Selected Works

J U N W O N

portfolio

K I M

jwon2534@gmail.com Seoul, South Korea

URBAN DESIGN +LANDSCAPE +ARCHITECTURE

professional SASAKI ASSOCIATES

Tecnológico de Monterrey: Mexico City Campus Master Plan 2035 World Landscape Architecture Awards, Shortlisted, Conceptual – Urban Design category Fast Company’s Innovation by Design Awards 2023, Winner, Best Design Latin America The PLAN Awards – Finalist, Urban Planning category

Monterrey Flagship Campus Master Plan Update Zambrano Hospital Medical School Master Plan Estado de México Campus Master Plan

LEE AND ASSOCIATES Pennsylvania State Police Academy Landscape Masterplan Under Armour Headquarter Stadium Mound Design 3140 Washington Blvd Viet Tri Phu Tho Landscape Masterplan 2

3

Tecnológico de Monterrey: Mexico City Campus Master Plan 2035 The plan for the Tec’s Mexico City Campus captures our ambition to rethink the relationship of the university to the surrounding urban setting, to make a new kind of contribution to the city, and to the country as a whole, and to rethink the nature of higher education in Mexico.

Following the devastating and tragic 2017 earthquake in Mexico City, when all but one out of eleven campus buildings were demolished, the Tec embraced the opportunity to reinvent itself and transform its urban context. Its location along a subway line and proximity to the largest, yet landlocked medical treatment and research cluster in Latin America presents the ideal environment for the Tec to advance its institutional mission.

An integrated planning process was set in motion, bringing together a wide range of stakeholders to create a vibrant 21st century innovation ecosystem by leveraging the Tec’s 34 hectares (84 acres) of land as a catalyst for regeneration and investment.

4

SASAKI ASSOCIATES | PROFESSIONAL

URBAN DESIGN

5

Student and Career Ecosystem of Mexico

Business and Accounting

Mexico, with a robust network of diverse industries, is a nest where over 24 millions of students are working and studying. Among the 22 different industrial sectors, the country’s economic influences are strongly dependent on the comprehensive Engineering solution, Information and communication technologies and Education and pedagogy sciences. Among the 789 researchable municipalities, Tlalpan would continue this legacy with the partnership with CCM.

Guadalajara

Innovation in Information and Communication Technologies Agronomy, Horticulture,

Puebla

Forestry and Fishing

Social Sciences and Behavioral Studies

Architecture and Construction

Teacher Training

Mechanical,Electronic,Chemistry and Related Professions Engineering

0

Security Services

Coyoacan

Law and Criminology

Dental Sciences

Nursing

Auxiliary Disciplines for Health

Mathematics and Statistics Tlalpan

Manufactures and Processes

Arts

Monterrey

Therapy, Rehabilitation and Alternative Treatments

Medical Sciences

Education and Pedagogy Sciences

Administration and Management

Vet

Physical,Chemical and Earth Sciences

Manufactures and Processes

Dental Sciences

Teacher Training

Personal Services and Sports

Biological and Environmental Sciences

Innovation in Information and Communication

Information Sciences

Architecture and Construction

Arts

Humanities

Therapy, Rehabilitation Treatments

Mechanical,Electronic,Chemistry Engineering

Medical Sciences

Law and Criminology

Business and Accounting

Administration and Management

15,000

Education and Pedagogy Sciences

30,000

Nursing

Social Sciences and Behavioral Studies

TLALPAN

Implementation of Information and Communication Technologies

Biological and Environmental Sciences

Humanities

Personal Services and Sports

Student Enrollment in Higer Education of Tlalpan

Information Sciences

Transportation Services Xalapa Degree of Relationship between Municipalities and Business Sectors

Number of Student Enrollment

Student Enrollment in Higher Education by Campus and Career Data Source: Cobierno de Mexico 6

SASAKI ASSOCIATES | PROFESSIONAL

Implementation of Information and Communication Technologies

Physical, chemical and Earth Sciences

URBAN DESIGN

7

Existing Conditions: Recovering from Distaster

Pre-Earthquake

Tec Land: Former Indsutrial

Pro

The campus is located in Tlálpan, a diverse area along the No.1 Line of Mexico City’s subway system, where housing, commercial and educational institutions coexist with Latin America’s largest medical district. This area was significantly impacted by the 2017 earthquake, when all but one out of eleven campus buildings was not destroyed.

l. C

ana

l de

Mir am

ont es

Ca

lz

Sports Field

Mé xi

co

-X oc

hi

m

ilc

o

Costco Tec Land: Former Bayer

Academic Core

Medical School

Periferic

o

2017 Earthquake Damage

Rescue Teams on Campus

Temporary Campus on Sports Fields

Vigil for Victims

Tec Owned Parcels 100

200m

0

50

8

SASAKI ASSOCIATES | PROFESSIONAL

URBAN DESIGN

9

Big Moves The plan establishes an interconnected landscape network that connects all the Tec landholdings through a parklike spine, tying together the academic core, a new mixed-use innovation district and the university’s outdoor recreation fields.

Wellness park

Pro

l. C

Ca W

ELL ESS N

lz

Mir am

Mé xi

co

-X oc

Innovation park

m

ilc

o

VATIO

N

IN

l de

ont es

hi

NO

ana

YP

ROGRA

M

KE

Campus common

AC

100

ADEMIC

Periferico

200m

0

50

10

SASAKI ASSOCIATES | PROFESSIONAL

URBAN DESIGN

11

Program Distribution

O I NN

D ION T VA LIE

TEC

D INDUSTRY

IE D I N D ALL U

RY ST

AL

ISTRICT

TE

MAK

D

RSHIP

TEC

PA R

K

CA

INN

FE

ACA

DEM

START-U PS

R&D

HAL L

RNI NG

ITY

MED SCH ICAL OOL

WELLNESS CENTER INFRA

CAFE

IC 1

MAIN ACADEMIC CORE LIBRARY

CAS EC

UN

SHO W

MM

B

LEA

CO

LA

ING

ED

PA R

KIN G

AR

PAR K

SH

ENG

E

HUB

O HU VATIO B N

ont es

TEC

es

R&

ING

Mir am

HEALTH INSTITUTE

PARKING

BIOENGINEERING

o

ITY

l de

E

ilc

LIVING

ana

CUL TUR

m

PA R

hi

LIV

l. C

R&D

TEC

UN

TEC

Pro

NG

nsmision

D

ING

LIVING

MM

TN

co

-X oc

LIV

HOUSI

L

Calle Tra

R&

TN

Mé xi

D

CO

TEC

PA R

lz

ING

SOCIA

IP

TN

ER

R&

PA R

Ca

R&D

EXCHA PAVILIONGE N

LIV

ARE

PARTN E

FE

DAYC

SH PARAKRI ED NG

CA

S CAMPU

PAC E

SH

ING

ER S

IP

US

S

ER

LD

PREPA

HO

FIE

SH

TS

ER

OR

IP

SP

SH

STA DIU M

C

The concept plan sees both the campus and district as a single organism, leveraging different programs to encourage collaboration and engagement as an integrated ecosystem of learning and innovation.

HA SAN CIEND JUA A DE NP ARK

ENGINEERING SCHOOL

ACADEMIC

2

E URPOS MULTI PUAD Q

NT STUDEING HRONINUG SCOMMONS

LEA

-TOWTENL S U P HO NCE CAM E OFFIC P -U START

RE

CONFE

EVENTS

Periferico

New Gateway Tec Owned Parcels

KYLE ROCK PARK 100

200m

0

50

12

SASAKI ASSOCIATES | PROFESSIONAL

URBAN DESIGN

13

Catalyst for Regeneration

ER ENT C C I TOR TO HIS

Now being implemented, the resulting plan is an inspiring vision that fosters collaboration and entrepreneurship, facilitates the rapid growth of research partnerships and stimulates engaged learning, all while re-engaging the university with its neighborhood and the larger Mexico City in an integrated, sustainable design approach.

PARQUE CHIMALLI

OY

OA

CÁ

NP

AR

K

Medical Cluster

EC

FUENTE DEL PARQUE

GE

LD

INSTITUTO NACIONAL DE REHABILITACIÓN

TO

VER

HACIENDA DE SAN JUAN PARK

SPORTS COMPLEX ANGLO AMERICANO COYOACAN

nes sm

isio

Educational Cluster

UNIVERSIDAD DEL PEDREGAL

COLEGIO MADRID A.C.

Can

Cal

al d

em

METROPOLITAN AUTONOMOUS UNIVERSITY

iram

ont es

o

ilc

him

th

row

oc o-X

le T

xic Me

eG tur

Fu

ALL IE IND D UST RY

ran

lz

Ca

Innovation District

INSTITUTO ELECTORAL DEL DISTRITO FEDERAL

TO C

SF

ALL

IED

IND

AU

LAS

RE

U LT CU

UST

RY

Academic Core AULAS2

UB

GH

AR

M E SC DIC HO AL OL

LE

LIBRA

GARAGE

STUDENT HOUSING

RY

HEALTH INSTITUTE

RECREATION

MEXICAN INSTITUTE OF INDUSTRIAL PROPERTY

N NI

1

BIO ENGINEER

INFRA

ING

GI ING ENER E N

ALLIED INDUSTRY

HOTEL

INFRA

Periferico Commercial

Corridor

KYLE ROCK PARK

14

SASAKI ASSOCIATES | PROFESSIONAL

URBAN DESIGN

15

himilco

Calz Mexico-Xoc

Healing the Urban Edges

T

UC

AD

VI

Academic + Wellness Core The academic core becomes a dynamic center for engaged learning, and is complemented by student housing, a hotel and conference center, and a partnership tower for allied industries and incubators.

The Wellness Hub, located at the edge of the campus, creates an inviting gateway to the Tec, and provides medical services to the surrounding community.

16

SASAKI ASSOCIATES | PROFESSIONAL

URBAN DESIGN

17

THE NEW CAMPUS GATEWAY

INNOVATION DISTRICT OPEN TO COMMUNITY

Academic Showcase + Social agenda

Porisity + Mixed Use The new campus gateway is framed by the Medical School and Wellness Hub. The hub includes a community clinic where medical students provide services and workshops for free to surrounding neighborhoods, helping advance the Tec’s social agenda.

Learning Hub

Wellness Center

Health Institute

Bio Engineering

Ca

lz

Active Use

Mé xi

co

-X oc

hi

CAMPACT WELLNESS CENTER Community-Oriented + Health-centered Design The vertical stacking of wellness programs creates a health-centered dynamic hub for both the university as well as the surrounding district. Its location on the edge of the campus facilitates access to the outside community and sends a clear message of the Tec’s commitment to provide a positive contribution to the city.

m

ilc

o

The ground floor systems at the innovation district forms a web of porosity breaking down the large research scale building into human scale, continuous display of the collaboration and bridging the city by enhancing public realm.

0

50m

100m

Allied Industry

Urban Housing

Living TEC

Exchange Pavilion

18

SASAKI ASSOCIATES | PROFESSIONAL

Active Use

URBAN DESIGN

19

ROBUST PUBLIC REALM NETWORK (ILLUSTRATIVE PLAN DRAWN BY BOXIANG YU AND EDITED BY THE AUTHOR)

WATER & ECOLOGY

Water Sensitive Strategies + Biodiversity

Academia + Industry + Community

ECOLOGY

Landscape integrates native and adapted species to promote biodiversity

Jacaranda mimosifolia

Bouganvillea glabra

Clivia miniata

Taxodium mucronatum

Musa acuminata

TREE PRESERVATION Preserved and new trees reduce urban heat island effect, alleviating the heat stress at the innovation district and while ensuring biodiversity

FIELD AS WATER DETENTION AREA

TREE CANOPY

40%

The field functions as a stormwater capture basin in peak events, protecting the surrounding neighborhood from flooding

400 m3

CENTRAL STORM WATER STORAGE

PERMEABLE SURFACES Newly created open space is introduce porous surfaces, such as permeable pavement and softscape, that helps recharge ground water aquifer.

REDUCE STORMWATER POLLUTION ENTERING CITY DRAINAGE SYSTEM BY

HARVESTED WATER

STORM & WASTE WATER MANAGEMENT

COMBINATION OF GREEN AND BLUE STRATEGIES

85%

Harvested rainwater and the greywater recycling from buildings significantly reduce the water demand for irrigation of the innovation district. Bioswales filter stormwater reducing pollution levels.

IRRIGATION WATER

60%

REDUCTION IN IRRIGATION DEMAND

PERMEABLE PAVEMENT

GROUND WATER RECHARGE

CITY WATER

GREY WATER

OUTDOOR WATER DEMAND REDUCTION

CENTRAL STORM WATER

CITY STORM SEWER

COMPREHENSIVE WATER REUSE AND FILTERED WATER

TEC 21 NEW LEARNING HUB

ENERGY & CLIMATE

Challenge + Sponsorship

Energy Efficient + Climate Responsive Design Recreation uses on roof reduce solar radiation while providing additional areas for wellness

86° N SUMMER SOLSTICE

HYBRID GARAGE HIGH EMISSIVITY

Within the academic core, new buildings are the physical manifestation of the university’s groundbreaking Tec21 pedagogical model, where collaborative, project-based learning blurs the boundaries between traditional disciplines and encourages much greater levels of student-faculty-industry collaboration.

ELIMINATION OF ALL SURFACE PARKING LOTS

SOLAR ENERGY GENERATION Combined rooftops of new academic buildings and campus town will be equipped with photovoltaic panels, significantly reducing overall energy demand

21,600 KW SOLAR ENERGY GENERATION/DAY

CLIMATIC COMFORT

75%

The climate of Mexico city provides natural ventilation opportunities throughout the year. New campus buildings are equipped with operable windows following predominant winds

In summer months, natural ventilation can sustain climatic comfort through 75% of the day

CITY + DISTRICT

MACROCLIMATE TREE CANOPY New and preserved trees mitigate the urban heat island effect by intercepting radiation and through evapotranspiration

-2.5°C

HEAT MITIGATION

CAMPUS

MICROCLIMATE 20

OF THE DAY SUSTAINED THROUGH PASSIVE VENTILATION

SASAKI ASSOCIATES | PROFESSIONAL

MONTH

1

2

3

4

5

6

7

8

9

10

11

12

PERCENTAGE OF HOURS THE DRY BULB TEMPERATURE IS IN THE RANGE 10 TO 24° C

CROSS-VENTILATION OF CLASSROOMS

URBAN DESIGN

21

Academic Core

Allied Industry

Innovation District

Bio Engineering

Health Institute

Culture

Learnin

g Hub

ion

Transit Station

Co

nn

ec

tio

n

Med

ica

l

Recreat

tu

re

n ba g Ur usin Ho

Fu

ed Alli ustry d In

Exc Pavi hange lion

o feric

Fu

tu

an Urb sing Hou

ion

Peri

ed Alli ustry Ind

School

vat

y

Gr ow th

Tec Magnet High

ed Alli ustry Ind

o Innb Hu

unit

re

HACIENDA DE SAN JUAN PARK

m Com

St ad

al c i d

r

C

te s u l

e

ium

M To Transit Station

22

SASAKI ASSOCIATES | PROFESSIONAL

URBAN DESIGN

23

TECNOLÓGICO DE MONTERREY : MONTERREY FLAGSHIP CAMPUS MASTER PLAN UPDATE

MY CAMPUS INPUT

The Monterrey campus urban regeneration plan is a historic project by Sasaki that has become a catalyst for the economic engine of the city and Mexico as a whole. Building on this plan, Sasaki continues to update the master plan in 2024, focusing on significant urban nodes including the Engineering Ecosystem, Biotech Plaza, Centrales and Innovation District. The plan has been developed in collaboration with school representatives, student unions, and Distrito Tec, the university’s community service group, resulting in a blurred boundary between the campus and the surrounding community Architect : Sasaki Associates

466

The comprehensive master plan for Monterrey Tec is made possible by Sasaki’s Survey tool, which collects data from stakeholder feedback on the campus. By examining a diverse spectrum of areas, including mobility, dining, campus life, housing, and study, the urban design team can provide strategic solutions to support the long-term growth of the Monterrey campus.

TOTAL COMMENTS AVERAGE

1.5 COMMENTS PER VISITOR

(TOOL DEVELOPED BY STRATEGIES TEAM DATA EXTRACTED AND VISUALIZED BY THE AUTHOR)

SKYLIN E

66 RESPONSES SOLAR ROOF

INTERDISCIPLINARY HUB EID

GROUP WORK ASSESSMENT

AULAS AULAS PEDESTRIAN BRIDGE LANDING

WRITE UP

ATRIUM

AULAS

SERVICE

STUDENT 21%

COLLAB

SPONSORED LAB SPONSORED LAB

STUDENT SERVICES

OPEN LEARNING SPINE

AUDITORIUM CHALLENGE MAIN ENTRANCE

LABS LABS

LEARNING COMMON

DATA

WRITE UP

AULAS 4

UNDEFINED 40%

318

PARENTS/ FAMILY

PROFESSOR 19%

TOTAL RESPONSES

PROTOTYPING

CONNECTION TO AULAS 4

FABRICATION COMMON

UNDEFINED

40%

SERVICE

HOUSING DISTANCE FROM THE CAMPUS

36%

UNDEFINED

STAFF 20%

LESS THAN 3KM

20%

TO PABELLON TEC

59 RESPONSES

ON CAMPUS

16%

1%

AMIGOS

PHASE 2 (2,150 SQM)

PEDESTRIAN BRIDGE

CIAP OPEN TO CAMPUS HEART

MULTI

AULAS

GALLERY PAVILION

LEARNING COMMON

PHASE 1 (2,400 SQM)

AULAS FABRICATION COMMON

TRANSPORTATION PARK

OXXO

LEARNING COMMON

SALON LABS

WELLNESS SOCIAL

CAFE

MULTI

DINING

E

LABS

ACADE

N TEC

DA SA ZA

O GIC

LO

NO

ON

IZ

L SE

I

LU

MIC + L

7 6 5 4 WELLN ESS HUB

OCIAL

4

OUNG

RETA

E

AULAS 6

3

IL + D

INING

2

CONNECTION TO THE OFFICE TOWER AND ENGINEERING CLUSTER ABOVE GROUND

UL TU

C

R GA

C TE

DO

BELLO

IO

IC EM AD ION AC ANS P EX

DININ G EXPA NSI SOUT ON TO H

USE EXISTING VEHICULAR ROUTE AS SERVICE ACCESS

EVENTS

CAFE

MIC + S

MACHINE

SERVICE

TO PA

ARTS CULTU R

ACADE

OUTDOOR EVENTS

N GE EU

UE RQ PA

SASAKI ASSOCIATES | PROFESSIONAL

1

ON TRANSFORMATION OF LIZ GROUND FLOOR FROM SE I LU AULAS TO ACTIVE THE AND ADAPTIVE SPACE

LABS

POROSITY OF PROPOSED ENGINEERING ECOSYSTEM INTEGRATED TO NEW TRANSIT STATION 24

AULAS X

DO

MULTI

POTENTIAL ACQUISITION

AULAS

MEETING

AUDITORIUM

PRESERVATION OF TREES

LABS

AULAS

U H C

B

UPCOMING METRO STATION

PRIMARY NORTH-SOUTH SPINE

AULAS

4%

CAMPUS PLANNING INCORPORATING DIVERSE STAKEHOLDER’S OPINION BY STRATEGIC SURVEY TECHNOLOGY

DINING

LABS

COUPLE

SOLO COUPLE PARENTS

4%

NEW CAMPUS GATEWAY ANCHORD BY EIGINEERING BUIDINGS

HOUSEHOLD TYPE

40%

17%

EVENTS ACADEMIC GROWTH

22%

MORE THAN 3KM

RA LA

MI E D ND ACA

1

ENCSH

RENOVATION OF DINING HALL TO HIGHER DENSITY CULTURAL AND ACADEMIC HUB BETWEEN HISTORIC WINGS URBAN DESIGN

25

FUTURE GROWTH

RESEARCH

Architect : Sasaki Associates

EAR

CH

HOSPITAL

AT ION

ACADEMIC

HOSPITAL

Monterrey Tec’s Zambrano Hospital seeks to expand in response to the increasing demand in the medical field. Sasaki has been tasked with developing a comprehensive master plan to evaluate the feasibility of adding new medical school and research facilities on Tec-owned properties. The vertical medical school campus is integrated with the research program within the same building to preserve land for future growth. The pavilion-like wellness center, located at the core of the north parcel, serves as a social anchor for both the school and the community.

EMCS RES

STU D LIFENT E

C OL

L AB

FUTURE GROWTH

ACA

DEM

IC

OR

TY NI Y

COM MU CIT

TECNOLÓGICO DE MONTERREY : ZAMBRANO HOSPITAL MEDICAL SCHOOL MASTER PLAN

BUSINESS SCHOOL BIG MOVES _ CAMPUS AND THE CITY

CONNECTOR PAVILION MOU

ENERGY + CLIMATE

NTAI

N VIE

W

RES

FUTURE

COL

IO PAVIL

RAN

CE

CH

RENEWABLE ENERGY

ACA

DEM

TY

IC

CLIMATE ADAPTIVE ENVELOPE

N

SA IC

TR PA

HOS

AL PIT

ENT

EAR

ORA TION

CI

M FRO

N

LAB

IO

SOCIAL INTEGRITY + WELLNESS

EW

VI

RECREATION

WELCOMING ARRIVAL EXPERIENCE / (RENDERING NOT CREATED BY THE AUTHOR)

OPEN DINING

OPEN COLLABORATION

HOSPITAL an

an

PAR K

VIEW SHE

EMCS

D

Connect to the City

PAVILION

Expansion MAIN PATIO

Neighborhood

MAIN ENTRANCE

ATRIUM CONNECTION

EVENTS GYM + CAFETERIA

To Ca the mp ot us her

DRIVING FORCES SASAKI ASSOCIATES | PROFESSIONAL

PARKING ENTRANCE

PARKING + SERVICE EXISTING PARKING EXISTING PARKING

EXPAND PUBLIC REALM TO RESPOND FUTURE GROWTH

ENHANCE RESEARCH AND MEDICAL SCHOOOL ECOSYSTEM

PARKING CONNECTION

INFRASTRUCTURE

COLLAB

io

cio

c tri

Pa

io

ric

at

tri Pa

P an

eS

eS

S de

d on

on

d on

all at

.B Av

all at

all at .B Av

.B Av

NEW OUTDOOR SPACE + FUTURE GROWTH

FUTURE GROWTH

Future Growth

26

CAMPUS SETTING AS PLACE MAKING

ARCHITECTURAL EXPRESSION

CAMPUS LIFE, WELLNESS AND SUSTAINABILITY

Visibility

Med School

GATHERING SPACE

Av .

Sa Bata n P llo at n d ric e io

CROSS VENTILATION

RESEARCH RESEARCH RESEARCH ACADEMIC ACADEMIC ACADEMIC

LIBRARY +

SERVICE + WELCOME + CAAD PARKING + BIOTERIO

LEVEL ROOF LEVEL 08 LEVEL 07 LEVEL 06 LEVEL 05 LEVEL 04 LEVEL 03 LEVEL 02 LEVEL 01 (STREET LEVEL) LEVEL -01

MAKE LEGIBLE PEDESTRIAN CONNECTION URBAN DESIGN

27

FUTURE GROWTH LIBRARY ANCHORS GROUND ACTIVITY

SERVICE ROAD

RECEIVING WELCOME CENTER

COMMON DENTAL SERVICE TO COMMUNITY

HOSPITAL SERVICE

SUNKEN GARDEN

ADA ACCESS NEW BRIDGE

IMPROVE PUBLIC REALM

TO SOUTH PARCEL

ATRIUM

MED SCHOOL CONVERSION

MED SCHOOL CONVERSION EXISTING DROP OFF 28

SASAKI ASSOCIATES | PROFESSIONAL

NEW DROP OFF VISUAL DYNAMIC TO CITY

Active + Arrival Experience The new medical school and the pavilion-like welcome center contribute actively to the district with their ground floor programs.

The wide ADA-accessible ramp, integrated with the stairs and flanked by trees, serves as an urban stage for students and visitors. The welcome center, featuring transparent materials, provides a visual connection to the medical campus. The library, situated on the ground floor, helps activate the outdoor space.

URBAN DESIGN

29

S PU

M CA NEIGHBORHOOD PARK

I SP NE

TECNOLÓGICO DE MONTERREY : DAY C ESTADO DE MÉXICO CAMPUS MASTER PLAN ARE

GYM

Campus Estado de México, located in the logistics hub of the capital, is the oldest campus of Monterrey Tech in Mexico City. The school decided to invest in a new library and recreation center on the campus to update its image and enhance student life.

To find the optimal locations for these facilities, Sasaki was assigned to develop the conceptual design for the new library and recreation center, as well as a comprehensive campus growth strategy.

FIELD

S

Architect : Sasaki Associates

REF PLAZ LEXION A

FUTU

RE GR

PROF

OWTN Bl

EGADE GROUND ACTIVE USE

CONVERT TO COMMON SPACE

li án

C TE

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REFLEXION

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ap

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án

MAIN

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vd

FROM

TEC 21 AULAS NEW

CAMP

US LO

OP

FACU CAMPUS H EART SPAC LTY E

FU

CAFE d ua

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TN

OW

GR

ag

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TU

TERIA

ACAD

AULA

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S1

SPIN

EGAD E

AULA

E

S4

AULA

S2

30

SASAKI ASSOCIATES | PROFESSIONAL

URBAN DESIGN

31

PENNSYLVANIA STATE POLICE ACADEMY : LANDSCAPE MASTER PLAN

UNDER ARMOUR SPORTS HEADQUARTERS : STADIUM MOUND DESIGN

The existing Pennsylvania State Police Academy will support a high-quality educational environment for students. The landscape design aims to alleviate the tension between trainees and the highly regulated site. By implementing a tree preservation strategy, the existing deciduous forest is integrated with new landscape features, such as meadows, manicured lawns, and a memorial grove. This approach allows the landscape to serve as a mediator between nature and educational activities.

Located on the waterfront of Baltimore City and owned by the renowned “U” sports brand, the current large surface parking lot will be transformed into a stadium for performance tests and athletic events. We have designed continuous landscape mounds that will provide additional seating for these events. These mounds will create a gently undulating land art, offering a visually appealing experience for visitors and staff. Ultimately, we envision this site becoming a key regional destination for the city.

Architect : Skidmore, Owings & Merrill LLP

Architect : CANNON DESIGN & KIMELY-HORN

32

LEE AND ASSOCIATES | PROFESSIONAL

LANDSCAPE

33

3140 WASHINGTON BLVD : MIXED USE RESIDENTIAL LANDSCPE DESIGN

VIET TRI PHU THO : NEW TOWN LANDSCAPE MASTER PLAN

The project is a landscape design for multifamily housing in Arlington County, Washington, DC. The courtyard offers outdoor activities with serene areas for dining and relaxation. The landscape slope is strategically divided between private units and the communal and rentable areas of the courtyard. The boardwalk serves as the backbone, integrating communal seating, activity zones, and reflective elements. The vertical elements, such as the umbrellas and trees near the architectural columns, connect with the street level.

Viet Tri is a city with strong tourism characteristics and a suburban feel, characterized by agricultural lands. The design strategy aims to incorporate the fluidity of tropical landscape culture by using water elements as the core structure of the community and employing microclimates as a design principle. This approach will enable the community to have resilient dwellings with robust public amenities in the development area.

Architect : HICKOK COLE

Architect : HUMPHREY & PARTNERS

34

LEE AND ASSOCIATES | PROFESSIONAL

LANDSCAPE

35

academic

UNIVERSITY OF PENNSYLVANIA Green Blue Pennsport Waterfront District Bogota Informal Armature Farming Nature, Framing Future

Edmund N. Bacon Urban Design Awards Student Competition, Winner

Oregon Avenue East 2025 Grays Ferry Redevelopment Public Policy and Geospatil Analytics

SCI-ARC Making and Meaning

KONKUK UNIVERSITY Second Oceanic Ridge 36

37

GREEN BLUE PENNSPORT WATERFRONT DISTRICT :

21ST CENTURY URBAN THIRD PLACE

The project addresses the significance of hidden waterfront resources that people could not easily access due to the caroriented landscapes and industrial legacies common in American cities. The waterfront edges are being restored to a preindustrial coastline to protect the community from climatic uncertainty. The Anchor Transportation Center will serve as a hub for regional and local visitors. East West Park will establish itself as a key regional green destination. The Farming Highway will move I-95 underground and create community green jobs, thereby generating wealth for the underprivileged neighborhood.

Course

:

Pulbic Realm Studio, Spring 2021

Instructor

:

Nando Micale, Danielle Lake

Team Member : Junwon Kim Role

:

Site analysis, Framework plans, Block, street and building typologies, Land use study, and Renderings

Scale

:

6,700,000 sq.ft.

Citywide Distribution by Regional Transportation Route

CONTINUOUS LOCAL DESTINATIONS

Farming Support Cluster

Strenthen the Community

stewardship & Green Job

REPRESENTATIVE WATERFRONT CONNECTOR

REGIONAL GREEN DESTINATION

PROTECTING EDGE

NEW HIERARCHICHAL PUBLIC REALM

ANCHOR TRANSPORTATION CETNER

COMMUNITY WEALTH GENERATIION

The waterfront edge is restored into a pre-industrial coastline, to protect the neighborhood from the sea level rise. The edge and the East-West urban wetland park are generators of human recreation, economic assets and habitat for the native species.

The current car-oriented Columbus Blvd is transformed to a regional and local connector mobilited by the modernized LRT and BRT. This Blvd is hybridized with the new hierarchical public space and the connector streets of South Philadelphia.

The transportation center will be located in the center of the neighborhood integrated with the regional bus route and shopping center.

Bus routes are efficiently redesigned and gathered to this regional destination to improve waterfront accessibility.

The I-95 is converted to the urban farming belt providing green jobs that can connect existing neighborhoods with the new Pennsport waterfront neighborhood. The agricultural products are mostly consumed by local small businesses and households.

38

UNIVERSITY OF PENNSYLVANIA | ACADEMIC

URBAN DESIGN+PLANNING

39

Philadelphia Wholesale

Wealth

Households

Ubereats

Provide Sustainable Energy

Doordash

Microgrid

Equity Transportation Center Farming Highway Cooperative

Support Regional Distribution

Households

Food Distribution Companies

Local Retailer & Farmer’s House

Local Market

Job Provide FIltered Water

Wetland

Pennsport Waterfront district Energy City of Philadelphia

Provide Interactive Food Platform

Food Bank

Philadelphia PA and

WATER TREATMENT + AGRICULTURE PRODUCTION AND CONSUMPTION I-95 is relocated underground and is seamlessly integrated with the Green Stormwater Infrastructure water management system, which uses sustainable irrigation water filtered through East West Park. Agricultural products harvested from the farming highway can be distributed to Philadelphia and the surrounding regions via the regional bus system connected to the transportation center located at the heart of the community. Alternatively, these products can be delivered directly to the community for fresh consumption, bypassing complex distribution processes. This approach not only fosters a healthy industry but also serves as a vital link between the existing community and the new development.

RISE OF E-COMMERCE & PUBLIC PRIVATE PARTNERSHIP

FROM SURFACE PARKING LOT TO COMMUNITY ANCHORS

BUILDING TYPOLOGIES DRIVEN BY URBAN THIRD PLACE The proposed building typologies are designed to enhance the “third place” experience throughout neighborhoods. The current urban fabric of the Pennsport area is dominated by large corporate stores, which hinder social interaction among residents. The newly suggested building typologies aim to foster connections by creating spaces where people can engage with one another and with the surrounding neighborhood.

FLOODABLE EDGE RESPONSIVE TO SEA LEVEL RISE 40

UNIVERSITY OF PENNSYLVANIA | ACADEMIC

FARMING HIGHWAY

ANCHOR TRANSPORTATION CENTER AND PARK

NEW COLUMBUS BLVD URBAN DESIGN+PLANNING

41

situation of Colombia and Bogota, Statistical Survey, Masterplan and Framework 563,691,941 sq.ft.

BOGOTA INFORMAL ARMATURE :

WATER BECOME UBIQUITOUS From the perspective of rapid urbanization in Latin American cities, the growing trend is dominated by informal settlements.

This trend is expected to continue, with a billion people projected to live in informal settlements over the next three decades.

In particular, Bogotá’s rich natural resources and public health are threatened by rapid urban expansion and increasing social inequality. Therefore, we explored how to balance habitat protection and enhancement with agricultural and productive activities, while fostering high-quality urban environments through this informal armature studio.

Course

:

International Informal Armatures Studio, Fall 2020

Instructor

:

David Gouverneur

Team Member : Junwon Kim, Andrew Wang, Kuangyi Tu, Dian Yu, Sun Can, Tianshu Zhaning, Natalia Revelo, Palak Agarwal Role

:

Regional site analysis and breakdown of historical issues, Narrative building of urban situation of Colombia and Bogota, Statistical Survey, Masterplan and Framework

Scale

:

563,000,000 sq.ft.

Proposed Metropolitan Stewardship Line Metropolitan Connector Bogota River

ELV. + 11788ft

ELV. + 9026ft

Indigenous Coallition

Parque Nacional

La Calera

Embalse San Rafael

Usaquen

San Luis

Center Civico

ctivity between onne e C rov Imp

Simon Bolivar Metropolitan Park

Transportaion Congestion

Nimodo Public Park

Ciudadela La Felicidad

Water Treatment

Rio Pollution

Eldorado Ariport Fontibon

Humedal Jaboque

Expected New Station

Mosquera

Funza Metropolitan Stewardship by ICA, SENA and Marengo

Laguna de la Herrera

ELV. + 8638ft

MADRID

Chicaque Natural Park

ELV. + 2768 ft

Querry Park

La Mesa

Land slide

er

nt

and Inf or ma l

Filtering Agriculture Pollution to Wetland and River

n

ba

ci ty

m

ai

cl

Re

In

us

Ur

Ce

no

ge

di

of

Completion of Metropolitan Park System

Filtering Urban Pollution to River and Wetland

Bringing Planting Culture of Bogota

Provide quality of open space integrating with canal grid Improve agricultural practice Hybridize water management system Strengthen the stewardship of land driven by public university Low-cost infrastructure by gondola station

Bogota Integrated Water Community 2035

MULTIMODAL TRANSIT New Gondla systme are installed through the agricultural grid for low impact to agriculture

AGRICULTURAL RESEARCH

Bring strong flower industriy and branded togehter for the competitive world market

AGRICULTURAL COALITION

Residence and the indigenous people are gathered to share their skill supported by Agricultural University

+ ZONE PRODUCTION

+ RURAL AREAS

FLOWER PRODUCTION

+URBAN AREAS

CORN PRODUCTION

WATER FORMS

WHEAT PRODUCTION

AGRICULTURE ZONES

REGIONAL WATER MANAGEMENT

DAIRY PRODUCTION

MAIN ROUTES RPOD.

Canal and river of Bogota are filtered through newly generated wetland park

PRODUCTION STOCKS

MARKETS

OTHER PRODUCTION

AIRPORTS

STEWARDSHIP OF WATER GREEN PRIORITY DISTRICT

Stewardship are are expanded to the agricultural district

2021

42

UNIVERSITY OF PENNSYLVANIA | ACADEMIC

2023

2025

2030

2032

2035

URBAN DESIGN+PLANNING

43

FRAMEWORK & CANAL INTEGRATED DEVELOPMENT STRATEGY

Stewardship & Restoration | Querry, Central and Botanical Park

Integrating Mobility | Historical Grid, Gondola Station and Formal City

MOSQUERA AGRICULTURE-ORIENTED GREEN ARMATURE AND URBAN DEVELOPMENT

Respecting Water Culture | Improved Canal and Filteration Wetland

Green Armature | Alamedas and Canal Park

Proposed Road Expected Railway Gondola Line Gondola Station New Railway and Transit Stations

Concept Framework | Components in Metropolitan Movement

Stewardship | Preserving Agricultural Lands

Water System | Canal Living & Flood Prevention

Linear Park | Connectiong Hot Spot of Mosquera

Formal Development | Minimum Control

40ft Canal 25ft Canal 10ft Bioswale

Proposed Canal Hierarchy

Cunidamarca stewardwhip and Clean Water body initative possible area

44

UNIVERSITY OF PENNSYLVANIA | ACADEMIC

45ft Intervention

Proposed Water Filteration System

25ft Intervention

"La Ramada '', the government funded water management district, was founded in the 1930s. The district is composed of a different hierarchy of canal systems. This system is responsible for the local farmers and flower industries. The reprofiled canals(40ft, 25ft, 10ft bisoswale) with new filtration ponds are read as an integrated water management system clearing the River Bogota, and as a cultural public realm.

10ft Intervention

Embankment of Rio Bogota

Detail Development | Integrating Formal, Informal and Nature of Mosquera

URBAN DESIGN+PLANNING

45

FARMING NATURE, FRAMING FUTURE Remediating Remediating Land Land and and Engaging Engaging Community Community through through New New Farming Farming Industry Industry

FARMING NATURE, FRAMING FUTURE :

Visioning Visioning 2070 2070

Competition

From Fromaasick sickPhiladelphia Philadelphiato toaahealthy healthyPhiladelphia: Philadelphia:Philadelphia Philadelphiaisisininthe thestage stageofofseeking seekingsolutions solutionsfor forthe theside sideeffects effectsofofindustrial industrialdevelopments developments that thathad hadbeen beenflourishing flourishingover overdecades. decades.The Therefinery refinerysite siteisisaaprecious preciousopportunity opportunityto todemonstrate demonstratethe theurban urbanlife lifeofofnext nextgeneration generationininPhiladelPhiladelphia. phia.We Weidentify identifythree threemajor majorissues: issues:Industrial IndustrialTransformation, Transformation,Pollution PollutionPrevention Preventionand andFood FoodSecurity, Security,picturing picturingto toprovide provideaaseries seriesofofremedies remedies and andestablish establishaafriendly friendlyenvironment environmentwith withBiotech Biotechresearch researchhub, hub,New Newurban urbanfarming farmingsystem systemand andWetland.

Wetland.We Weare arevisioning visioningthat thatinin2070, 2070,the thesite site will willbe beaavigorous vigorousand andhealthy healthyurban urbancenter centerthat thatserves servesthe thesurrounding surroundingneighborhoods neighborhoodswhile whilemaking makingPhiladelphia Philadelphiaaaresilient resilientcity. city.

REMEDIATING FORMER REFINERY SITE FARMING NATURE, FRAMING FUTURE

:

1.1. Biotech Biotechresearch researchhub hub 2.2. commercial commercialcorridor corridor 3.3. farmer’s farmer’smarket marketpark park 4.4. community communitygarden garden 5.5. residential residentialarea areawith with IndeFARM IndeFARMsystem system 6.6. forest forestpark park 7.7. waterfront waterfrontpicnic picnicarea area 8.8. waterfront waterfrontplaza plaza 9.9. waterfront waterfronttrail trail 10.

10.bridge bridgeplaza plaza 11.11. refinery refinerypreservation preservation park park 1.

Biotech research hub 12.

12. riparian riparian forest forest 2. commercial 13.

13.wetland wetland park park corridor 14.

14.vertical vertical farm farmmarket hub hub 3. farmer’s park

Winner, Feb 2021, Edmund N. Bacon Urban Design Awards Student Competition

Visioning 2070

: Junwon Kim, Nuosha Wang, Shaoan Chiu, Heejung Shin Team Member Innovative Innovative Industry Industry 135 135acres acresofoftech techhub hub++12000 12000new newjobs jobs

Remediating Land and Engaging Community through New Farming From a sick Philadelphia to a healthy Philadelphia: Philadelphia is inIndustry the stage of seeking solutions for the side effects of From a sick Philadelphia to a healthy Philadelphia: Philadelphia is in the stage of seeking solutions for the side effects of industrial developments industrial developments thatsite had beenopportunity flourishing over decades.

Theinrefinery site is a precious opportunity to demonstrate the that had been flourishing over decades. The refinery is a precious to demonstrate the urban life of next generation Philadelphia. We identify three major issues: Industrial Transformation, Pollution Prevention and Food Security, picturing to provide a series of remedies urban lifea of next generation in Philadelphia. three major issues: and establish friendly environment with Biotech research hub, New urban farmingWe systemidentify and Wetland. We are visioning that in 2070, the site Industrial Transformation, Pollution prevention and will be a vigorous and healthy urban center that serves the surrounding neighborhoods while making Philadelphia a resilient city.

Food Security, picturing to provide a series of remedies and establish a friendlt environment with Biotech research hub, New urban farming system and wetland. We are visioning that in 2070, the site will be a vigorous and healthy urban center that serves the surrounding neighborhoods while making Philadelphia a resilient city.

Role

:

Scale

:

4. community garden 5. residential area with IndeFARM system 6. forest park 7. waterfront picnic area 8. waterfront plaza 9. waterfront trail 10. bridge plaza 11. refinery preservation park 12. riparian forest 13. wetland park 14. vertical farm hub

Regional Site Analysis, Building Framework, Issue mapping and breakdown risk components, Connectivity and Connection to to Biotech Biotech research research hub hub on on Snyder Snyder Avenue Avenue Food Distribution Analysis, 3D Modeling of the MasterplanA.A. Connection 66

33

77

Innovative Industry

AA

11

88 22

56,600,000 sq.ft.

Healthy Healthy Neighborhood Neighborhood

135 acres of tech hub + 12000 new jobs

250 250acres acresofofgreen greenspaces spaces++IndeFARM IndeFARM

A

44

99

1

6

10 10

A. Connection to Biotech research hub on Snyder Avenue

FARMING NATURE, FRAMING FUTURE ARMING NATURE, FRAMING FUTURE Visioning 2070

BB

7

8

3

Accessible Accessible Urban Urban Center Center

From a sick Philadelphia to a healthy Philadelphia: Philadelphia is in the stage of seeking solutions for the side effects of industrial developments 315 315acres acresofofnew newmixed-use development development that had been flourishing over decades. The refinery site is a precious opportunity to demonstrate themixed-use urban life of next generation in Philadelphia. We identify three major issues: Industrial Transformation, Pollution Prevention and Food Security, picturing to provide a series of remedies and establish a friendly environment with Biotech research hub, New urban farming system and Wetland. We are visioning that in 2070, the site 250 acres of green spaces + IndeFARM will be a vigorous and healthy urban center that serves the surrounding neighborhoods while making Philadelphia a resilient city.

ediating Land and Engaging Community through New Farming Industry

Healthy Neighborhood

12 12

4

9

Biotech research hub commercial corridor farmer’s market park community garden residential area with IndeFARM system 6. forest park 7. waterfront picnic area 8. waterfront plaza 9. waterfront trail 10. bridge plaza 11. refinery preservation park 12. riparian forest 13. wetland park 14. vertical farm hub

FARMING NATURE, FRAMING FUTURE

We Weare arelooking lookingfor foran ananswer answerfor forthe the future futureofofurban urbanfarming. farming.As AstechtechPlant Plantfactory factory nology nologydevelops, develops,we webelieve believeaafoodfoodshare sharesystem systemcould couldRemediating be beimplemented implemented 135 acres of tech hub +New 12000 new jobs Land and Engaging Community through Farming Industry into intoneighborhoods, neighborhoods,providing providingwith with Resilient Resilient Environment Environment fresh freshproducts productsinin“food “food kiosk”. kiosk”.

From a sick Philadelphia to a healthy Philadelphia: Philadelphia is in the stage of seeking solutions for the side effects of industrial 400 400acres acresdevelopments ofofwetland wetland Downsizing Downsizing: : that had been flourishing over decades. The refinery site is a precious opportunity to demonstrate the urban life of next generation in Philadel//AAdownsized downsizedversion version ofofvertical vertical phia.

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Main MainPhiladelphia Road Road will be a vigorous and healthy urban center that serves the surrounding neighborhoods while making a resilient city.

10

13 13

Innovative Industry

14 14

A B

1

315 acres of new mixed-use development

Innovative Industry

135 acres of tech hub + 12000 new jobs Visioning 2070

2

acres of green spaces + IndeFARM Innovative250Industry

8 2

1

10

Visioning 2070

6

7

Job Job Opportunities Opportunities

Green Green System System

Accessibility : //The Thesite sitewill willbecome becomeaanew newurban urbancenter centerthat thatsurrounded surrounded //Recreational Recreational Landscape: Landscape:Integrate Integratewith withSchuylkill SchuylkillRiver River by bydifferent differenttypes typesofofindustries industriesand andjob jobopportunities. opportunities. trail system and develop developfood. intra-city intra-citygreen greencorridors. corridors. / An easiertrail waysystem to getand healthy //The Thesite sitewill willbe beintegrated integratedinto intoaalarger largernew newfood foodindustry Ecological Landscape: Landscape: Buildecosystem ecosystemfor forthe thecity city /industry Become//aEcological community asset.Build network, network,including includingresearch, research,production productionand anddistribution. distribution. //Productive ProductiveLandscape: Landscape:Preparing Preparingfor fornew newfood foodindustry industry

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//Develop Developroad roadnetwork networkto tocreate createbetter betterconnections connectionswith with South Southand andSouthwest SouthwestPhiladelphia Philadelphianeighborhoods. neighborhoods. //Reroute Rerouteaapart partofofI-76 I-76section sectioninto intoan anunderground undergroundtunnel tunnel and andextend extendSnyder SnyderAvenue Avenueinto intoour ournew newtech techhub hub

Engagement : / Hire community members or food co-ops to manage food kiosks.

oning 2070

vative Industry Job Opportunities

Green System

f tech hub + 12000 new jobs

/ The site will become a new urban center that surrounded by different types of industries and job opportunities. / The site will be integrated into a larger new food industry network, including research, production and distribution.

6

7

h hub ridor park en with m

250 acres of green spaces + IndeFARM

Resilient Environment

B

5

We are looking for an answer for the 11 future of urban farming. As techTransit Transit Development Development 2020-2030 2020-2030 Check Check Up Up 2030-2050 2030-2050 Stitch Stitch Up Up nology develops, we believe a foodshare system could be implemented //Build Buildaanew newBRT BRTsystem systemthat thatserve serveSouth SouthPhiladelphia Philadelphia //Execute ExecuteLand LandRemediation Remediation //Create CreateGreen Greensystem systemand andWetland Wetland into neighborhoods, with and andnew newdevelopments developmentsalong alongwaterfront. waterfront. //Invest InvestBio-Tech Bio-Techindustry industryand and research research works works providing //Develop Develop Transit Transitand andRoad Roadnetwork network fresh products in “food//kiosk”. //Reuse Reusethe theCSX CSXrail railtrack trackatatSS25th 25thstreet streetand anddevelop developthe the //Strengthen Strengthencommunity communitydevelopment development Integrate Integratewith withexisting existingneighborhoods neighborhoods Downsizing : third thirdmetro metrosystem systemfor forthe thecity. city. //Improve Improveurban urbaninfrastructure infrastructure //Become Becomeaatest-ground test-groundfor fornew newagriculture agriculture / A downsized version of vertical farm, potential to become a part of 315 acres of new mixed-use development urban streetscape.

Accessible Urban Center

Transit Development

912

10

400 acres of wetland

Accessibility : / An easier way to get healthy food. / Become a community asset.

/C /Stimulate StimulateMixed-use Mixed-use&&Economic Economicdevelopment development //Complete CompleteTransit Transitand andRoad Roadnetwork network //Establish Establishaaresilient resilientneighborhood neighborhood //Become Becomeaanew newfood foodindustrial industrialhub hub

Main Road

2020-2030 Check Up Green System Engagement :

13

A

14

1

Plant factory

B

Biotech research hub commercial corridor 5 3 farmer’s market park community garden C residential area with 2 IndeFARM system 6. forest park 7. waterfront picnic area 8. waterfront plaza 9. waterfront trail 10. bridge 4plaza 11. refinery preservation park 12. riparian forest 13. wetland park 14. vertical farm hub 5

C

400 acres of wetland

6 food-share C. C. “IndeFARM” “IndeFARM” food-share system system in in aa neighborhood neighborhood street street

Accessible Urban Center

B. Arterial street with BRT system

Main315 Road acres of new mixed-use development

3

7

Healthy Neighborhood

1.

B 2.

3.

4.

5.

11

Resilient Environment

8 12

2

Accessibility : / An easier way to get healthy food. / Become a community asset.

Job Opportunities

10

Innovative Industry 135 acres of tech hub + 12000 new jobs

2050-2070 2050-2070 Heal Heal Up Up

12

We are looking for an answer for the We are looking for an answer for the future of urban farming. As technology future of urban farming. As tech13 develops, we believe a afood nology develops, we believe food-share system could be implemented into 14 neighborhoods, providing with fresh products in "food Kiosk". share system could be implemented into neighborhoods, providing with fresh productsAindownsized “food kiosk”.Accessibility: Engagement: Downsizing: Downsizing : An easier way to get Hire community version of vertical farm, Resilient Environment / A downsized version of vertical healty food.

Become a members or food co-ops potential to become a part farm, potential to become a part of 400 acres of wetland streetscape community asset to manage food kiosks ofurban urbanstreetscape.

Plant factory

Accessibility

3

315 acres of new mixed-use development

Healthy Neighborhood

Engagement : / Hire community members or food co-ops to manage food kiosks.

A Landscape: Integrate Accessibility : / Recreational with Schuylkill River / Develop road network to create better connections with 1 / Angreen easiercorridors. way to get healthy South food. and Southwest Philadelphia neighborhoods. trail system and develop intra-city / Becomefora the community asset./ Reroute a part of I-76 section into an underground tunnel / Ecological Landscape: Build ecosystem city / Productive Landscape: Preparing for new food industry and extend Snyder Avenue into our new tech hub

Engagement : / Hire community members or food co-ops to manage food kiosks.

Accessible Urban Center

14

Neighborhood Street

1. Biotech research hub 2. commercial corridor 3. farmer’s market park community We are4.looking forgarden an answer for the area with As techfuture 5.of residential urban farming.

IndeFARM system nology develops, we believe a food6. forest park share system could bearea implemented 7. waterfront picnic into neighborhoods, providing with 8. waterfront plaza 9. waterfront fresh products in trail “food kiosk”.

10. bridge Downsizing : plaza 11. refinery preservation / A downsized version of vertical park farm,12.potential to become a part of riparian forest 13.streetscape. wetland park urban 14. vertical farm hub

11

8

4

9

13

4

9

A B. Arterial street with BRT system

135 acres of tech hub + 12000 new jobs

Healthy Neighborhood 250 acres of green spaces + IndeFARM

3 8

Biotech research hub commercial corridor farmer’s market park community garden residential area with IndeFARM system 6. forest park 7. waterfront picnic area 8. waterfront plaza 9. waterfront trail 10. bridge plaza 11. refinery preservation park 12. riparian forest 13. wetland park 14. vertical farm hub

Healthy Neighborhood A. Connection to Biotech research hub on Snyder Avenue

12

future of urban farming. As techPlant factory nology believe a foodFrom a sick Philadelphia todevelops, a healthywe Philadelphia: Philadelphia is in the stage of seeking solutions for the side effects of industrial developments shareover system could be that had been flourishing decades.

Theimplemented refinery site is a precious opportunity to demonstrate the urban life of next generation in Philadelinto neighborhoods, providing with phia. We identify three major issues: Industrial Transformation, Pollution Prevention and Food Security, picturing to provide a series of remedies fresh products in “food kiosk”. research hub, New urban farming system and Wetland. We are visioning that in 2070, the site and establish a friendly environment with Biotech Downsizing : will be a vigorous and healthy urban center that serves the surrounding neighborhoods while making Philadelphia a resilient city. / A downsized version of vertical farm, potential to become a part of urban streetscape.

Main Road

1.

2.

3.

4.

5.

6

7

3

Neighborhood Neighborhood Street Street

We are looking for an answer for the Remediating Land and Engaging Community through New Farming Industry

A

1

C

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Biotech research hub commercial corridor farmer’s market park community garden residential area with IndeFARM system 6. forest park 7. waterfront picnic area 8. waterfront plaza 9. waterfront trail 10. bridge plaza 11. refinery preservation park 12. riparian forest 13. wetland park 14. vertical farm hub

B. B. Arterial Arterial street street with with BRT BRT system system

5

6

7

1.

2.

3.

4.

5.

11

Accessible Urban Center

Accessibility Accessibility: : //An Aneasier easierway wayto toget gethealthy healthyfood. food. //Become Becomeaacommunity communityasset. asset.

Visioning 2070

1.

2.

3.

4.

5.

CC

2

Remediating Land and Engaging Community through New Farming Industry

sick Philadelphia to a healthy Philadelphia: Philadelphia is in the stage of seeking solutions for the side effects of industrial developments been flourishing over decades. The refinery site is a precious opportunity to demonstrate the urban life of next generation in Philadelidentify three major issues: Industrial Transformation, Pollution Prevention and Food Security, picturing to provide a series of remedies blish a friendly environment with Biotech research hub, New urban farming system and Wetland. We are visioning that in 2070, the site vigorous and healthy urban center that serves the surrounding neighborhoods while making Philadelphia a resilient city.

55

11 11

Neighborhood Street

250 acres of green spaces + IndeFARM

13

9

14

Plant factory

4

Resilient Environment 400 acres of wetland

10

Main Road

B

5

11

2030-2050 Stitch Up Accessibility

2050-2070 Heal Up Transit Development

/ Build a new BRT system/ that serve South Philadelphia / Execute Land Remediation Create Green system and Wetland / Stimulate Mixed-use & Economic development / Hire community members or /food The site will become a new urban center that surrounded / Recreational Landscape: Integrate with Schuylkill River / Develop road network to create better connections with / Build a new BRT system that serve South Philadelphia and new developments along waterfront.

Bio-Tech and research works / Develop and Road network / Complete Transit and Roadwaterfront. network to manage food kiosks. by different types of industries and job opportunities. / Invest trail system industry and developco-ops intra-city green corridors.

SouthTransit and Southwest Philadelphia neighborhoods. and new developments along Accessible Urban Center Neighborhood will street be integrated into a larger new food industry / Ecological Landscape:development Build ecosystem for the city / Reroute a part of I-76 section into an underground tunnel / Establish / Reuse thea CSX rail track at S 25th street / Integrate with existing neighborhoods resilient neighborhood / Reuse the CSX rail track/ The at Ssite 25th and develop the / Strengthen community Street and develop the 315 acres of new mixed-use development network, / Productive Preparing for new food industry / Become and extend Snyder Avenue our new tech hub third metro system forindustrial the city. third metro system for the city. including research, production and distribution. / Improve urban Landscape: infrastructure a test-ground for into new agriculture / Become a new food hub

C

2020-2030 Check Up

2030-2050 Stitch Up

2050-2070 Heal Up

/ Execute Land Remediation / Invest Bio-Tech industry and research works / Strengthen community development / Improve urban infrastructure

/ Create Green system and Wetland / Develop Transit and Road network / Integrate with existing neighborhoods / Become a test-ground for new agriculture

/ Stimulate Mixed-use & Economic development / Complete Transit and Road network / Establish a resilient neighborhood

/ Become a new food industrial hub C. “IndeFARM” food-share system in a neighborhood street

A. Connection to Biotech research hub on Snyder Avenue

12

Neighborhood Street

8 2

We are looking for an answer for the future of urban farming. As technology develops, we believe a foodshare system could be implemented into neighborhoods, providing with kiosk”. System Job Opportunities fresh products in “foodGreen Downsizing : / The site will become a new urban center that surrounded / Recreational Landscape: Integrate with Schuylkill River Aopportunities. downsized version of vertical by different types of industries and /job trail system and develop intra-city green corridors. / The site will be integrated into a larger new food industry / Ecological Landscape: Build ecosystem for the city farm, potential to become a part of network, including research, production and distribution. urban streetscape. / Productive Landscape: Preparing for new food industry

y Neighborhood

of green spaces + IndeFARM

4

9

c area a

ation

10

B

b

5

11

pportunities

Green System

C

Accessibility

will become a new urban center that surrounded / Recreational Landscape: Integrate with Schuylkill River / Develop road network to create better connections with ent of industries trail system and develop intra-city green corridors.

South and Southwest Philadelphia neighborhoods. bletypes Urban Centerand job opportunities. will be integrated into a larger new food industry / Ecological Landscape: Build ecosystem for the city / Reroute a part of I-76 section into an underground tunnel new mixed-use development A. Connection to Biotech research on Snyder Avenue including research, production and distribution. / Productive Landscape: Preparing for new foodhub industry and extend Snyder Avenue into our new tech hub

46

12

UNIVERSITY OF PENNSYLVANIA | ACADEMIC

13

Accessibility

Resilient Environment Transit Development 400 acres of wetland

2020-2030 Check Up

2030-2050 Stitch Up

2050-2070 Heal Up

/ Develop road network to create better connections with South and Southwest Philadelphia neighborhoods. / Reroute a part of I-76 section into an underground tunnel and extend Snyder Avenue into our new tech hub

/ Build a new BRT system that serve South Philadelphia and new developments along waterfront. / Reuse the CSX rail track at S 25th street and develop the third metro system for the city.

/ Execute Land Remediation / Invest Bio-Tech industry and research works / Strengthen community development / Improve urban infrastructure

/ Create Green system and Wetland / Develop Transit and Road network / Integrate with existing neighborhoods / Become a test-ground for new agriculture

/ Stimulate Mixed-use & Economic development / Complete Transit and Road network / Establish a resilient neighborhood / Become a new food industrial hub

Accessibility : / An easier way to get healthy food. / Become a community asset.

Transit Development

2020-2030 Check Up

14

Plant factory

Engagement : / Build a new BRT system that serve South Philadelphia / Execute Land Remediation / Hire community members or food and new developments along waterfront. / Invest Bio-Tech industry and research works co-ops to manage food kiosks. / Reuse the CSX rail track at S 25th street and develop the / Strengthen community development B.forArterial third metro system the city. street with BRT system / Improve urban infrastructure

Main Road

2030-2050 Stitch Up

2050-2070 Heal Up

/ Create Green system and Wetland / Develop Transit and Road network Neighborhood / Integrate with existing neighborhoods Street / Become a test-ground for new agriculture

/ Stimulate Mixed-use & Economic development / Complete Transit and Road network / Establish a resilient neighborhood / Become a new food industrial hub

C. “IndeFARM” food-share system in a neighborhood street

URBAN DESIGN+PLANNING

47

A.

OREGON AVENUE EAST 2025 :

COMMUNITY ORIENTED DISTRICT PLAN The project focuses on community-oriented scale improvements to the built environment of Oregon Avenue East in South Philadelphia. This area faces multiple challenges, including drug issues, rent burdens, poorly managed post-industrial sites, a lack of green infrastructure, and energy insufficiency, while substantial funding and improvements are concentrated in Center City and West Philadelphia. This studio brings together a diverse group of students from fields such as transportation, real estate, community economic development, land-use and zoning, environmental studies, and urban design to address these complex issues in Oregon Avenue East.

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UNIVERSITY OF PENNSYLVANIA | ACADEMIC

Course

:

Planning Workshop Studio, Spring 2020

Instructor

:

SeungAh Byun

Team Member : Junwon Kim, Zirui Chen, Trevor James Conley, Diana K Drogaris, Amber Adly Hassanein, Ada Julia Rustow, Tianyi Shao Role

:

Issues and opportunities, Urban design, Community meeting, Developing Phases of the intervention,

Scale

:

12,466,000 sq.ft.

URBAN DESIGN+PLANNING

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GRAYS FERRY REDEVELOPMENT :

REPURPOSING ABANDONMENT Grays Ferry is a neighborhood situated along the Schuylkill River. The community has faced challenges such as car-oriented streetscapes, an inaccessible green network due to railroads along the waterfront edge, underdeveloped entry points on Grays Ferry Avenue, and abandoned buildings on the site. These issues have created a barrier between the waterfront and the community. The project aims to transform potential neighborhood assets by retrofitting the big box sites and creating strategic connectors to the waterfront.

Course

:

Fundamentals of Urban Design, Fall 2019

Instructor

:

Zhongjie Lin

Team Member : Junwon Kim, Zirui Chen, Trevor James Conley, Diana K Drogaris, Amber Adly Hassanein, Ada Julia Rustow, Tianyi Shao Role

:

Research on historic urban fabric, Streetscape, Openspace typology, Socio-economic analysis and Rendering

Scale

:

680,000 sq.ft.

Median Household Income

Percent White

Public Transportation

Total Population

The median income of Grays Ferry is below the average of Philadelphia negiborhoods and highly constrasted to the center city district.

Population of the Grays Ferry is not lower than near neighborhood which means that enough working human resources are expected. Also, people in Grays Ferry are highly depending on the public transportaiton to commuting. Lastly, the percent white is low position compared to otherneighborhoods. Thus, programs for job creating, affordable housing, commercial corridor and accessible communing design should be considered and implemented for Grays Ferry neighborhood.

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UNIVERSITY OF PENNSYLVANIA | ACADEMIC

URBAN DESIGN+PLANNING

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PUBLIC POLICY AND GEOSPATIAL ANALYTICS :

DATA DRIVEN URBAN MANAGEMENT Urban planning, urban design, and landscape architecture are increasingly collaborating with data and technology to understand human behavior and the transformation of terrain and nature in response to rapid climate change and social issues.

Data science projects address recent trends in large-scale urban policies, such as criminal prediction in Chicago, housing price forecasting in Boston, bike ride-share analysis, and wildfire risk prediction in California. By analyzing these various urban trends from a data perspective, planners can obtain crucial information to improve and protect our vulnerable communities.

Course

:

Public Policy Analytic, Fall 2019 / Geospatial Software Design, Fall 2020

Instructor

:

Ken Steif /

Dana Tomlin

Team Member : Junwon Kim Role

Individual Geometry Data

:

Data wrangling, Exploratory visualization and Establishing Prediction Modeling in R, Image processing and score assessment establishment, Satellite Image Classification in Google Earth Engine

Individual Geometry Data Individual Geometry Data Individual Geometry Data Individual Geometry Data Individual Geometry Data Individual Geometry Data

Secondary Raster Datasets

Primary Raster Datasets

Tree Canopy Expansion Candidate 7: Ansan Area 2,310,395(m2)

Expansion Candidate 6: Gwancheon Area 1,900,031(m2)

Expansion Candidate 5: Hanam Area 5,302,536(m2)

Expansion Candidate 4: Namyangju 2

Expansion Candidate 3: Namyangju 1

Area 2,505,114(m2)

Area 6,225,015(m2)

Expansion Candidate 2: Incheon Urban Area 8,749,292(m2)

Land Cover Data

Expansion Candidate 1: Bucheon

Land Cover Data has predefined classification layers

Area 6,925,368(m2)

Slope

Population

Landsat 8 Classification has reflect locality of the satelite image

CLustering has locality of the satelite image

Agriculture

Image by Remap

Image by Classification Image by Clustering

Forest Urban, Water, Green

Urban, Water, Green

Urban, Forest, Agriculture

Population

Tree Canopy

Slope

Control study boundaries

Image by Clustering

Control study boundaries

Engineered Image

Save the engineered value of properties Save the engineered value of properties

Score: -22

Individual Feature Data

Score: -25

Individual Feature Data

Score: -41

Individual Feature Data

Score: -33

Individual Feature Data

Score: -28

Individual Feature Data

Score: -12

Individual Feature Data

Engineered Image

Score: 2

Individual Feature Data Refinement Method

New Properties

by Mathmatical operation

Engineered Feature Data

Refinement of Give Feedback Engineered Image to the Engineered Image

Add Score Algorithm

Final Feature Collection Dataset

Final Urban Expansion Candidate

Reduce Neighborhood Entropy Glcm Texture Focal median Convolve Distance Canny Edge Detector

Data Wrangling In the first step, I cleaned the original data and visualized them to check if there is any clustering effect of the variables.

We can see some of the chosen variables showing the density of the observed values.

Also, I chose the fishnet grid as a visualization and machine learning process to get more precise and localized crime rates.

Spatial Structure & Correlation Test Feature Engineering The data is engineered in this process. Through the neighborhood effects, each pixel has a new property that indicates the distance of the variables and the crimes so that which area is significantly vulnerable to the crimes. Then, the neighborhoods and the police districts are used to enhance spatial quality of the model.

Regression Modeling

Hot Spot & Fishnet

The regression process is the first step of constructing the prediction model. From the histogram below is telling that the distribution of the count of crimes is skewed which means that the poisson regression is more appropriate to the model than linear regression.

Traditional ‘kernel density’ hotspot mapping is targeting police resources to the places where crime is most concentrated.

However, this methodology might make the locality of crimes diminish in the model significantly.

This assumption requires a comparison between kernel density hotspot and Fishnet grid model.

The local spatial structure of crime is quantified and visualized by way of a statistic called Local Moran’s I. In addition to that, the multiple scatterplots of count of Crimes are visualized and the correlation rates are calculated by each variable.

Accuracy & Generalizability To check how much error this model has, mean absolute error(MAE) can be calculated on predicted and observed crime counts and then compared across models. For the generalizability against the racial bias, the majority White and non White groups are added as new properties and the model is updated.

PREDICTING GEOSPATIAL RISK IN CHICAGO 52

UNIVERSITY OF PENNSYLVANIA | ACADEMIC

SUITABILITY FOR URBAN EXPANSION OF SEOUL URBAN DESIGN+PLANNING

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MAKING AND MEANING :

BODY MEDIA AND ARCHITECTURE Our body is a sensory storyteller, revealing the subtle beauty of the human form and its infinite relationships with time.

The project integrates these human compositions by combining people’s actions with surreal materials through advanced augmentation technologies. The second project presents a new approach to 21st-century still life, hybridizing abstracted threedimensional forms with light control technology, relief modeling, and projection mapping techniques. These studies capture aspects such as volume, ground, gravity, color management, VR space, and tectonic interdependencies.

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SCI-ARC | VISUAL

Course

:

Making and Meaning, July 2018

Instructor

:

Alexis Rochas, Matthew Ay, Maya Alam, David Eskenazi

Team Member : Junwon Kim Role

:

Rhino 3D Modeling, 3D scanning, Photoshop retouching, Physical modeling and 2D traditional Japanese paper stress

VISUAL

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SECOND OCEANIC RIDGE :

SACRIFICED SONGDO NEW CITY Over 90 percent of the seashore of Incheon city has been landfilled and linearized due to continuous urbanization. Moreover, after the completion of Songdo New City, the growth of the old section of the city was completely obstructed, leading to the loss of habitat for migratory birds. In this situation, the project is reconsidering the landfilled district by navigating the tension between utopian and dystopian coastline development. It aims to synchronize the lives of fauna and flora with urban expansion by employing a pier system that functions as a water filtration system.

Course

:

Architectural Design Studio 6, June 2014

Instructor

:

Jisop Han, Youngsuk Kim

Team Member : Junwon Kim Role

:

Site analysis, Framework plans, Block, street and building typologies, Proposing land use, and renderings

Scale

:

680,000 sq.ft.

Concept Sketch of the Songdo New City

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KONKUK UNIVERSITY | ACADEMIC

ARCHITECTURE

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5

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7

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1. Port 2. Dust Cleaner 3. Central Park 4. Water Collection Housing 5. Waterfront Apartment 6. Mud Fill Approach Area 7. Water Filter Floating Device 8. Solar Energy Generator Community Center 9. Fishery Filter 10. Puzzle Plaza 11. Promenade Stepped Market 12. Business Lot 13. Mud Roof 58

KONKUK UNIVERSITY | ACADEMIC

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8

12

9

11

10 ARCHITECTURE

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KONKUK UNIVERSITY | ACADEMIC

ARCHITECTURE

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