA, FASLA, Professor Dept. of Landscape Architecture at UW nrottle@uw.edu

Ecuation University of Washington, Seattle, WA Sep. 2019-Jun. 2021 Master of Landscape Architecture, Certificate in Real Estate (Exp.) • Cumulative GPA: 3.72 • Course Highlights: Design Implementation, Urban Soils and Hydrology, Site Planning, Human Perception of Place, Urban Design Theory Tunghai University, Taichung, Taiwan Sep. 2014-Jun. 2018 Bachelor of Landscape Architecture • Overall GPA: 3.70 • Course Highlights: Geographic Information System, Planting Design, Landscape Construction: Materials and Methods, Landscape Engineering

Professional Experience Feb. 2019-Jul. 2019 ACA Aicon Landscape Design(Website), Shenzhen, China Entry-level Landscape Designer • Created and modified concepts, site plans, 3D models, and rendering • Communicated with clients and contractors to update the design • Interpreted oral conversations between Chinese and foreign designers Residential Projects: Xi'an Intelligence Valley, Jiujiang "Hua" Residence Aug. 2018-Jan. 2019 Hualin Landscape Engineering Co., Ltd., Guangzhou, China Landscape Designer • Performed field studies on current site plan and vegetation survey • Collaborated with cost engineers and contractors to estimate the cost • Prepared construction documents and specification Residential Project: Mayland Lake Resort Avenue Landscape Renovation Commercial Projects: Baiyun International Airport T2 Planting Renovation Jul. 2017-Aug. 2017 Antao Group(Website), Shanghai, China Landscape Architecture Intern • Gathered site information on history, demographics, and zoning codes • Assisted the senior designers to develop the schematic design Park & Recreation Project: Dalian Bay Pier Forest Park Chuangjing Landscape Design Institute, Guangzhou, China Landscape Architecture Intern • Assisted in schematic design and construction drawing Urban Design Project: Panyu Wanbo CBD Master Plan Competition

Aug. 2016

Activities Jun. 2020 - Present UW EXTENTS (Student Publication by UWASLA) Layout Team • Arranged text and graphics for a landscape architecture magazine • Coordinated with the publication professional to prepare material Sweetgrass Shoreline Design Workshop Volunteer • Facilitated the discussion among multi-disciplinary professionals • Prepared the digital working platform for design team members

Oct. 2020

Capitol Hill EcoDistrict Public Life Volunteer • Studied Jan Gehl's theory on equitable, healthy & sustainable cities • Observed and recorded pedestrians' pattern of street use

Nov. 2019

Summer Program(Theme: Tourism) in Nara Women's University, Japan • Learned about Nara through intensive lectures and field trips • Directed and produced a micro movie on Nara's lifestyle

Jul. 2016

Mar. 2015 - Sep. 2015 Tunghai U Alpha Leader(Team Leader in Orientation Week) • Attended training sessions on leadership and relationship building • Facilitated interaction among freshmen and introduced the campus

Honors & Awards The 1st International Water Landscape Design Competition Daguan Pavilion Cup in 2019 - Honorable Mention Antao Design Working Camp 2017 The Best Cadet Award

Dec. 2019 Jul. 2017

01

C.H.A.S.E. Activating KCMO through 5 Engines

02

Urban Connector: Reimagining the Public Life

03

Blue revolution: Daguan Park Renovation Landscape

04

Interweaving Life-cycle: Renvisioning Dongshi Fishing Port

05

The Zip-line: Recreation Activity Development

06

Other Works

C.H.A.S.E. Activating KCMO through 5 Engines A

B

#Urban Redevelopment #Urban Renewal Type: Competition | Group Work Group Member: Yiran Wang, Gloria Cheng, Zining Cheng, Jude Zhu

14

13

Contribution: Design Concept, Analytical Diagram, Financial Study

12

c

Instructor: Rachel E. Berney, Rick Mohler, H Pike Oliver, Jess Zimbabwe, Kate Simonen

P4

Location: East Village, Kansas City, MO

bus stop

Time: Jan. 2021 (Submission for ULI Hines Student Competition)

10

The site is located in the East Village near the Kansas City’s Central Business District and is surrounded by the Downtown 09 Loop. Through five engines: Connection, Health, Affordability, Story, Economies, this project aims to realize urban redevelopment and increase the site’s vitality. Strategically it creates strong connections between the site and the urban center. What is more, it E 10th Street (Green Corridor) proposes a community where attracts + retains + educates people who visit, live and learn on the site.

11

P3 08

E1

bus stop

W1 P2

b

01 Retail / Research Office + Lab / Hotel 05

02 New Transit Center / Exhibition / Retail + Recreation + Office

07

06

03 Retail / Structure Parking 04 Grocery Store + Share Kitchen / New Office / Residential Development 04

05 Food Hall / New Office Development

03

06 Retail / Structure Parking bus stop

07 Landmark: Cinema / Theater Culture Center 08 Sports Center 09 New Residential Development 01

10 New Residential Development

02

11 Health Center w/ Child and Senior Care 12 Community Library / New Office Development P1

13 Farmers Market / New Residential Development

a

14 New Residential Development

E 12th Street (Suggested New Streetcar Line)

W1 Woonerf, (pedestrian & cyclists-priority) City-Community Corridor

A

P1 City Plaza w/ Fountain

B

P2 Food / Festival Plaza P3 Community Playground P4 Community Garden F1

F1 Potential Future Office Development 0

200’

400’

800’

SITE CIRCULATION

SUSTAINABLE SYSTEMS

STREET ACTIVITIES

PHASE 1: Connecting Downtown

Financial Performance

Development

Financial Performance

Development

Financial Performance

Development

Financial Performance

Development

PHASE 2: Identity/Culture/Life/Events

PHASE 3: Healthy/Sustainable Neighborhood

FULL BUILD OUT: LAND USE

Urban Connector: Reimagining the Public Life #Urban Public Space #Green Infrastructure Type: Academic | Individual Instructor: Nancy Rottle, Louise Grassov Location: Capitol Hill, Seattle, WA Time: Oct. 2019 - Dec. 2019 E Howell St connects some important spots and residential areas in Capitol Hill. The street has green spaces in sidewalk but in infrequent use. To solve stormwater problem and activate public space, the design turns the sidewalk green spaces into swales and adds some functional facilities.

New Construction

The design is divided into two parts: a modular area with different functional spaces along the street and a non-modular area with a learning plaza. These two parts serve as a whole to be an urban connector in Capitol Hill.

Green Open Space

Seattle Central College

Sidewalk Space

Graffiti

Art

Diversity

Site Analysis Circulation

Users

Park lovers

College students

Existing bike lane Planned bike lane Streetcar Link light rail

Water condition

Consumers

Residents

Residents

Site assets

Urban farmers

Kaiser Permanente

Seattle Central College Cal Anderson

P-Patch

Park

Green street Reservoir Flow direction

Farmers’ Market

Goals

Issues & Strategies

Balance between urban context and green space

Challenges 1. Green spaces with basic functions 2. Lack of users and interactions Building Footprints N

Miles 0.6

x

0.15

Contours (2ft) Streets

City of Seattle Parks

Streams

City of Seattle

Waterbodies

Study Area (a

0.3

Miles 0.6

+Trees

Shoreline

Building Footprints

and Foot Contours (2ft) Diversity Building

Trees

Streets

inclusiveness

Strategy 02: N Various activities for Streams City Bring more activities intoof Seattle Parks different groups sidewalk green spaces

Miles 0.6

Study Area (approx.)

0

Building Foot

Trees Strategy 01 Study Area (approx.)

Turn the sidewalk green space into linear rain gardens Shoreline

0

Walkability and public transport

0.15 Shoreline 0.3

Strategy 03 Create a tightly-connected community

Miles 0.6

Waterbodies

Trees

City of Seattle

Study Area (a Shoreline

Sustainability of water and society

Plan Along the E Howell St, the design strategy is to dig swales and add facilities to form modular functional spaces.

In the vacant land near Seattle Central College, a public plaza is created to satisfy the needs of both students and community members (see next spread).

Modular Area Dig down

Detail Plan I

Detail Plan II

Current Condition A Gathering Space: Platform | seating

Bioswale

B

C

Workout equipment

Kids’ recreation

In normal days - modularized interventions

https://www.google.com/maps/@47.6171507,-122.3173104,490m/data=!3m1!1e3?hl=zh-TW&authuser=0

In park(ing) days - parklet systems

D

圖像 © 2019 Google、圖像 © 2019 Maxar Technologies、U.S. Exercise Space: Playing Space: Meaditatio Individual

Legend Non-module Area Module Area A. GatheringSpace B. Exercise Space C. Playing Space D. Meditation Unit E. Exhibition Unit Detail Plan I: Gathering + Playing + Exhibition

1

2 3

Bio-rentention

E . Geological Survey USDA Farm Service Agency on Unit: Exhibition Unit: Art installlations | statues seating

4

、

5

、 圖 ©2019

200

英尺

1. Benches 2. Tea table set 3. Seating area (parklet)

Scale: 1”=40’ 4. Co-creating pictures 5. Stepping stones

Detail Plan II: Playing + Exhibition + Exercise + Meditation

2

1

4

1/1

5

1. Climbling net 2. Exhibition easels (parklet) 3. Small statues

3

6

Scale: 1”=40’ 4. Sky walker 5. Sit-up machine 6. Isolated stools

To see:

Non-modular area

To read: Input

Outdoor art gallery

Reading space

To perform:

To create: Output

Design Concept

Stage

Makerspace

To discuss:

To buy + sell:

Meeting space Plan

Marketplace

Le fro hu

Input & Output

Spatial uses

Hotel + Apartment

•328.0

K

Circulation

•331.0

L M

N

Major route Minor route

330

•326.0

328

Programming

326

•326.0

Multi-functional space Rain garden Woods Seating area Pocket park

O

Seattle Cen Broadway Ed

Community Learning Hub

earning om uman

“Learning” is a word that summarizes the activities in this area. It is not limited to college students: community members can also learn from functional spaces other than classrooms.

This mind map explores the definitions and typologies of learning.

To feel:

To relax:

Pathway To play:

Seating area To sit:

Topo-playground

Grass steps

To touch:

To see:

Interactive fountain

Playable waterscape

Vegetation

Learning from nature

Landform

Water

A. Bicycle parking B. Sunken fountain C. Interactive controller D. Seating area E. Rainbow road art F. Fountain G. Playground H. Sunken riverscape I. Coffee shop & kiosk J. Grass stairs K. Woods L. Rain garden M. Floating theather N. Multifunctional space O. Transitional space

Link Station •336.0

A

•336.0

B C •335.0

J I

•334.5

Mill Creek Apartment 332

D G

E

H

F •334.0

ntral College dison Building

•334.0 N

Mill Creek Apartment

0

20

40

80 ft

B A C

A. Rain Garden + Floating Stage

B. The Woods + Grass Stairs

B. Road Art + Riv

verscape

Blue Revolution: Daguan Park Renovation Landscape #Parks & Recreation #Ecology #Wetland Type: Competition | Group Work Group Member: Jinning Wu, Wenfeng Jiang, Liuqi Yang, Jianing Yu Contribution: Design Concept, 3D Modeling, Rendering Instructor: Yan Zhou Location: Kunming, Yunnan, China Time: Dec. 2019 Prize: The 1st International Water Landscape Design Competition in 2019 - Honorable Mention To improve the health condition in south Daguan Park, the plan solves the problems of water pollution, broken waterscape, seasonal hydrologic variability, and lack of cultural integration with integrated strategies. The plan creates a healthy space for waterfront lifestyles, activities, communication, and recreation.

The Daguan Park is located on the Bank of Dianchi Lake, about 2 kilometers west of Kunming City, Yunnan Province, China.

Facing the Dianchi Lake and the west mountain, it is a famous tourist attraction in Yunnan Province, and also an excellent choice for nearby residents to have leisure, entertainment and sightseeing. The design site is the south part of Daguan Park, covering an area of about 27.9 hectares.

N

Master plan by Jianing Yu & Jinning Wu

Concepts

Strategies

Revetment

Type I

Rainwater Purification Sediment area Shallow water: Purification area

Type II

Type III

Deep water: Purification area Floating wetland

Aquatic plant palette Emerged

Floating

Acorus calamus

Canna indica

Iris wilsonii

Nuphar pumila

Phragmites communis

Pontederia cordata

Thalia dealbata

Nelumbo SP.

Jogging

Birdwatching

Dogwalking

Performance

Environmental education

Chatting

Fishing

Picnicking

Photographing

Interweaving Life-cycle: Renvisioning Dongshi Fishing Port #Urban Public Space #Green Infrastructure Type: Academic | Individual Location: Chiayi, Taiwan Time: Mar. 2017 - Apr. 2017 (Rediagram in Aug. 2020)

Dongshi, a small township in south Taiwan, prospers in fishing resource for several decades and becomes an important center of fishery. However, the overuse of groundwater in aquaculture and agriculture cause severe environmental problems including land substance and soil salination. Moreover, young people in Dongshi move to urban area to seek greater economic opportunities, leaving their hometown with ageing population.

This design proposes a new typology for typical coastal area in south Taiwan considering the life-cycle of different species including human being. In subtidal zone, hexagon racks are floating on the sea to cultivate oysters and vegetables in different seasons. The structure doesn’t need to occupy the land and the inner freshwater generating system will decrease the use of groundwater. In intertidal zone, existing landscape or infrastructure are linked with the racks with least ecological disturbance. In subtidal zone and upland, the product and byproduct in the lifecycle of oyster are integrated with different functional space for all age groups to maximize the ecological, economic, and social benefits.

Historical context Culture

Issues

[land substance]

Agriculture

Fishery

[soil salination] 17th century

Immigrants from Fujian(Hokkien) moved across the Taiwan Strait to start reclamation in Dongshi

[outflow of workforce] Site Analysis

[population ageing]

Early 18th century People gradually lived on cultivating the oysters.

1895

The battle of oyster shell town: local militiamen fight against Japanese colonization

Zoning

1930s

Nanguan music lovers performed frequently and became popular in Dongshi.

Riparian area Agriculture area Rural area Special area

1960s

Transport

Rice and sugar cane became the major crops.

Highway Major road Ferry line

1960s

farmers switched to fishery for greater profit. Fishery outweighed agriculture.

Industry

1990s

Multigrain became the primary crops for agriculture

Crop field Fish pond Oyster rack

Ecology

2002

Important wetland

After joining WTO, foreign fishery catch exceeded the local one. Young people left their hometown to seek for opportunities other than fishery.

Site 01: subtidal zone [life cycle of oyster + life cycle of vegetable]

Slow down the wave with oyster shells

Mitigate the soil salination Save groundwater for irrigation

=

Mitigate the land substance [Removable greenhouse]

[Permanent oyster rack]

Tidal driven water pump: Pump seawater to solar still and pump freshwater to drip irrigation system

Styrofoam float with polyurea coat: Increase buoyancy and avoid foam debris to cause marine pollution Hexagon structure: Greater stability and accessibility

Solar still: Desalinize seawather and transport freshwater upward

Wood strip: Allow people to step on and harness the rope string to cultivate oysters

Plycarbonate covering panel: Protect the vegetables from inclement weather

Seeding Harvesting

Jan.

Oyster

Feb.

Mar.

Apr.

Growing in the sea

May

Jun.

Jul.

Aug.

Harvesting oysters

Sep.

Oct.

Collecting spats

Nov.

Dec.

Growing

Tomato Melon Asparagus Site 02: intertidal zone [soft transition] Remove existing dolosse

Connect to elevated pathway

Connect to floating bridge

Mangrove

Roads

Port

Site 03: supratidal zone + upland [life cycle of oyster + life cycle of human being] Finding the problems

Framing the problems

Land substance

Solving the problems Floating oyster rack + greenhouse

Ecological restoration

Groundwater salination Soil salination Disappearing sand bar

Overuse of groundwater, limited space for species

Mangrove ecosystem

Fishing industry

Play & sports area

Less protective lagoon

Non-sustainable approach, unstable revenue

Fishery loss caused by weather

Economy growth

Outflow of young people Aging population Inactive public space

Waterfront leisure facilities

Single industrial structure, limited labor force

Museum & art space

Recreational uses

Reclamation with oyster shells

few users, few activities, not a major attraction

Limited recreational activities

Wave attenuation by oyster

Playing with topography

Mangrove walkway

f human b cycle o eing e f i L Baby Senior

Therapy garden

cycle of oy ste Life r

Parental gathering

Sperm Shell

Egg

Adult oyster

Sightseeing boat

Fertilized egg

Middle-aged

Workout area

Free-swimming larvae

Spats attached to existing shell

Mangrove canopy playground

Children

Sand playground

Spat Young adults

Fresh market

Creating shell art

Teenager

Environmental education

Museum of fishery

B

A

C D F

E

G

H

N

Legend

L 0

10 20

30 m

A. Topographic playground B. Sandpond + gathering space C. Canopy playground D. Pavilion for ecological education E. Mangrove walkway F. Hexagon oyster rack G. Existing building → museum of fishery H. Fresh fish market I. Existing tower of tropic of cancer J. Therapeutic garden K. Sports area L. Plaza + dock

J I

K

Intertidal zone with floating rack

Mangrove walkway

Elevated playground in mangrove

Seating facility

Sand playground

Topographic playground Open lawn

1.

Museum of the fishery + art space

Pavilion for ecological education

Mangrove walkway

2.

Minor route

Mangrove

Major route

Sand playground

Topo playground

Open lawn

2.

1.

The Zip-line: Recreation Activity Development #Regional planning #Recreation development Type: Academic | Group Instructor: Yu-Ru Rose Ho Individual Contribution: Concept, Discussion of Setting the rules, Overlay-mapping process, Calculation Location: Nantou, Taiwan Time: Feb. 2017 - Dec. 2017 Natural Resources

Cultural Resources

As part of the Tourism Development of Sun Moon Lake Area, this project aims at activating and diversifying the recreational experience in the southern area. Based on the data collected by the whole class, I conducted the overlay mapping process to find the optimal location for the zip-line.

Landscape Resources

Slope

Land Use

Landscape openness

Geohazard

Transport

Landscape Beauty Level (Cultural)

Vegetation Cover

Land Ownership

Landscape Beauty Level (Natural)

Rule 1:

Rule 2:

Rule 3:

Rule 4:

The Cheapest Cost

The Best Recreational Experience

The Least Disturbance on Ecology

The Smallest Disturbance on Visual Landscape

35%

30%

15%

20%

The best location of the zip-line will be the southeast of the site, across Zhuoshui River.

Waste Management Plant at Guangdong Agrotechnique Center #Structural #Agricultural Type: Professional | Group Group member: Zuhui Lu(Project Manager) Individual Contribution: Field Study, Surveying, Construction Drawing Location: Guangdong, China Time: Oct. 2018

Guanzhou Island Life Science Center Planting Renovation #Commercial #PlantingDesign Type: Professional | Group Group member: Zuhui Lu(Project Manager) Individual Contribution: Field Study, Site Analysis, Planting Design, CAD Drafting, Cost Estimation Location: Guangdong, China Time: Nov. 2018

Scientific Name

Common Name

Aspidistra elatior

Cast Iron Plant

Ficus benjamina Osmanthus fragrans

Weeping fig Sweet osmanthus

Loropetalum chinense

Chinese fringe flower

Ligustrum sinense 'variegatum

Chinese privet

Duranta repens

Duranta erecta

Ficus microcarpa 'Golden Leaves' Fagraea ceilanica Thunb.

Bougainvillea glabra Robinia pseudoacacia

Black locust

Casuarina equisetifolia Ficus lyrata

Fiddle-leaf fig

Osmanthus fragrans var. semperflorens Syzygium rehderianum Merr. & L.M.Perry.

Lagerstroemia indica

Crepe-myrtle

Mayland Lake Resort Entrance Landscape Renovation #Resort #Residential Type: Professional | Group Group member: Zuhui Lu(Project Manager) Individual Contribution: Field Study, Site Analysis, Planting Design, Cost Estimation Location: Guangdong, China Time: Oct. 2018 - Nov. 2018 Cordyline fruticosa Duranta repens L. Ixora chinensis Loropetalum chinense ‘Rubrum’ Evolvulus nuttallianus

Nandina domestica

Washingtonia filifera Roystonea regia Rhapis excelsa

Gypsophila paniculata Excoecaria cochinchinensis Schefflera octophylla (Lour.)

Harms Dianella ensifolia

Plumeria obtusa Ficus microcarpa ‘Golden Leaves’ Pittosporum tobira

Xi’an Intelligence Valley Residential Plan - Model Area #Mixed-use #Residential Type: Professional | Group Group member: Shaoxue Huang(Project Manager), Dan Chen(Mid-level), Weijie Wang(Entry-level) Individual Contribution: Concept, CAD Drafting, 3D Modeling, Rendering, Design Proposal Location: Shaanxi, China

景观方案过程

Time:Feb. 2019 - Apr. 2019 2019.02.22 概念沟通 2 个草图 + 意向

2019.03.05 方案设计 3 个方案平面 +SU 模型效果 + 意向

2019.03.10 方案设计 4 个方案平面 + SU 模型效果 + 意向

2019.03.13 方案设计 4 个方案平面 +SU 模型修改效果 + 意向

2019.03.17 方案设计 2 个方案平面 +SU 模型效果 + 意向

2019.03.21 方案设计 2+1 个方案平面 +SU 模型 +LU 效果 + 意向

2019.04.02 方案设计 2 个方案平面 +SU 模型 +LU 效果 + 意向

效果图

Landscape annotations 景观注解

Jiujiang “Hua” Residence: Model Area + Cluster Plan 2.04 2.05

2.04

2.04 #Multi-family #PublicSpace 2.02 2.03

Type: Professional | Group

2.01 2.04

Group member: Shaoxue Huang(Project2.05 Manager), Dan Chen(Mid-level), Weijie Wang(Entry-level) 2.04 2.02

2.04

2.03 Individual Contribution: Concept, CAD Drafting, 3D Modeling, Rendering, Design Proposal, Cost Estimation 2.01 1.04

Location: Jiangxi, China 1.09

1.04

境 | 人入画境 | 后院

Time: May 20191.07- Jul. 2019

Circulation analysis 流线分析

1.08

1.04

1.04 1.05

感知

1.07 1.04

1.06

落座 窗景

迎宾

影 | 浮光掠影 | 前厅

1.03

落座

1.01

欣赏

1.04 1.07 1.04

1.06

信步

相遇

1.02

1.03

2.04

2.04

2.02 2.03 2.01 1.04

Planting design 植物设计

发现

2.04 2.05

车行流线 人行主流线

人行辅助流线

1.04

境 | 人入画境 | 后院

1.01 背景林带 1.02 林下休闲座椅 1.03 主景树 1.04 绿地空间 1.05 叠水水景 1.06 艺术雕塑 1.07 异形树池 1.08 精神堡垒 1.09 聚集广场

1.04 1.04 1.05

嬉戏

发现

1.09 1.02

1.07 1.08

落客

La

2.01 休闲茶座 2.02 艺术屏风 2.03 艺术雕塑 2.04 主景树 2.05 禅意庭院

2.01 休闲茶座 2.02 艺术屏风 2.03 艺术雕塑 2.04 主景树 2.05 禅意庭院

影 | 浮光掠影 | 前厅 1.01 背景林带 1.02 林下休闲座椅 1.03 主景树 1.04 绿地空间 1.05 叠水水景 1.06 艺术雕塑 1.07 异形树池 1.08 精神堡垒 1.09 聚集广场

1.01

1.04

1.04

1.04

境|人

2.01 休 2.02 艺 2.03 艺 2.04 主 2.05 禅

1.09 竹子 红枫 天竺桂

1.07

紫薇 丛生朴树 乌桕

Wall system 景墙体系

银杏 香樟

1.08

影|浮 1.05

1.07 1.04

1.06

1.02

1.03

Front space 影 | 前厅 Perspective 效果图 1.04 1.04

1.04

广告绿墙 高差挡墙

景观灯具

1.01

1.01 背 1.02 林 1.03 主 1.04 绿 1.05 叠 1.06 艺 1.07 异 1.08 精 1.09 聚

Spatial structure analysis 空间结构分析

一轴呈门礼 一环绕五怡

1. 门

一轴 社区中央南北向延伸的中央景观轴

门礼 位于轴线上的府门与礼庭 怡赛

一环 乐跑 + 乐归之环

乐归 乐跑

Spatial 热身区 structure analysis 空间结构分析

一轴呈门礼 一环绕五怡

怡邻

五怡 五个不同功能的景观空间

4.03

怡聚 礼庭

怡耄

起点 / 终点

怡稚

一轴

3.09

社区中央南北向延伸的中央景观轴

热身区 序章

府门

3.10

门礼 位于轴线上的府门与礼庭

Circulation analysis 流线分析

怡赛

一环

Circulation analysis 流线分析

乐跑 + 乐归之环

五怡

热身区

2. 一

1.01

乐归 乐跑

1.02

4.01

五个不同功能的景观空间

怡邻 怡聚 怡耄

礼庭

4.01

4.01

起点 / 终点

怡稚

府门

3.07

1.09

4.01

1.08

3.02

车行路径 人行路径

城市道路 车行路径 Vertical analysis 高程分析

主环路

3.01

4.04

城市道路

跑环路

人行路径

游憩路

主环路

停留点

跑环路

1.06

2.02 4.01

游憩路

1.07

1.05 1.02

±0.000=42.20

±0.000=44.800

7.1%

借用地库边解决高差 44.500

44.500

放坡解决高差

3.08 2.01 4.01

4.01

4. 其 4.01 4.02 4.03 4.04 4.05

地库边高差剖面

±0.000=43.800

3.3%

44.500

3.01 3.02 3.03 3.04 3.05 3.06 3.07 3.08 3.09 3.10

31.50-37.50

±0.000=42.500

44.500

44.500

3. 五

4.01

4.02

±0.000=35.50

±0.000=35.50

3.05 3.04 3.03

2.02 4.05

1.01 1.03

±0.000=33.300

放坡解决高差

1.09

3.06

1.04

停留点

42.500

2.01 2.02 2.03

4.03

热身区 序章

43.500 37.50-42.50

±0.000=45.800

5.0%

45.500

±0.000=44.800

43.500

plan /concept image 礼庭平面图 / 效果图

±0.000=44.800

43.720

plan /concept image 怡邻平面图 / 效果图

42.50-44.00

45.500 ±0.000=46.700 46.600

45.500

5.0%

44.000

45.500

46.600 45.500

45.500

45.500

边坡大于 35°剖面

±0.000=45.800 42.10-44.00

5.0%

±0.000=46.700 ±0.000=45.800

±0.000=45.800

46.500 46.500

46.500

44.500

±0.000=45.800

3.9% 44.500

46.000

44.800

45.500

1.01 1.02 1.03 1.04 1.05 1.06 1.07 1.08 1.09

45.500 45.500

45.500

边坡小于 35°剖面

荷花花瓣形树池

Backyard 境 | 后院 Perspective 效果图

plan /concept image 怡聚平面图 / 意向图

荷花花瓣形树池座椅

Design-Build Projects

Floating Wetland Intervention Type: Construction | Group Work Instructor: Leann Andrews, Mason Bowles, Alicia Kellogg Group Member: Tyler Poland, Yuchen Wang, Cyrus Deloye Location: Seattle, WA Time: Jan. - Mar. 2020

Boundless Cube Type: Installation | Group Work Instructor: Ruth Tseng Group Member: Pei-Hsuan Tsai, Yu-Ru Chen, Ding-You Ling, Ying-Hsuan Kuo Time: March 2015

Corner Space Renovation Type: Construction | Group Work Instructor: Hong Kin Phang Group Member: Yi-Zheng Tang, Chih-Yu Chen, Si-Ying Wang, Huai-Yu Liang Time: July 2016

Other Schematic Design

Site plan

10 stories Vehicular circula�on 122 apt units 3,000 sf community space 20,300 sf retail space

Site plan 10 stories 152 apt units

10 stories 152 apt units

North garage 280 parking stalls

24 stories 168 apt units 2,500 sf community space

South garage 155 parking stalls

24 stories 168 apt units 2,500 sf community space 24 stories 168 apt units 2,500 sf community space

10 stories 54 apt units

24 stories 168 apt units 2,500 sf community space

10 stories 122 apt units 3,000 sf community space 20,300 sf retail space

10 stories 54 apt units

3 stories townhouses 38 live-work units

4 stories 20 apt units 2,000 sf community space

3 stories townhouses 28 live-work units

Loading dock 4,500 sf

For residents/customers total site area (sf) 270465.20 For service/maintenance total floor area (sf) 893280.00 total FAR 3.30 Open space 4 stories 3 stories townhouses total residential floor 862980.00 20 apt units 28 live-work units area 2,000 sf community space 3 storiesresidential townhouses FAR total 3.19 38 live-work units total dwelling units 750 the number of 684 apartment-type units the number of ground 66 access/townhousetype units the number of garage 435 parking spaces Public net residential 291.93 Semi-public density (du/ac) open to all users

Loading dock 4,500 sf

total site area (in square feet) total floor area (in square feet) total FAR residential floor area (in square feet) residential FAR total dwelling units

N

0 10 20

40

270465.20 893280.00 3.30 862980.00 3.19 750

the number of apartment-type units the number of ground access/townhouse-type units the number of garage parking spaces the number of surface lot parking spaces the number of on-street parking spaces net residential density

0 10 20

40

270465.20 893280.00 3.30 862980.00 3.19 750

the number of apartment-type units the number of ground access/townhouse-type units the number of garage parking spaces the number of surface lot parking spaces the number of on-street parking spaces net residential density

For residents For customers

(also open to residents)

Water feature

To Thornton Creek Reten�on pond Waterway

684 open to inward-faced retail 66 435 only 0 open to residents in this cluster 0 291.93 only open to residents in adjacent buildings

Semi-private Semi-private

100 �

Residential Cluster Plan for in Northgate N Type: Academic (Coursework of URBDP 524: Site Planning) | Individual Work Instructor: Dan Abramson Location: Seattle, WA Time: Dec. 2020 total site area (in square feet) total floor area (in square feet) total FAR residential floor area (in square feet) residential FAR total dwelling units

Pedestrian circula�on

684 66 435 0 0 291.93

100 �

Neighborhood park in Chengdu, Sichuan Type: Professional | Public space Group Member: Shaoxue Huang, Dan Chen, Weijie Wang Individual Contribution: Concept, 3D Modeling(Sketchup), Rendering, Design Proposal Time: Jul. 2019

鸟瞰图

Hand Drawings and Physical Models

Tunghai U Campus Farm Renovation Type: Academic | Group Work Instructor: Monica Ko Group Member: Hung-Che Cho, Hui Zhen Heng, Tien-Hsin Sung Individual Contribution: Site Analysis, Concept, Site Plan, Model Time: Dec. 2015 Spatial study in Danish Jewish Museum

Tunghai U 2nd Campus Dormitory Renovation Type: Academic | Group Work Instructor: Hung Su Group Member: Guo-You Chiang, Yung-Wei Luan Individual Contribution: Design Concept, Hand-drawing, Model Time: Dec. 2015