Kaiyue Fan Portfolio 2017

KAIYUE FAN portfolio

CONTENTS

ACADEMIC Central Falls Master Plan

04

Urban Planning & Design

New Vision for Atlantic Yards

10

Residential District Design

Urban Hybrid

14

Urban Park Design

Elevated Landscape

16

Thesis

PROFESSIONAL South Capitol Bridge Park

22

Urban Design

Construction Documentation

28

Related Projects Experience

30

C h i n e s e Tra d i ti o n a l G a rd e n

32

OTHER WORKS

Hand Drawing

Model Making

33

URBAN DESIGN

CCENTRAL E N T R A L FALLS F A L L S COMPREHENSIVE C O M P R E H E N S I V E MASTER M A S T E R PLAN PLAN

Urban Planning & Design Year : 2014.02-2014.05 Type : Academic Instructor : Elizabeth Dean Hermann Urban analysis & planning: Group work Site design: Teamed with Juan Tan

Urban Village

Urban Weave

Urban Watershed

Urban Learning Web

Urban Engine

4

Ye a r : 2014.02-2014.05 Ty p e : Academic Instructor : Elizabeth Dean Hermann Urban analysis & planning: Group work S i te d e s i g n : Te a m e d w i t h J u a n Ta n

R EGION A L MA PPIN G

I NDI V I DUA L M A PPI NG

5

Master Plan Creation

Master Plan Creation

3 main drivers(landing STEP1: establish three main enterprise zone,enterprise educational core, drivers(landing zone, coats&clark core, enterprise zone) that function educational Coats&Clark enterprise as thethat urban engineastothe input economic zone) function urban engine to and edcational into the city. input economic powers and educational powers

STEP2: identify three main north-south collaborate streets that collect majormajor urbanurban activities activities andactive existing active programming and existing programming spaces spaces to acupuncture to acupuncture the city. the city.

STEP1: Main Drivers

5 major gateways forfor STEP3: establish five major gateways the city and fortify lateral connections by identifying potential east-west streets the city. development to interweave into the city.

STEP4: create city-scale recreation system by connecting existingexisting greenlands along system by connecting green the riveralong and proposing newproposing greenlands spaces the river and new that fortify residential core development. green spaces that fortify residential core development.

STEP2: Urban Acupuncture

Urban Engine Strategy

Landing Enterprise Zone

STEP3: Fortify Lateral Connections & Gateways

Educational Core

Coats&Clark Enterprise Zone STEP4: City-scale Recreation

6

Building Educational / Civic Core

Mapping of Education & Practice Core

Vision of New Educational / Civic Core

Mapping Education System The red lines in the model represent the connections within the education system. The center of the connection system also represents the lowest point in topography, which we would like to kick off our idea that transforning the natural watershed into cultural watershed that could gather people and build the learning web core.

Working Mechanism The learning core functions as input and integrates knowledge share, knowledge landmark, and afterschool education. The practice core functions as outcome and integrates payment, entrepreneur, practice and information.

Mapping of Education Urban Systems

7

Building Educational / Civic Core Building Educational Core---Redesign Jenks Park & New Library

Circulation Analysis

Historic Tower New Library Building Analysis

Location

Program Analysis

8

Vision of New Library

Existing Condition

Perspective View

Since there is already a man-made hole under the tower, we chose to transform that hole into the library. For the vision of new library, we decided to create a super modern architecture comibned with the historic tower and hole to exagerate the contradiction as well as bring vitality to the historic container.

9

M I X- U S E DE VELOPEMEN T

N E W V I S I O N F O R AT L A N T I C YA R D S

ENTRANCE PLAZA ROOFTOP PLATFORM

SUBWAY STATION EXIT UNDERGROUND COMMERCIAL CORRIDOR ENTRANCE

FAMER MARKET & RETAIL STORE

CIRCULATION DIAGRAM PUBLIC STREET

PRIVATE

STREET

PUBLIC

CHILDREN’S PLAYGROUND ENTRANCE PLAZA SPORTS COURT

USER EXPERIENCE ON ROOFTOP

10

USER EXPERIENCE DIAGRAM

CONCEPT DIAGRA 1) SUBWAY

Ye a r : 2014.09-2014.12 Ty p e : Academic Instructor : Matthew Donham Te a m e d w i t h Yo u j i n J o u n g

D E M OG R A P H Y A N A LYS I S

PAT TERN EXCERCI SE

PROTOTYPE OF PA MASS FORMATIO

Scheme 2 Pattern Exercise

-

80’

20’

PROTOTYPE OF PATTERN PROTOTYPE OF PATTERN PROTOTYPE OF PATTERN

PATTERN PA 1_ MASS

80’

80’

80’

20’

20’

PROTOTYPE PROTOTYPE PROTOTYPE OF PATTERN OF PATTERN OF PATTERN

20’

80’

20’

80’

20’

40’ Rotate 30 degrees Rotate 30 degrees Rotate 30 degrees

Rotate 45 degrees Rotate 45 degrees Rotate 45 degrees

PATTERN PATTERN 3-DIMENSION PATTERN 3-DIMENSION 3-DIMENSION 160’

80’

40’ Rotate 30 degrees Rotate 30 degrees Rotate 30 degrees

20’

40’

160’

Rotate 60 degrees Rotate 60 degrees Rotate 60 degrees 160’

Rotate 90 degrees Rotate 90 degrees Rotate 90 degrees

SKYLINE

40’

3_LANDMARKS ACCESSIBILITY

Rotate 45 degrees Rotate 45 degrees Rotate 45 degrees Tilt Axis by 45 degrees Axis by 45 degrees Tilt Axis by Tilt 45 degrees

160’

61

40’

40’

160’

Rotate 60 degrees Rotate 60 degrees 160’ Rotate 60 degrees

160’

Iterations

Iterations Iterations 30 degrees Rotate 30 degrees Rotate 30 Rotate degrees Rotate 45 Rotate degrees 45 Rotate degre4

DEMOGRAPHIC A

SKYLINE SKYLINE SKYLINE Rotate 90 degrees Rotate 90 degrees Rotate 90 degrees

40’

Tilt Axis by 45 degrees Tilt Axis by 45 Tiltdegrees Axis by 45 degrees

Iterations

SKYLINE SKYLINE SKYLINE

P Rotate Rotate 60 degr Rotate 60 degrees by 45 degrees Tilt Axis by 45 degrees Tilt Axis byTilt 45Axis degrees VIEW FROMVIEW SOUTHWESTERN VIEW FROM SOU SOUTHWE VIEWFROM FROM SOUTH 2

Iterations Iterations

VIEW FROM SOUTHWESTERN VIEWSOUTHWESTERN FROM SOUTHWESTERN VIEW FROM

VIEW FROM WESTE

UR

NORTHWEST B

VIEW FROM WESTERN VIEWWESTERN FROM WESTERN VIEW FROM

VIEW FROM VIEW SOUTHWESTERN FROM VIEWSOUTHWESTERN FROM SOUTHWESTERN

MACROMACRO ITERATIONS MACRO ITERATIONS ITERATIONS

MACRO ITERATION

VIEW FROM VIEW SOUTHWESTERN FROM VIEW SOUTHWESTERN FROM SOUTHWESTERN

U VIEW FROM VIEW WESTERN FROM VIEW WESTERN FROM WESTERN

MAJORITY AGE

VIEW FROM VIEW WESTERN FROM VIEWWESTERN FROM WESTERN

MICRO MICRO VARIATIONS MICRO VARIATIONS VARIATIONS 25-44

MACRO MACRO ITERATIONS MACRO ITERATIONS ITERATIONS 1_ MASS

1_ MASS 1_ MASS

41%

31%

years 2_ FORMATION

BY CONNECTIONS 3_LANDMARKS ACCESSIBILITY 2_ FORMATION

BY CONNECTIONS 3_LANDMA 2_ FORMATION

BY CONNECTIONS 3_LANDMARKS AC

Bro

Central Brooklyn

EDUCATION

1_ MASS

45%

1_ MASS 1_ MASS1_ MASS

5_SKYLINE 4_ VOLUME FOR COMMECIAL 5_SKYLINE 4_ VOLUME FOR COMMECIAL 5_SKYLINE 4_ VOLUME FOR COMMECIAL 2_ FORMATION BY CONNECTIONS 3_LANDMARKS ACCESSIBILITY FORMATION

BY CONNECTIONS 3_LANDMARKS ACCESSIBILITY 2_ FORMATION BY2_CONNECTIONS 3_LANDMARKS ACCESSIBILITY

MAJOR RACE/ETHNICITY ENTRANCE ENTRANCE ENTRANCE White 46% Hispanic 24%

4_FOR VOLUME FOR COMMECIAL 4_ VOLUME FOR COMMECIAL 4_ VOLUME COMMECIAL

5_SKYLINE 5_SKYLINE5_SKYLINE

4_ VOLUME FOR COMMECIAL COURTYARD COURTYARD COURTYARD

11

Colle

12

13

PARK DESIGN

14

URBAN HYBRID

Ye a r : 2013.09-2013.10 Location : Boston Ty p e : Academic Instructor : Eamonn Hutton Sara Cohen Individual Concept Development CO NC E P T & Model Making

D E VE LO P M E NT

B

A

B

A

S e c t i oSection n A A-A -A Concept Model

Concept Model

The The design design starts startsfrom fromthe theconflicts conflictsbetween between eastside eastside residential residentialarea areaand andwestside westside commercial area.

Since the park stands commercial area. Since the park standsininthe the middle middle of of the thetwo twoareas, areas,itithas hasthe thepotential potentialtoto become become aa transitional transitionalzone zonetotomix mixthe thetwo twoparts parts into a hybrid. into a hybrid.

S e c t i oSection n B B-B -B

15

D

E L E VAT E D L A N D S C A P E

THESIS STUDIO

The site is located at Fort Po the west of Seaport district Point channel. Since Fort Poin to Boston civic center and a cr South Boston community an important to protect the area

D

BU I L D I N G A DY N A M I C UR B AN MODEL R E S I L I E N T TO WAT ER CHA N G E Master Plan In 2050 Under Sea Level Rise+Storm Surge

Connection With Rooftop

N 0

1 mile

Phase 2 Concept Map

Connection With Open Space

Urban Connection

Landscape Leading Urban Design

Building elevated infrastructure networks Proposing new open space system Redeveloping building facade & roof

ELEVATED LANDSCAPE

2050 Storm Surge 2050 SLR

Connection With Rooftop

High Tide

NEW INFRASTRUCTURE

Urban Connection

Mobility

Maintaining east-west vehicle access Creating north-south pedestrian access Expanding bicycle access into district

Building A Dynamic Urban Model Resilient to Water Change Public Realm

BUILDING INTERFACE

OPEN SPACE

Public Accessibility

Enhancing waterfront accessibility Expanding open space to inner district

WATER EDGE

1 mile

Preventing Flooding In 2050

Proposing new harbor walk to keep the sea level rise and storm surge out Proposing stormwater retention and cleansing system to protect the inner district from flooding

Urban Sponge

Connection With Open Space

Connection With Waterfront

Urbanthesis Sponge mainly deals with two issues: water dynamics and urban The EVATED LANDSCAPE the site is faced with sea level rise and storm surge, ding A Dynamicconnection.

Urban ModelSince Resilient Vertical Retreat an2100urban sponge model for the sustainability Water Change it is necessary to create In under flooding scenario. Since the site is located at the connection joint hesis mainly deals with between two issues: water dynamicsBoston and urban and downtown, investigations also cover Connection With South how toWaterfront ction. Since the site is faced with sea level rise and storm surge, ecessary to create an urban sponge model for the sustainability strengthen various levels of connectivity within the area. Therefore, an flooding scenario. Since the site is located at the connection joint elevated landscape network is proposed to strengthen street connections en South Boston and downtown, investigations also cover how to Storm Barrier then various levels of connectivity within the area. Therefore, an and provide an connections enjoyable walking experience within the district. As for ed landscape network is proposed to strengthen street ovide an enjoyable walking experience within the district. As for the urban sponge part, a new harbor walk is proposed toElevated keep the sea ban sponge part, a new harbor walk is proposed to keep the sea Walk se and storm surge out level in 2050. Additionally, a new green space rise and storm surge out in 2050. Additionally, a new green space rk is proposed for storm water retention and cleansing to protect ner part from flooding innetwork 2050. As for the connection part, isurban proposed for storm water retention and cleansing to protect Water Retention rth-south connection is strengthened by the new harbor walk and inner part flooding in 2050. As for the urban connection part, evated highline throughthe the central node.

While from the east-west ction is enhanced by the elevated streets to maintain the gateway the north-south connection is strengthened by the new harbor walk and ton downtown under the water scenario in 2100.

Elevated StreetSURGE Parti Diagram TER PLAN IN 2050 UNDER SEA LEVEL RISE + STORM SURGE MASTER PLAN IN 2100 UNDER SEA LEVEL RISE + STORM the elevated highline through the central node. While the east-west connection is enhanced by the elevated streets to maintain the gateway 1000(ft) 1000(ft) 0 100 500 0 100 500 to Boston downtown under the water scenario in 2100.

MASTER PLAN IN 2050 UNDER SEA LEVEL RISE + STORM SURGE Defensive System

2050

Proposing elevated infrastructure system to enhance major connection to Boston downtown

2050 Storm Surge 2050 SLR

2100

High Tide

30

0 100

A

A

16

500

31

Storm Barrier

Elevated Walk

2050 Storm Surge

Water Retention

2050 SLR High Tide

Elevated StreetSURGE Parti Diagram MASTER PLAN IN 2100 UNDER SEA LEVEL RISE + STORM

1000(ft)

0 100

500

1000(ft)

Master Plan In 2100 Unde

oint district, which is to and to the east of Fort nt district is the gateway rucial connection between d downtown area, it is a from sea level rise and

connection. connection.Since Since thethe site site is is faced faced with with sea sea level level rise rise and and storm storm surge, surge, it it is is necessary necessary to to create create anan urban urban sponge sponge model model forfor thethe sustainability sustainability under under flooding flooding scenario. scenario.

Since Since thethe site site is located is located at at thethe connection connection joint joint between between South South Boston Boston and and downtown, downtown, investigations investigations also also cover cover how how to to Storm Storm Barrier Barrier strengthen strengthen various various levels levels of of connectivity connectivity within within thethe area. area.

Therefore, Therefore, anan Ye a r : 2015.02-2015.05 s t o r m s u r g e a s w e l l a s s t r e n g t h e n c o n n e c t ivity within elevated elevated landscape landscape network network is proposed is proposed to to strengthen strengthen street street connections connections Location : Boston t hprovide eprovide a r e an a antenjoyable oenjoyable e n h awalking nwalking c e t experience h eexperience “ t r a nwithin swithin i t i the o nthedistrict. j odistrict. i n t �As.Asfor T for he existing and and thethe walk T y p e : AElevated c Elevated a d e mWalk iWalk c c ourban nurban d i sponge t i sponge o n opart, fpart, t ah new ea new s iharbor t harbor e i swalk f u isl lisproposed oproposed f p a rtoktokeep i nkeep g the l othe tsea sseaa n d o f f i c e level level rise rise and and storm storm surge surge out out in in 2050.

2050.

Additionally, Additionally, a new a new green green space space I n s t r u c t o r : S u zanne Mathew p a r k s , t h e r e f o r e i t i s c r u c i a l t o t r a n s f o r m t h e s i t e i n t o a network network is proposed is proposed forfor storm storm water water retention retention and and cleansing cleansing to to protect protect thethe Scheri Fultineer v iinner binner r a part n part t nfrom efrom i gflooding h flooding b o r hino in2050. o d2050. f oAsrAsfor t hforthe e the f urban u turban u r connection e connection u r b a n part, d part, evelopment.

Retention thethe north-south north-south connection connection is strengthened is strengthened byby thethe new new harbor harbor walk walk and and I n d i v i d Water u aWater l Retention thetheelevated elevatedhighline highlinethrough throughthethecentral centralnode. node.While Whilethetheeast-west east-west connection connection is enhanced is enhanced byby thethe elevated elevated streets streets to to maintain maintain thethe gateway gateway to to Boston Boston downtown downtown under under the the water water scenario scenario in +in 2100.

2100. SURGE Elevated Elevated Street Street Parti Parti Diagram Diagram MASTER MASTER PLAN PLAN ININ 2050 2050 UNDER UNDER SEA SEA LEVEL LEVEL RISE RISE STORM + STORM SURGE MASTER MASTER PLAN PLAN ININ 2100 2100 UNDER UNDER SEA SEA LEVEL LEVEL RISE RISE + STORM + STORM SURGE SURGE

er Sea Level Rise+Storm Surge 0 100 0 100

500500

1000(ft) 1000(ft)

0 100 0 100

500500

1000(ft) 1000(ft)

2050 Storm Surge 2050 SLR

A A

High Tide

A A

SSection e SECTION c t i o nA-A A A-A

B B

SSection e SECTION c t i o nB-B B B-B B B

C C

C C

D D

SSection eSECTION c t i o nC-C C C-C D D

D-D SSection eSECTION c t i o nD-D D

Master Plan 2050

Master Master Plan Plan InIn 2050 2050 Under Under Sea Sea Level Level Rise+Storm Rise+Storm Surge Surge

Master Plan 2100

Master Master Plan Plan InIn 2100 2100 Under Under Sea Sea Level Level Rise+Storm Rise+Storm Surge Surge

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d Pedestrian P r o t o tWalkway ypes For Elevated Landscape

Prototypes for Central Elevated Pedestrian Site1 existing condition

Prototype1 proposed Prototype1 proposed vis

Prototype2

Site2 existing condition

Prototype2 proposed Prototype2 proposed vis

Prototype3

Site3 existing condition

Prototype3 proposed vis Prototype3 proposed

Prototype1

18

sion

Prototype 1 Connection with Waterfront

sion

Prototype 2 Connection with Openspace

sion

Prototype 3 Connection with Rooftop

19

Final Conclusions The thesis mainly deals with two issues: water dynamics and urban connection.

Since the site is faced with sea level rise and storm surge, it is necessary to create an urban sponge model for the sustainability under flooding scenario. Since the site is located at the connection joint between South Boston and downtown, investigations also cover how to strengthen various levels of connectivity within the area. Therefore, an elevated landscape network is proposed to strengthen street connections and provide an enjoyable walking experience within the district.

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The overall hypothesis is proposed to keep transformation through incremental building and create a dynamic urban model that is resilient to climate change. As for the urban sponge part, a new harbor walk is proposed to keep the sea level rise and s to r m s u rg e o u t i n 2 0 5 0. A d d i t i o n a l l y, n e w green space network is proposed for storm water retention and cleansing to protect the inner part from flooding in 2050. As for the urban connection part, the northsouth connection is strengthened by the new harbor walk and the elevated highline through the central node. While the eastwest connection is enhanced by the elevated streets to maintain the gateway to Boston downtown under the water scenario in 2100.

Since the central elevated pedestrian network is the most critical part of the overall elevated infrastructure in terms of evolving the neighborhood, zoom in designs are explored to build prototypes for the connection model. Three connection relationships are explored to test design vision and spatial experience, including connection with rooftop, connection with waterfront, and connection with open space.

Through the prototypes exploration, water context is involved in the elevated landscape to bring dynamics and connect the spatial experience both on and under the viaduct.

Different programs are proposed to bring vitality to the neighborhood. The elevated landscape will play a leading role in terms of transforming the existing office park into a dynamic, vibrant neighborhood.

Final Accessment Through this entire thesis investigation, the research and testing methods are effective in terms of understanding the water dynamics and bringing the context of water into the urban design. Several major adjustments have been made to shift the investigation direction in each phase, which helped the thesis go deeper and involved the social issues as well.

In phase 1, the investigation mainly focused on understanding the water dynamics and proposed hypothesis accordingly to mitigate f l o o d i n g i m p a c t . H o w e v e r, t h e s o c i a l i s s u e s haven’t been considered deeply through this phase. It was not clear how the concept of urban connection interweaved into the hypothesis and impacted the design strategies. The hypothesis also ignored the significant issue of involving fresh water into the topic.

In phase 2, the investigation did a good job in better considering the water dynamics and s e p a r a t e d t h e s a l t w a t e r w i t h f r e s h w a t e r.

As a result of that, the new harbor walk functioned as a storm barrier to keep the sea level rise out, while the proposed green system functioned as a fresh water retention system to prevent the inland from flooding.

The central elevated pedestrian network was proposed to connect the innovation centers and important buildings to provide enjoyable walking experience within the district as well as bring vitality to evolve neighborhood.

Since the hypothesis embedded different layers in a comprehensive system, thus how to clarify the relationships of each layer was crucial to the project. It was still unclear how the layers interact with each other in this phase. And the hypothesis was incomplete since it did not consider about the north waterfront in this phase.

In phase 3, the hypothesis was refined to be more clear about the different layers of strategies and more complete to consider larger context. The investigation also focused on how to merge the strategy of public realm with the strategy of defensive system. Thinking deeper about the spaces under the viaducts in a human scale helped clarify the attitude towards public realm. The investigation went deeper to build prototypes to test the hypothesis and helped clarify the s t a n c e o f t h e o v e r a l l s t r a t e g y. H o w e v e r, t h e stance of the elevated infrastructure was not strong. The temporary flooding scenario could provide support for the elevated landscape, but it was not enough. The stance lacked a layer of user experience to show what the future vision for the district is like in daily life.

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PROFESSIONAL WORK

22

SOUTH CAPITOL BRIDGE- MASTER PLAN & PARK DESIGN

DI ST R IC T OF C OLUM B IA , DI ST R IC T DE PA RTM E N T OF T R A N SP ORTAT ION SOUTH CAPITOL STREET CORRIDOR PHASE I PROJECT FINAL VISUAL QUALIT Y C ONCEPT SUBMIT TAL

F R E D E R I C K

2 F - 0 1

A E R I A L

D O U G L A S S

M E M O R I A L

B R I D G E

P E R S P E C T I V E F R O M F L O R I D A R O C K - D D O T P H O T O T E M P L A T E 1 PAT H WAY S

L O O K I N G

S O U T H 9

23

West Oval & West Esplanade 1

2

Section from Oval to Waterfront

3 2 1

24

P o r t a l Vi e w To w a rd s C a p i to l 3

25

E-E’

East Oval & Poplar Point

F BIORETENTION PLANTING +FOOT BRIDGE

CENTRAL LAWN

F-F’

BIORETENTION PLANTING

E’

RETAINING/ PLAZA/ CENTRAL SEAT WALL FUTURE MONUMENT SITE LAWN

BIORETENTION

12’ SHARED USE PATH +FOOT BRIDGE

DI ST R IC T OF C OLUM B IA , DI ST R IC T DE PA RTM E N T OF T R A N SP ORTAT ION SOUTH CAPITOL STREET CORRIDOR PHASE I PROJECT VISUAL QUALIT Y C ONCEPT SUBMIT TAL

F R E D E R I C K

E A S T

26

E

O VA L

D O U G L A S S

D E T A I L

M E M O R I A L

S E C T I O N

A N D

B R I D G E

E L E VA T I O N

F’

27

PROFESSIONAL WORK

28

CO N ST R U C T I O N D O C U M E N TAT I O N

29

PROFESSIONAL WORK

30

R E L AT E D P R OJ E C T S E X P E R I E N C E

Capitol Park Tower, Washington DC Mix-use Development, DD phase

China Rose Valley, Chengdu Resort Planning, Concept design

BayHealth Medical Center, MiIford, Delaware Mix-use Development, SD & DD phase

320 Florida Ave, Washington DC Urban Park & Courtyard & Rooftop Design , SD & DD &CD phase

Arts Park, Washington DC Urban Park design, SD & DD phase

3rd & L Dog Park, Washington DC Dog Park design, SD phase

Capitol Crossing, Washington DC Urban Streetscape & Corridor design, SD & DD phase

2nd & H street, Washington DC Roof Garden & playground design, SD phase

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Yu's story began when he was playing music in the wilderness and met Zhong Ziqi, a woodcutter.

To his surprise, Zhong could tell Yu's aspirations were as lofty mountain and flowing water from just the melody. Yu and Zhong became bosom friends for a lifetime. After Zhong's death, Yu ceased to play any instrument.

HAND DRAWING

The main space of the garden is organized around a deep pond, which is filled with mountain spring water.

Standing on the opposite side of the main pavillion, the master is listening to the elegant melody floating from the music pavillion, as if aftertasting those old good times with his musical soulmate.

CHINESE TRADITIONAL GARDEN

Section 2-2

Sections & Perspective Section 1-1

56

57 Yu's story began when he was playing music in the wilderness and met Zhong Ziqi, a woodcutter.

To his surprise, Zhong could tell Yu's aspirations were as lofty mountain and flowing water from just the melody. Yu and Zhong became bosom friends for a lifetime. After Zhong's death, Yu ceased to play any instrument.

The main space of the garden is organized around a deep pond, which is filled with mountain spring water.

Standing on the opposite side of the main pavillion, the master is listening to the elegant melody floating from the music pavillion, as if aftertasting those old good times with his musical soulmate.

Section 2-2

ve

Yu's story began when he was playing music in the wilderness and met Zhong Ziqi, a woodcutter.

To his surprise, Zhong could tell Yu's aspirations were as lofty mountain and flowing water from just the melody. Yu and Zhong became bosom friends for a lifetime. After Zhong's death, Yu ceased to play any instrument.

The main space of the garden is organized around a deep pond, which is filled with mountain spring water.

Standing on the opposite side of the main pavillion, the master is listening to the elegant melody floating from the music pavillion, as if aftertasting those old good times with his musical soulmate.

Section 2-2 Section 1-1

56

32

57

MODEL MAKING

33

RESUME

EXPERIENCE 2015.07-present 2015.02-2015.06 2014.09-2014.12 2014.06-2014.08 2012-2013

Project designer at Lee and Associates, Washington DC Urban Studio Teaching Assistant, Rhode Island School of Design Research Assistant, Rhode Island School of Design Intern at AECOM Design & Planning Group, Shanghai Intern at Shanghai Tongji Urban Planning and Design Institute, Shanghai

E D U C AT I O N 2013-2015 2009-2013

Master in Landscape Architecture, Rhode Island School of Design Bachelor in Landscape Architecture, Tongji University, China

AWARDS & EXHIBITIONS 2015 2014

2013

Graduate thesis exhibition in Rhode Island School of Design.

Winner of Student Display Competition in Southern New England APA Conference, “Central Falls Comprehensive Master Plan Project reflected our fresh perspectives in building identity, accessibility and new economic and landscape structures for the future of Central Falls.� .

First prize of the Tracery Wall design of the Bund Competition in Shanghai.

SKILLS Expertise

Experience

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Adobe Creative Suite AutoCAD Sketchup Microsoft Office Rhino Lumion

PROFESSIONAL PROJECTS South Capitol Bridge Washington, DC 500 Morse Street Washington, DC Capitol Crossing Washington, DC 320 Florida Ave Washington, DC BayHealth Medical Center MiIford, Delaware Arts Park Washington, DC American Geological Union Washington, DC Palisades Recreation Center Washington, DC UVAF Office Building Charlottesville, VA City Center Hotel Washington, DC Capitol Park Towers Washington, DC John Herman Memorial Washington, DC Rosslyn Highlands Park Rosslyn, VA Kingman Island Restoration Washington, DC China Rose Valley Chengdu, China Dupont Ice Arena Washington, DC

LANGUAGES English Chinese

fluent native

CO N TAC T E P

kfan01@alumni.risd.edu 401-837-9344

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