Portfolio

PORTFOLIOJONGHOON IM

JONGHOON IM

2412 Piedmont Avenue #103Berkeley, CA 94704, USA+1 510 755 [email protected]

EDUCATIONMay 2012 University of California, Berkeley | Master of Architecture Feb 2006 Seoul National University | Master of Science in Engineering, Dept. of Architecture Feb 2004 Chonnam National University | Bachelor of Engineering, Dept. of Architecture

TEACHING EXPERIENCE2010.4~2010.6 Rhino, Grasshopper, Rhino-Script | Destill Architecture, Seoul, Korea Helped designers in the firm to learn and apply these skills to real world applications2009 Fall Digital Architecture and Rhino | Changwon National University, Dept. of Architecture Led 24 students in learning Rhino and the basic concept of Grasshopper

PROFESSIONAL EXPERIENCE2011.2-2011.4 HAEAHN Architecture, Seoul, Korea | Freelance Designer Created 3D models using a variety of software in a collaborative environment Produced renderings and animation for both presentation and conceptual diagrams2009.7-2009.12 UI Architects, Seoul, Korea | Design and Construction Documentation Worked on a Hotel project from conceptual design through construction documentation2006.1-2009.6 HAEAHN Architecture, Seoul, Korea | Design Team Worked on projects and competitions of various scales on all aspects of design and documentation

HONORS & AWARDS2010 AIA NY Design Awards | Un-built Work Merit Award Winners 2004 Busan International Competition | Citation2003 National Exhibition of Korean Architecture | Honorable mention2003.8 Korea Institute of Registered Architects Scholarship 2000~2004 Won 6 merit scholarships out of 8 semesters in Chonnam National University

OTHER ACADEMIC ACTIVITIES2008.7 AA Visiting School | Summer Architecture and Urbanism Workshop, Seoul, Korea2002.8 Housing Workshop | Young Asian and European architects, Vienna, Austria

Address

PhoneEmail

PROFESSIONAL PROJECTS2011.2-2011.4 Design Competition for the Government Complex of Sejong City | Competition Winner2009.7~2009.12 Hotel in Gunsan Country Club | Private Contract, Under Construction2009.2~2009.6 Apartments in Jeonbuk Innovation City, Jeonbuk | Competition Winner2008.5~2008.6 Competition for Hallyuwood 2nd District Development | Competition Winner2007.11~2008.2 Competition for Chungnam Government Complex | AIA NY Design Awards2007.1~2007.10 Yongsan International Business District Master plan | Competition Winner2006.10~2007.12 Commercial Complex in Korea International Exhibition Center | Competition Winner2006.1~2006.6 Centum City Urban Entertainment Center | Competition Winner, Completed

TECHNICAL SKILLSDIGITAL 3D Rhino, Sketch up, Basic Knowledge of Maya, 3dsMaxDIGITAL 2D AutoCAD, Adobe Suite (Illustrator, Photoshop, InDesign)COMPUTATION Grasshopper, Basic knowledge of Python, RhinoScript, javascriptGIS ArcGISAnimation After Effects, FlashClimate/ Energy Climate Consultant, Ecotect, Design Builder

MILITARY SERVICE1997.10 Enlisted in the Korean Army as a private1999.12 Discharged from service as a sergeant

WORKS 2004-2012JONGHOON IM

UNCOMMON GROUND: EXCAVATING LANDSCAPES 01

IN-BETWEEN PLACE FOR NATURE AND ARCHITECTURE 15

SIMPLEXITY; A PROPOSAL FOR THE PALACE DISTRICT 25

BEYOND DICHOTOMY; METROPOLITAN WATER CENTER 35

GOVERNMENT COMPLEX II OF THE SEJONG CITY PAT 47

CHUNGNAM GOVERNMENT COMPLEX 55

HOTEL IN GUNSAN COUNTRY CLUB 65

AA SCHOOL SUMMER WORKSHOP 77

HAND DRAWINGS 79

MODEL WORKS 81

RENTAL HANDSET CASE DESIGN 82

RHINO RECTURING MATERIALS 83

CONTENTS

PART I: ACADEMIC WORKS

PART II: PROFESSIONAL WORKS

PART III: PERSONAL WORKS

PART I : ACADEMIC WORKS

2011 - 2012

2004

2004

2005

Uncommon Ground;Excavating LandscapeUC Berkeley Studio ONE Project

In-Between Place forNature and ArchitectureInternational Student Competition Project

Simplexity; A Proposal for the Palace districtSeoul Natl. Univ. Studio Project

Beyond Dichotomy;Metropolitan Water CenterSeoul Natl. Univ. Studio Project

2004 - 2012

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UNCOMMON GROUND: EXCAVATING LANDSCAPES

UC Berkeley Studio WorkStudoi ONE 2011 - 2012San Francisco Bay AreaInstructor Nicholas de Monchaux

UNCOMMON GROUND: EXCAVATING LANDSCAPES04

PHASE 01: MAPPINGOur task was to designthat is, arrange and presentall the information we have collected surrounding our research questions. We were to perform a portion of the visualization of the information in only a few thousand square inches of paper and ink.

These maps are generated according to the relationship between the number of animals and the distances between the location points and each center of urban blocks. Dark blocks in these maps represent the high chance to en-counter animals. All GIS data are collected from MVZ Website(www.mvz.org) which provide the detected spots of each animal in xy coordianate system.

MAMMALS

BIRDS

REPTILES & AMPHIBIANS

By how many chances could we encounter humans in the cities?

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High 2,629Medium 1,133








S O N O M A

M A R I N

N A P A

C O N T R A C O S T A

S O L A N O

A L A M E D A

S A N T A C L A R A

S A N M A T E O

BAY AREA GREENBELTS

BAY AREA URBAN-IZED AREA

GREENBELTS IN UR-BANIZED AREA

Data Source : The Bay Area Greenbelt2006 Edition(Greenbelt Alliance)

0.91

0.25

My research concern is on the Bay Area Ecology. The Bay Area is a great place to live. Its landscapes are spectacular and

its cities diverse and vibrant. However, the bay area is also facing a major chal-

lenge: its wildlife is at risk. It is threat-ened by sprawl: low-density suburban

development on the regions fringe. The poorly planned development paves open

space, worsens air and water quality, and exacerbates housing and transportation

problems.

DENSITY MAPS OF EACH SPECIES

GREENBELTS IN THE BAY AREA

NUMBERS OF GREENBELTS PER URBANIZED AREA(X100)

THREATENEDGREENBELTSPERCENTAGE


Son

oma

Boy

esH

otSp

rings

Son

oma

Clo

verd

ale

Sono

ma

Cot

ati

Sono

ma

ElVe

rano

Sono

ma

Fore

stvi

lle

Sono

ma

Hea

ldsb

urg

Sono

ma

Lark

field

-Wik

iup

Sono

ma

Peta

lum

aSo

nom

aRo

hner

tPar

kSo

nom

aRo

sela

ndSo

nom

aSa

nta

Rosa

Sono

ma

Seba

stopo

lSo

nom

aSo

nom

aSo

nom

aW

indso

rMa

rinCo

rteMa

dera

Marin

Fairfa

xMa

rinKe

ntfiel

d

Marin

Larks

pur

Marin

Luca

sVall

ey-M

arinw

ood

Marin

MillV

alley

Marin

Novat

o

Marin

SanA

nselmo

Marin

SanRa

fael

Marin

SantaV

enetia

MarinS

ausalito

MarinS

trawberr

y

MarinTa

malpais-H

omestea

dValley

MarinTibur

on

SanFrancis

coSanFra

ncisco

SantaClaraA

lumRock

SantaClaraBur

bank

SantaClaraCambr

ianPark

SantaClaraCampbell

SantaClaraCupertino

SantaClaraEastFoothills

SantaClaraGilroy

SantaClaraLosAltos

SantaClaraLosAltosHills

SantaClaraLosGatos

SantaClaraLoyola

SantaClaraMilpitas

SantaClaraMonteSereno SantaClaraMorganHill SantaClaraMountainView SantaClaraPaloAlto SantaClaraSanJose SantaClaraSanMartinSantaClaraSantaClara

SantaClaraSaratoga

SantaClaraStanford

SantaClaraSunnyvale

SanMateoAtherton

SanMateoBelmont

SanMateoBrisbane

SanMateoBroadmoor

SanMateoBurlingame

SanM

ateoDalyCity

SanM

ateoEastPalo

Alto

SanM

ateoElGranada

SanM

ateoEm

eraldLake

Hills

SanM

ateoFosterCity

SanM

ateoHalfM

oonBay

SanM

ateoH

ighlands-BaywoodPark

SanM

ateoH

illsborough

SanM

ateoM

enloPark

SanM

ateoM

illbrae

SanM

ateoM

ontara

SanM

ateoN

orthFairO

aks

SanM

ateoPacifica

SanM

ateoPortola

Valley

SanM

ateoR

edwood

City

Sa nM

ate oS

a nBr un o

SanM

ateoSan

Carlos

SanM

ateoSan

Mateo

SanM

ateoSouth

SanFrancisco

SanM

ateoW

est Menlo

ParkSan

Mateo

Woodside

Alameda

Alameda

Alameda

AlbanyAlam

edaAshland

Alameda

BerkeleyAlam

edaCastro

ValleyAlam

edaCherryland

Alameda

DublinAlam

edaEm

eryvilleAlam

edaFairview

Alameda Fremont

Alameda Hayward

Alameda Livermore

Alameda Newark

Alameda Oakland

Alameda Piedmont

Alameda Pleasanton

Alameda San Leandro

Alameda San Lorenzo

Alameda Union City

Contra Costa Alamo

Contra Costa Antioch

Contra Costa Bay Point

Contra Costa Bayview-Montalvin

Contra Costa Blackhawk-Camino Tassajara

Contra Costa Brentwood

Contra Costa Clayton

Contra Costa Concord

Contra Costa Crockett

Contra Costa Danville

Contra Costa Discovery Bay

Contra Costa East Richmond eH ights

Contra Costa El Cerrito

Contra CostaEl Sobrante

Contra Costa Hercu

les

ContraCosta K

ensington

ContraCosta

Lafayette

Contra Cos

ta Martinez

Contra Co

sta Moraga

Contra C

ostaOak

leyContr

a Costa

OrindaCon

tra Costa

Pachec

oCon

traCos

ta Pinol

eCo

ntraCo

staPitt

sburg

Contra

Costa

Pleasa

nt Hill

Contr

a Cost

a Rich

mond

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a Cos

taRo

deo

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a Cos

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llingw

ood

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a Cos

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n Pab

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on

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taTa

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lls

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a Cos

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neHi

ll

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raCo

staW

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Cont

raCo

staW

alnut

Cree

k

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nicia

Sola

noDi

xon

Sola

noFa

irfie

ld

Sola

noRi

oVi

sta

Sola

noSu

isun

City

Sola

noVa

cavi

lle

Sola

noVa

llejo

Nap

aAm

eric

anC

anyo

n

Nap

aAn

gwin

Nap

aC

a lis

toga

Nap

aN

apa

Nap

aSt

. Hel

ena

Nap

a Y

ount

ville

ELEC

TRICAL

LOSS

19.85B

TU

NATURAL G

AS

8.33BTU

RENEWABLE E

NERGY

0.68BTU

PETROLEUM1.93BTU

9.48BTU

ELEC

TRICITY

CO2 Emission(Billion Metric Tons CO2)

TRANSPORTATION1.88 Tera Tons

INDUSTRIAL

1.48 Tera Tons

COMMERCIAL1.03 Tera Tons

RESID

ENTIAL

1.23 Tera Tons

Petroleum Consumption(Million Barrels per Day)

TRAN

SPORTATION

13.5 Million Barrels

INDUSTRIAL 4.38 Million

Barrels

RESIDENTIAL & COMMERCIAL

1.08 Million Barrels

current

RENEWABLE

PETR

OLEUM

WHAT GAS STATIONS GAVE US

42M

42M

1/3 of Golden Gate Park

Fuel Amount4,400 gallons a day

Travel Distance88,000 miles by a car

Energy Generation160,000 KWh Electricity a day

Pollution40 tons of CO2

Source: the California Energy Commission

3.5 timesRoundtrip SF and NY

240 Regular Cars filling up

160,000 PV panels(1m2)Empire State Building

12 Peosons generation in China a year

807 stations 370 acres total 1800 sqm per 1 station

GAS STATIONS As a potentially future-abandoned site, gas station has a huge possiblity for restoring the cities. A series of dia-grams presented here shows changing trends in energy consumption, growing demands on sustainable transpor-tation, and quantative data which existing gas stations have been playing a role in the cities, exempiftying the need for rethinking of this a century-old infrastructure.

Renewable7.74

4.12

8.35

7.04Electricity

38.17Energy

Services39.97

EnergyRejected

54.64

ResidentialCommercial

Industrial

Transportation

18.30

12.17

26.10

2.7

15.64

1.46

9.53

25.3420.23

6.74

33.23

10.31

0.03

0.920.690.39

Nuclear8.35

Natural Gas23.37

Coal19.76

Petrolum35.27

TRANSPORTATION ENERGY TRENDS

GAS STATIONS

ENERGY CONSUMPTION

In the future, electric car can be used as battery to the grid.

48% Electricity is lost

34% co2 is caused by transportation200% is increasing in renewable energy

70% Petrolum is used in transportation

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GAS STATIONS NETWORK NETWORK BETWEEN GREENBELTS AND GAS STATIONSnetwork between n th closest stations

n=1

n=3

n=2

n=10

Within bicycle distances from parks(1km)

45 out of 807 Sites AddedHighway Exit Proximity

54 AddedTotal 113 Gas StationsTransit Station Walking Accessibility(400m)

31 Added

0 out of Bicycle Distance 10 around Highway Exits9 around Transit Stations Total 18 Gas Stations

TO IMPROVE GREEN ACCESSIBILITY

FOR EFFECTIVE TRANSIT TO PUBLIC TRANSFORTATION

FOR EASIER ACCESSTO HIGHWAY

FOR EASIER ACCESSTO HIGHWAY


GAS STATION AS A NEW LANDSCAPE

PLUME EXCAVATION MODELS FOR DIFFERENT SITES

SHAPE OF PLUME

PLUME

Almost a century of operation left a legacy of petroleum pollution of soil and groundwater that is found through current time and may extend few blocks away from the station. Excavation of plumes around sites provides with the subterranean experience of these post-industrial sites. This allows a contrasting juxtaposition of ground and subterranean landscapes and the memories of extinct infrastructures.

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CENTRAL

PICTURESQUE

NETWORKED

HIGH LINEGAS WORK PARK

GOLDEN GATE PARK CENTRAL PARK FENCED GREENBELTSGREENBELTS NETWORK

POST IN

DUSTRIAL

DO NOT

ENTER

SHIFTING PARADIGMS

PARKS_NETWORKED, ACCESSIBLE, POST-INDUSTRIAL

The notion of parks has undergone paradigm shifts since the advent of the National Park Service one hundred years ago. In the early twentieth century, parks played a role as large-scale environmental systems in the formation of cities (Central Park in New York, Golden Gate Park in San Francisco). This allowed modern cities to consume natural resources without guilt so long as they left one big nature in themselves. By the mid-twentieth century, ecology took on the role of indus-trial victim, its threatened state of health fostered protectionism; fencing off greenbelts inside cities. By the 1980s, as reclamation became a pervasive idea, we have experienced a number of metropolitan-scale architecture and landscape projects predicated on environmental remediation on the residues of twentieth-century urban, industrial, and military operations (Gas Work Park in Seattle, High Line in New York). Now in the 21st century, what should be next?

NETWORKED PROGRAMSA park does not function as an individual site but as a piece of a networked, produc-tive landscape constellations that are not explicitly networked but share programs. Parks in adjacent locations have different programs according to the character of the neighborhood analyzed with the help of the GIS information. In short, programs of one big park are distributed into the networked landscapes.

SMALL PARK PROGRAM DISTRIBUTION_STRUCTURED PARK + LOCAL PROGRAM

WATER

WATER

FOUNTAIN

WATER

BOTANICALGARDEN

BOTANICALGARDEN

BOTANICAL GRADEN

COMMUNITY GARDEN

COMMUNITYGARDEN

COMMUNITY GARDEN

RETAILS

RETAILS

SHOPPING

FOREST

RESTAURANT

LAWN

EXPERIENCE

EXPERIENCE

EXPERIENCE

WILD ANIMAL

TRAIL

FARMING

EXHIBITIONFARMING

NAP ROOM

EXHIBITION

MUSEUM

MUSICFOREST LODGE MUSEUM

FOREST

LIBRARY

EDUCATION

LIBRARYSTUDY ROOM

LIBRARY

SEMINAR

EXHIBITION

SEMINAR

CONFERENCE

CAFETERIA

CONFERENCE

PICNIC

TRAIL

PICNIC

CHILD CAREEDUCATION SCULPTURE

WALK

WALK

WALK

NURSING TRAIIL

LAWN PLAZA

LAWN

LAWN

LAWN PLAZA FLOWER

HYDROPONIC

HYDROPONIC

AEROPONIC

EDUCATION

CONVENIENCESTORE

GARDENING

PARK PARK PARKPARK


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PLUMES

SITE

GRAVITY

TESSELLATION

CULL PATTERN

TOPOGRAPHY

RANDOM VARIETY

MOUNDING

CIRCULATION

VECTOR GENERATION

PLUME GENERATION

ACCESS & WALK

VERTICAL MOVEMENT

SPHERE

EXCAVATION

PROGRAM BOX

ENTRANCE


DESIGN PROCESS

SITE NO.1 CASE STUDY

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Personal Academic Work/ International Student CompetitionSummer, 2004Busan, KoreaPrize Citation

IN BETWEEN PLACE FOR NATURE & ARCHITECTURE

IN-BETWEEN PLACE FOR NATURE AND ARCHITECTURE016

This project was a part of the Busan International Architectural Cultural Festival under the auspices of the UIA. The purpose of this project is to build Eco-Center to serve as a center for a natural reservation and an ecological education facility for the southern part of Korea.

The Ulsuk-island Eco-center project requires a new role to architects. Architecture, which was a shelter from dreadful threats environment, has expanded its power gradually. Even more, now it can violate nature adversely. Therefore, the architecture has to be considered in a view of integrated environment. In other words, architects should be a gentle arbitra-tor. However, the concept Ecological or Eco-friendly does not mean that nature is an ideal solution, or a perfect alternative for every artificial structures; In fact, this idea often misleads people to the false concept that buildings are complete opposition to nature. An architect as an arbitrator shouldnt separate them. In this viewpoint, the boundary between nature and architecture is vague, and the architect should find a connection between them.

IN-B

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01. 480x18m one way exhibition

02. Wave-shaped structureaccording to site contour

03. Flow along knot-shaped curve

04. Interference by vertical circulation

05. Exhibition space insertion

Selective path routes

one way

water

reeds

wet land

SAMPLING NATURE How can we display the living nature? In this project, weve given up confining nature into a limited space. Instead, we try to see architecture as extended nature or nature that has a special condition. We want archi-tecture to be a tool to understand naturecvvv rather than regard it as an stuffed object.

The best way to tell the past, present and future of Ulsuk-island is to show the island itself. But this does not mean we have to show the whole island. Sam-pling nature is a proposal for this. We brought to-pological and ecological condition of 480*18 m area to the given site, which showed the very much of the whole features of Ulsuk-island. We made it into ar-chitecture by just landing the area to the site and giv-ing it the property of the eco-center. The architectural structure can be an exhibition itself, and the exhibits can meet the people in person without glass wall. New medium and technology is the tool to make this integration possible.

A

B

C

D

B

C

DE

A

BB

CC

DD

E

conceptual model work

06.Roof Garden and other facilities

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SITE PLANWe reconstruct the sampled Ulsuk-island in an abstract way to let people have vital experience of the island. A knot has a lot of latitudes. We can make space have various possibilities by closing or spreading these latitudes. People can actively organize what they see and experience as they did with the architectural pos-sibilities of the knot structure. The knot-structure is an extended landscape, and various ecological topography of Ulsuk-island are arranged on both existing and new landscape.

Knot shape study

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FLOOR PLANS AND SECTIONS

Section A-A

WL +4.5M level plan WL +1.5M level plan

1

2

3

5

20

19

1112

13

14

15

16

7

8

17

18

2122

23

24

6

A

A

B


INDEX

1. MAIN ENTRANCE

2. TICKETING

3. INFORMATION

4. MULTI-PURPOSE HALL

5. VERTICAL MOVEMENT

6 . MULTI THEATER1

7. DIGITAL WALL EXHIBITION

8. ECO INTRODUCTION

9. OUTDOOR EDUCATION

10. MULTI THEATER2

11. STORAGE

12. REST ROOM

13. AUDIO/VIDEO ARCHIVE/LIBRARY

14. DATA ROOM

15. MANAGEMENT

16. CURATORS RESEARCH

17. STORAGE

18. SWAMPY LAND EXPERIENCE1

19. KIDS EDUCATION

20. CAFETERIA LOUNGE

21. REST ROOM

22. ECO LIBRARY

23. MEETING ROOM

24. OFFICE ROOM

25. SEMINAR ROOM

26. REST ROOM

27. HALL

28. TOUCH INFO DESK

27. A-V CELL

29. SUB ENTRANCE

Section B-B

WL + 8.0M level plan

1

2

3

4

5

20

9 9

10

2122

23

24 24

25

6

25

26 26

27 27

28 28

29 29

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BLENDING NATURE INTO ARCHITECTUREExhibition means Stuffing. If we want to display a thing next to another by taking it from an original context, we have to have violent control on it. There is a master-slave relationship between to see and to be seen, and the relationship constructs a mechanism for exhi-bition facilities. Unfortunately, since this relationship requires the death of the exhibits, the whole exhibition couldnt be of vitality. There-fore, we finally suggest the system in which every element can keep its own value and live together, instead of a hierarchic role-system.

Reinforced Frames

Landing Structure on the ground

STRUCTURE SYSTEMThis knot-shaped Eco-center is monolithic structure by itself, sup-ported by 5 piers where the structure touches ground. Possible structural problems of weak points due to vertical movements were complemented by reinforced steel frames.


SIMPLEXITY;A PROPOSAL FOR THE PALACE DISTRICTSeoul Natl. Univ. Studio WorkSpring, 2004Seoul, KoreaInstructor Dunam Choi

SIM

PLEX

ITY;

A P

RO

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PALA

CE

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025

With various logics as the background, many architectural method-ologies regarding formal issues are being brought up recently. Due to todays active integration of computers, the role of the architect has shifted from the traditional sense of architect as the main creater of form to an amused observer of the screens endless formal possibili-ties. Architects may bring about meaningful inspirations once their formal qualities are derived from intrinsic architectural reliance, In this studio, the methodology to approaching design and as well as a new direction to design, through a rational analysis of the result, will be investigated. The long neglected Gangbuk region has become a recent interest for redevelpment. In particular, the site surrounding the area of Gyongbok Palace has architectural potentials with the overlapping of the past, present, and future.Students are expected to design a series of buildings(cultural, resi-dential and office-use) which aim to portary the sites historical meaning and future through the accumulation of time.

Dunam choi

SIMPLEXITY; A PROPOSAL FOR THE PALACE DISTRICT026

Youngchu Gate of the past

SIM

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SITEKyongbok Palace is a main tourist attraction as well as one of the important symbols of Korea. Now, most tourists enter the Palace through two gates: Konchun Gate on the east and Kwanghwa Gate on the south. However, the now-closed western gate, called Yongchu, was perhaps the busiest entrance to the Palace in the old days. As the gate has been closed for a long time, the neighboring area has long been neglected as well. Yongchu Gate is due to open again when the restauration project of the Palace reaches completion. Thus, this site has huge possibilities not only for the tourists but for the residents living there and longing for socio-economic development.

DIFFERENTIATION VS. CONSISTENCYThis project pursue different strategies for each side of site. The opposit side of Kyungbok Palace takes Differentiationstragegy; the long and simple wall was substituted for the interweaved plates which have various layers according to programs. On the other hand, the other side facing the traditional housing blocks takes Consistency; the grid pattern of the block was extended to the site vertically.

Kyungbok Palace

City center

Linear stone wall surrounding the Palace

Site

Backward Area with traditional types of housing

Linear

and m

onotou

s stone

wall s

urroun

ding K

youngb

ok Pla

ace

Bacawa

rd Area

with tr

adition

al type

s of ho

using

?

APARTMENTfor foreign visitors, existing residents, and young artists

GLASS PARTITIONfor boundaries bluring

PLATESfor various activities and continuous cir-culation

PROGRAMSincluding residing infra equipments, performance hall, art & book shop, workshops, commercials, etc.

PARKING LOT


SIMPLICITY VS. COMPLEXITYThis Site does not require the intervention of large scale buildings which have

simplied functions existing around the site. Instead, it will be integrated with the complex function that capacitate articulation and connection of the elements of the

city in this project.There is a clear move towards great physical changes such as

Kyungbok Palace reconstitution, opening of Youngchoo Gate, and gradual inflow of cultural institution; and also there is social phenomenal changes with the needs

of the times including lifestyle, family organization, and diversified behavior pat-terns in living.

I propose housing and residing infra equipments, performance hall,

and exhibition programs to fulfill their increasing capicity for young artists. This programatic

complexity will not only allow them to earn their living, but also vitalize the neglected

Gangbuk districts.

DN

X1X2

X3X4

X1X2

X3X4

Y1 Y2 Y3 Y4 Y5 Y6 Y7 Y8 Y9 Y10 Y11 Y12 Y13 Y14 Y15 Y16 Y17 Y18 Y19 Y20 Y21

X1X2

X3X4

Visual art exhibition

LoungeMuseum shopCafeteria

MDF

Security/ Bldg Mgmt

Office

Conferenceroom

Storage Apartment Lobby Restaurant Retails Retails Library Internet room Lounge

Sunken plaza

Seminar room

Exhibition corridor

Rental studio for young artists

Seminar room

1

2

3 4

4

5

522 23

24

6 7

9 10

12

58

8

B

SIM

PLEX

ITY;

A P

RO

POSA

L FO

R T

HE

PALA

CE

DIS

TRIC

T

029

SECTION A-A

INDEX

1. CONFERENCE ROOM2.SECURITY/ BLDG. MGMT.3. MDF4. OFFICE5. RESTROOM6 .CAFETERIA7. MUSEUM SHOP8. STORAGE9. APT. LOBBY10. RESTAURANT11. RETAILS12. VISUAL ART EXHIBITION13. INFORMATION/ LOUNGE14. AUDITORIUM15. GROUP STUDY16. SEMINAR ROOM17. LIBRARY18. INTERNET ROOM19. RENTAL STUDIO 20. SUNKEN PLAZA21. LOUNGE/ CAFE22. BOOK STORE23. DIGITAL ART/ TEMPORARY24. MEDITATION SPOT

FLOOR PLANS AND SECTION

2ND FLOOR PLAN

GROUND FLOOR PLAN

ENTRANCE LEVEL FLOOR PLAN

DN

X1X2

X3X4

X1X2

X3X4

Y1 Y2 Y3 Y4 Y5 Y6 Y7 Y8 Y9 Y10 Y11 Y12 Y13 Y14 Y15 Y16 Y17 Y18 Y19 Y20 Y21

X1X2

X3X4

Visual art exhibition

LoungeMuseum shopCafeteria

MDF

Security/ Bldg Mgmt

Office

Conferenceroom

Storage Apartment Lobby Restaurant Retails Retails Library Internet room Lounge

Sunken plaza

Seminar room

Exhibition corridor

Rental studio for young artists

Seminar room

13

9 911

13 14

14

11 1718

21

19

2015

16

16

5

555

B


HOUSING TYPE & COMPOSITIONTargets Utilities Housing typology Composition

1 Single/ Foreign tour-ist

Essentials Only

bedroombath

E

2 Single(busy) + Housemate

Essentials + Kitchen

bedroombathkitchen

EK

3 Double income no kids

Essentials + Kitchen + Living room

bedroom 1bath 1living room 1

EKL

4 Family(couple + 1children)


bedroom 2bath1kitchen 1living room 1 EKL + E

5 Typical family(couple + 2 children)


bedroom 3bath 2kitchen 1living room 1

EKL + EL

SIM

PLEX

ITY;

A P

RO

POSA

L FO

R T

HE

PALA

CE

DIS

TRIC

T

031

EEK

EKL

05

1020

(M)


NEIGHBORING HOUSING TYPOLOGY

BLOCK COMPOSITION

REDUCTION

OVERALL UNIT PLANS

STACKING

SIM

PLEX

ITY;

A P

RO

POSA

L FO

R T

HE

PALA

CE

DIS

TRIC

T

033


FINAL MODELS

The goal of this project was to construct 1. a futuristic Green Water center2. Green water center as a symbol of Korea Water Resources Corporation3. Green water Center as Urban architecture.4. Green water center as a Green building5. Green water center in a regional context6. The use of space should be maximized as flexible planning7. Maximize convenience of residences through opening some facilities.

-Seunghong Park

This project requires two main programs which are contradictory to each other - Efficient management and control of water service and Public facility for citizen including an Ecology park, exhibitional and educational functions So, it started with the question how can we arrange these contradictory programs together. My team has three member-Jonghoon Im, Jiae Han, Jina Kim. We concluded that the programs the client requires was reor-ganized with five linear program bands. Four bands(conference, educa-tion, office, technology and research) are arranged on the site, the other band(exhibition and multipurpose hall) passes through them. By this, each bands were not only divided into public and private programs, but connected with each other. The penetrating band also functions as the vertical path connecting the inside and outside(roof garden and ecology park)

BR

EAK

ING

DO

WN

DIC

HOT

OM

IES;

MET

RO

POLI

TAN

WAT

ER C

ENTE

R

035

BEYOND DICHOTOY;THE METROPOLITAN WATER CENTERSeoul Natl. Univ. Studio WorkSpring, 2005Gwacheon, KoreaInstructor Seoung Hong Park

BREAKING DOWN DICHOTOMIES; METROPOLITAN WATER CENTER036

UNCONSTRUC-

TABLE AREA

BR

EAK

ING

DO

WN

DIC

HOT

OM

IES;

MET

RO

POLI

TAN

WAT

ER C

ENTE

R

037

MASS DESIGN PROCESS

05 Flowing Space Extension

01 Existing Facility 02 Given programs

07 City - Nature Connection

03 Program Distribution

Water Quality Examination

Water Management Department

Exhibition and Education

Office and Management

Conference

Subsidiary Facilities

08 Natural Lighting

04 Interference

06 Exhibition Interlocking

RESE

ARCH

OFFIC

E

EDUC

ATION

CONF

EREN

CE


The programs that the client requires was reorganized with five lin-ear program bands. Four bands(conference, office, technology and research, operation and management) are arranged on the site, the other band(exhibition and education) passes through them. By this, each bands were not only divided into public and private programs, but connected with each other. The penetrating band also functions as the vertical path connecting the inside and outside(roof garden and ecology park). The funnel-shaped exhibition space not only provides visitors with digital information about water, but also serves as both practical and educational facilities by storing rainwater and displaying the process to visitors.

PROGRAM

WORKING MODELS, SKETCHES, RENDERINGSDigital exhibition and rain water storage facilities

BR

EAK

ING

DO

WN

DIC

HOT

OM

IES;

MET

RO

POLI

TAN

WAT

ER C

ENTE

R

039

Auditorium

Waiting room

Water quality monitoring room

Water quality examination room

Instrumental analytical lab.

Public service center

Pressurized water supply tank

Water pumping facility

Office entrance

Internet room

Customer service center

Office & Water control center


Exhibition

Exhibition2

Cafeteria

Parking lot

Auditorium

Auditorium2

International conference room

Simultaneous interpretation cells

Children education centerFitness center

Library

Digital exhibition & Rainwater storage facilities

Water related associations

Machinery room

Multipurpose hall

Information

BR

EAK

ING

DO

WN

DIC

HOT

OM

IES;

MET

RO

POLI

TAN

WAT

ER C

ENTE

R

041

SECTION A-A

SITE PLAN(+1.5M LEVEL)

FLOOR PLANS AND SECTIONS

11

1

2

37

13

15 14

30

20

2123 24

16 17 18 19 28 25 2726

11

108

6

3

945

6

12

22

A

A

B

B

N

INDEX

1. EXHIBITION 12. EXHIBITION 23. AUDITORIUM

4. AUDITORIUM25. INTERNATIONAL CON-

FERENCE6. CAFETERIA

7. CHILDREN LIBRARY8. INTERNET INFORMA-

TION ROOM9. INFORMATION CENTER

10. PUBLIC SERVICE CENTER

11. WATER PUMP FACILI-TIES

12. EXHIBITION 313. FITNESS CENTER14. STAFF CAFETERIA

15. KITCHEN16. EMERGENCY PLAN

ROOM17. MDF

18. BUILDING MANAGE-MENT

19. OPERATING ROOM20. VIDEO CONFERENCE

ROOM21. MEETING ROOM

22. PANTRY23. AUDIT

24. PRESIDENT OFFICE25. DIRECTOR ROOM

26. OFFICE LOBBY27. MANAGEMENT OF-

FICE28. REFERENCE ROOM

29. LOUNGE30. SNACK BAR


+7.0M LEVEL PLAN INTERIOR VIEWS

SECTION B-B

BASEMENT FLOOR PLAN

BR

EAK

ING

DO

WN

DIC

HOT

OM

IES;

MET

RO

POLI

TAN

WAT

ER C

ENTE

R

043

VIEW FROM SEQUENTIAL MOVEMENT

This site is the symbolic point where pumping to supply the water to Seoul and Gyeonggi area in Korea starts. At the early stage when starting a design, a strong image of dynamic energy of the water inspired, which further de-veloped and influenced on a plan and section. While the program band aforementioned was able to re-solve the function and circulation required by the design, the wave energy of the water determined the external de-sign of the program band. A vertical factor that to be put into the point linking the band linear came to have a curve section for the same reason.

As a pumping station situated in the southeast of the site generates the huge amount of noise for 24 hours a day, the space to effectively deal with the noise was al-located around the pumping station. However the water tank in the west of the pumping station is the desirable water space with which the people can enjoy the calm and transparent atmosphere, and to help the residents use the space, a resting and exhibition space were allocated together in the vicinity.


PART II : PROFESSIONAL WORKS

2011

2008

2009

Government Complex II of the Sejong City PATTurnkey Competition Project

Chungnam Government ComplexIdea Competition Project

Hotel in Gunsan Country ClubPrivate Contract Project

2006 - 2011

046

GOVERNMENT COMPLEX II OF THE SEJONG CITY PUBLIC ADMINISTRATIVE TOWN (PAT)

Competition/ TurnkeyFeb~April, 2011Sejong City, KoreaCompetition Winner/ Under ConstructionCollaboration with H Architecture

As a freelance designer, I mainly had responsibilities for producing 3d model for collaboration of different work parts such as drafting, physical modeling, and structure parts.

I produded rendering images for internal design reviews for design decision among collaboration firms.

In addition to these, I also suggested possible solutions for many parts of details utilizingboth hand drawings and computer software.

PAT

GO

VER

NM

ENT

CO

MPL

EX II

047

Out-sourced Final Physical Model

PAT GOVERNMENT COMPLEX II048

The PAT (Public Administrative Town) site is located in the inner part of the MAC, a ring-shaped structured city in Korea. In 2007, the master plan of the city was established, so our task was to expand and elaborate the original PAT Master Plan.

Our design for the PAT Complex II not only embodies the essence of the master plan, but also dramatically reinterprets the vision in the building scale with creative variation for diverse spatial needs and scales.

Site and Condition

Aerial Photo of Site and Original Master Plan

Winning Scheme of the Competition(Out-sourced rendering image)

PAT

GO

VER

NM

ENT

CO

MPL

EX II

049

Site Plan

Design Process

Out-sourced rendering image

Parking

Ground

Roof Planting

Guiding CTLMaster Plan CTL

(Continuous Tangential Lines)

Courtyards

Ground w/ Trees

Roof Access

Berms

Lobby and Cores

Circulation


All these rendering images were produced for the purfose of internal design reviews especially with client. These images were helpful for better understanding of client and quick decision making among designers.

Renderings for Design Reviews

PAT

GO

VER

NM

ENT

CO

MPL

EX II

051

Design Details

How to hide cooling tower from the view from office

For the purpose of coordinating the col-laborating CG firm, I drew some sketches how the design details to be shown in the computer graphic images.

Main lobby Design Guide

PAT

GO

VER

NM

ENT

CO

MPL

EX II

053

Construction Detail Guide

While making 3d models for this competition, I confronted some problems on details, so for drafting and real construction, I researched possible so-lutions for those problems. Some of these sketches were reflected on construction documents, and others were discarded.

Main Berm Construction Guide

Greenhouse Draft Guide

How to integrate rooftop canopy into the landscapePAT GOVERNMENT COMPLEX II054

CHUNGNAM GOVERNMENT COMPLEXIdea CompetitionDec.2007- Feb.2008Chungnam, KoreaPrize Un-built Work Merit Award Winners AIA NY Design Awards, 2010Collaboration with H Architecture, Edaw

The design of a new Government Complex of Chung-Nam Province - one of the nine South Korean provinces re-imagines the idea, image and functions of an institutional building and government center.

The design reconciles two opposing concepts: 1. BUILDING vs. NATURE and 2. GOVERNMENT vs. CIVIC. By blurring the differences between the built environment and the landscape, people are invited inside and encouraged to inhabit spaces atop and around the structures. This overall de-sign creates a new civic park for the province.

The complex has recently been selected as a 2010 AIA New York Design Award winning project. Praised by jurors for successfully over-coming traditional hierarchies that often govern these kind of projects, the design solution received a Merit Award in the Un-built Work category of the awards program. One of the jury members, Karen Van Lengen, FAIA, also noted that The jury admired the planning and design direction of the project that suggested a new set of relationships between the government and the people, and between building and site.

CH

UN

GN

AM G

OVE

RN

MEN

T C

OM

PLEX

055

Outsourced Final Rendering

CHUNGNAM GOVERNMENT COMPLEX056

Outsourced RenderingInterior Courtyard View

VS

VS

VS

Inaccessible

Single Purpose

Authority

Engaging

Multi-Functional

Non-Hierarchy

Notion of public building in 21st centuryC

HU

NG

NAM

GO

VER

NM

ENT

CO

MPL

EX

057

Building vs. Nature The building form is continuous and hori-zontal, reflecting the forms of the adjacent mountain landscape. A sinuous green roof connects several buildings and provides a unified outdoor space to accommodate a variety of programs and people. The existing topography of the site and the green axes inform the organic shapes of the buildings, and provide cues that create view corridors extending to the natural scenery surround-ing the site.

Government vs. Civic The government and civic spaces are de-signed to coexist in the same complex, and the building envelope modulates the degree of connectivity between these two systems. The faade is composed of a continuous layer of metal with variably sized perfora-tions. The size of the perforations is directly related to the degree of privacy needed by the program within each space. The result is an additional level of richness in the design and a greater degree of continuity in the complex.

Yesan

Yesan

Topo

Green Connection

View Corridor

Vehicular Connection

Density

Border

Re-grading/ re-shaping

Diversification / characterization

Enframe

Adding inner connectors

Alternative Distribution

Socio-psychological stitch


081231

Diagram sketches

CH

UN

GN

AM G

OVE

RN

MEN

T C

OM

PLEX

059

The interconnection of the outdoor and the indoor spaces create a distinctly different environment than what is found in traditional government complexes. The site is open, welcoming, interesting and incor-porates numerous green features including solar panels, materials, and post occupancy programs and maintenance.

CH

UN

GN

AM G

OVE

RN

MEN

T C

OM

PLEX

061

How should 21st cen-tury public government buildings evolve?

1. City Hall and Local Assembly2. Government building A3. Government building B

a. Citizens plazab. Chungnam Grand plazac. Sports fields

d. Forest for citizense. Entrance garden f. Agricultural garden

j. Parking lotk. Chungnam hill

g. Ecological lake parkh. Rainwater gardeni Monumental plaza

SITE PLAN

Plan study sketches

W.P

W.P

W.P

W.P

W.P

W.P

W.P

W.P

W.P

W.P

W.P

W.P


FLOOR PLANS

2nd floor plan

Entrance level plan

4th floor plan

DOUBLE SKIN DETAILC

HU

NG

NAM

GO

VER

NM

ENT

CO

MPL

EX

063

Ceiling Service

Spandrel

Ceiling

Transparent Color Glass

Mullion

Bracing

Bracing Struts

Spandrel

The faade is composed of a continuous layer of metal with variably sized perforations. The size of the perfora-tions is directly related to the degree of privacy needed by the program within each space. The result is an additional level of richness in the design and a greater degree of continuity in the complex. The interconnection of the outdoor and the indoor spaces create a distinctly different environment than what is found in traditional government complexes. The site is open, welcoming, interesting and incorporates numerous green features including solar panels, materials, and post occupancy programs and maintenance.

PROGRAMATIC GRADATION

6 R=450 7 R=400 8 R=350 9 R=300

1 R=700 2 R=650 3 R=600 4 R=550 5 R=500

10 R=250

1 2 3 4 5 6 7 8 9 10private public

6

10

4

8

7

9

3

2

5

3

1

Classroom

1Rest.

Petition

Office(public)

Conf.

Rest.

Lounge

Internet room

Kindergarten

Office(private)

Lobby


Facade Module Variation

Program Layout

Boundary Blending

Gradual Perforation

Lighting Control According to Program

Assembly Entrance

Main Entrance

Rear Facade

HOTEL IN GUNSAN COUNTRY CLUBPrivate ContractJune-December, 2009Gunsan, KoreaUnder revising construction drawings

Participated in Initial Design, Scripting and Modeling/ Drawing all construction documents

This project was the first project of UI Architects, previously Wie&Partners, I participated in this project from its beginning to the end, learning the ability to draft and design construction details in a very short period of time. In this project, I was mainly responsible for drafting all con-struction documents as well as initial design utilizing Rhino modeling and scripting; we pursued experimental design methodologies based on computational software such as Rhino, Rhinoscript, and Grasshopper. All drawings for a hotel project in Gunsan C.C. were produced using Rhino while all other Korean architectural firms were relying only on 2-D based AutoCAD. This experimental attempt was almost the first trial of 3d-based architectural drawing process in Korea as far as I know.

HOT

EL IN

GU

NSA

N C

OU

NTR

Y C

LUB

065

HOTEL IN GUNSAN COUNTRY CLUB066

SITELocated at the suburbs of the city of Gunsan, the new hotel in Gunsan Country Club had to response the views from and towards the site.

Due to the long linear shape of site, the client pre-ferred the same shape of building for efficiency. The schemes resulted after a number of experimental forms were tested on the sites characteristics espe-cially on the vies from the site towards the natural setting of Golf Club.

The views from and towards the site were enhanced through articulation of volumes and reptitive ar-rangement of residential units maximizing the visual variation from different spots on Gold Course.

The design concept of this project features a look that changes continuously with the location of people who stare at the hotel. Reptition, as a main design element in this project, therefore takes the central role here. Reptitive manipulations with rhythms both on facade and skyline are continuously changing the hotel facade. Through its rhythmical architectural language, the new hotel aims to become an icon at the Golf Club providing a visual landmark and an architectural statement.

The West Coast of Korea

Gunsan Contry Club

Reptition, Rhythm, and Changing Skyline

Initial Study Models

HOT

EL IN

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NSA

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LUB

067

DESIGN PROCESS

Resoponse to better views from lower and upper

floors.

Rear facade as a symbol

Terrace garden variations

Facade Volume Variations

100 rooms + additional facilities

Resoponse to better views from lower and upper

floors.

Rear facade as a sign

Different views from level difference

Vertical circulation convergence

Changing SkylineUpper floor terrace garden


Although the rear facade has no particular function itself, it provides visitors with first impression for the Golf Club. The client hoped that the facade could be perceived as a huge sign for Gunsan Country Club. As an architectural solution, we utilized parametric design methods for architec-tural asthetics.

Rear Facade

FACADE

Grasshopper Definition

HOT

EL IN

GU

NSA

N C

OU

NTR

Y C

LUB

069

Construction Detail

50

100

200

300

150

2060

50

100

100

50 50 505050

120

120

80

6020

150

150

100

120

150

5015

0

12030

7575

120

100

150

5050

5015

0

8050

200

OPEN

FF

M20 INSERT & BOLT

D

CA

M20 ANCHOR BOLT

B

FL M16 INSERT & BOLT

C Section

F

D Section

M16 ANCHOR BOLT

Elevation from Inside

L

A Section

P -130 X 320 X 9

L-150 X 150 X 10

B Section

M20 ANCHOR BOLT

ENBED


RESIDENTIAL UNITS

Quadruple Room 1

Quadruple Room 2

Quadruple Room 3

DoubleRoom

VIP Room

VIP Room Interior Rendering

Duplex TypeSuite

HOT

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071

STRUCTURE

In order to draft every detail of construction documents, structure model was indispensible especially for wall sec-tions. Extracted lines using section command in Rhino fa-cilitated easy drafting document. This also enabled efficient collaboration with structural engineers.


Ground Floor Plan

Fifth Floor Plan

7200

1600

43163

00

3600

1700

7200

7200

1700

1400

50400

7200

900

2100 7200

3563

3600

7200

7200

700

800

7800

1800

1630

0

7200

540007200

1980

0

1500

7200

7200

7200

7200

7200

2870

0

7200

7200

1070

0

7200

100

900

720080

0

4800

800

4200

7200

5600

7200

7200

2800

7200

1700

72007200

3600

500

97400

1700

7200

7200

700

500

7200

7200

7200 7200

7200

7200

7200

7200

1800

3600

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X

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120

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117116

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CH 2400

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CH 2400

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CH 3000

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CH 4200

CH 2700

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S.T.

1CH 3000

7200

3600

1800

7200

7200

7200

7200 7200

7200

500

7200

7200

2870

0

7200

5600

43163

1070

0

7200

3563

7200

7200

4800

1400

7200

7200

1630

0

7200

3600

7200

4200

7800

7200

3600

1700

7200

1700

2100 72007200 72007200

97400

7200

7200

1980

0

7200

7200

18007200

3600

72007200

1600

7200

7200

7200

7200

1700

50400

7200

1700

3600

1800

7200

54000

9

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X

FL: 5FL-100

XZ

Z

Y

Y

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Y

Z

2

4a

Y

Y

Z

ZZ

Y1a

3

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7

6

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7

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X

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9

FL: 5FL-50

12 13

X

8

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Y

X X

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10 11 14

X8

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64

Y

FL: 5FL-100

1 2

X

5

3

7

Y

X

Z

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Z

11

13

14

FL: 5FL-100

FL: 5FL-100

Z

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11

13

X

6a

FL: 5FL+0

12

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1617

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X X X X

FL: 5FL+0

PW

CH 2450

506

5

505

CH -

CH -

Linen Chute

S.T.

CH 2600

P.S

P.S

2

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E.P.ST.P.S

6

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CH -

CH 2400

503

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11

5 ST2

5 R01

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CH -

CH 2400

T.P.S

504

5 ST1

5 RL01

CH 2700

CH 2700 502

EAW

5

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6

CH 2400

501

5 RT01

3

E.P.S

HOT

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LUB

073

Construction Documents

Typical Wall Sections

Entrance Floor Plan

4800

800

500

1600

4300

50400

500

600

2000

800

7200

7200

2150

850

3700

300

4950

1800

1350

20002000

2800

800

7200

800

700

1500

7200

3500

1400

1550

200

300

7200

2700

7200

2250

950

1600

2000

2200

800

2250

2000 2000

800

1600

7200

54000

2000

500

72007200

800

4500

1900

4400

2000

1700

1200

2300

740016

700

4950

2950

1950

4000

1800

6400 3600

7200 7200

500

6000

7800

20000

300

2350 2150

1800

2200

4950

350

2700

800

1800

2650

UP

UP

DN

11

10

W2

W2

1a

W2W2

Z13

12

11

W2a

9

10

15

W2

14X13

W2

1211

W2

10X9

W2

8

W2

W2

3a

W2

W2

W2

W3

1W1W

W1

W3

X

W2

X

W3

X X

W2

W3

X X

Z

Z

Z

Y

W2

W3

5a

W1

YY

Y

12

UP

W2a

4a

CH 4500

/

111

CH 4900101

CH 4900102

CH 2700106

CH 2700

107

CH 2400119

CH 2700110

P.S

/

108 CH 5400

109 CH 5400

121 CH - CH -

1

: 1FL+500

104

T.P.S

: 1FL+500

CH 2300105

: 1FL+500

1 ST1 CH -

1

ADW

CH 3000

: 1FL+500

P.S

MDF

CH 2300

CH 5400

120

103

112

E.P.ST.P.S

CH 3000

118

CH 3000

SHOP117

112 CH 3000

114

CH 3000

CH 3000116CH 3000115

CH 3000

113

APPROVED CHECKED 1

GL + 0.1 m

THK 200

GL + 4.6 m

THK 50

2F FL

THK 30

RF FL

GL + 29.1m

8F FLGL + 25.65 m

G.L.

1F FL

8Y

VIP

THK120

7F

2F

100

4500

3000

1500

1200

1500

750

2700

3450

1150

150

100

150

200100200 1200

1000

1350

7200(to Y79)

CH

=300

0C

H=2

400

1700

300

310

900

150

200

950

3010

0

RF FL

Y5a

THK70 Conc.

THK120

GL + 29.1m

3F FL

GL + 25.65 m

1F FL

THK6

GL + 8.1 m

2F FL

THK 30

8

THK30

THK 6

9

G.L.

8F FL

GL + 4.6 m

GL + 0.1 m

X

THK120

THK 200 THK 50

T0.7 @430

THK 30

300

100

650

150

150

2700

5015

0150

7200(to X10)

150

150

1200

15010

025

0

300

600

3570 310

25503

500(

7 3

550)

950

4500

3450

1000

CH

=300

070

0C

H=2

600

700

1500

3000

CH

=260

0

100

3500

2550

950

2500

950(

7 10

00)

1200

1750

310

5050

300

3010

0

THK30

THK120

RF FL

THK30

11XX

3F FL

GL + 4.6 m2F FL

THK120

1F FLGL + 0.1 m

GL + 8.1 m

8F FL

10

Y5a T0.7 @430

GL + 29.1m

11X

GL + 25.65 m

CH

=260

0C

H=2

600

4200

CH

=300

0

300

150

3010

0

150

15010

025

0

5050

150

150

1200

15010

025

050

150

1501

50

300

310

7200(to X9)

100

4500

3000

1500

750

2700

3450

3550

2400

1150

310

1000

600

4500

100

700

700

700

PART III: PERSONAL WORKS

2009

2002-

2001

2009

2009

HAND DRAWINGS

AA SCHOOL SUMMER WORKSHOP:DMZ, BORDER OPPORTUNITY

MODEL WORKS

RENTAL HANDSET CASE DESIGN

RHINO RECTURING MATERIALS

2001 - 2009

The Military Demarcation Line is surrounded by the Demi-llitarized Zone (DMZ) under the provisions of the Armistice Agreement that was signed in July 1953. The Military De-marcation Line is a 155-mile stretch of land that seperates the south and North. The Demilitarized Zone makes up the area between the Southern and Northern boundaries, and was established to play an active role in buffering out hostilities between the neighboring countris.

Starting with the notion that the two countries are seperat-ed by a huge physical gap-a void, I developed more violent scenario that the site could be ruined by vestiges of the Korean War and the national division, but after all regener-ated as time passes.

077

SCENARIO 1 THE EFFECT OF THE KOREAN WAR

bombs mines magma underground tunnels

AA SCHOOL SUMMER WORKSHOP: DMZ, BORDER OPPOTUNITYSummer School WorkshopDMZ, KoreaSummer, 2008Tutor Valentin Bontjes van Beek(AA School)

SCENARIO 3 PROCESS OF THE CHAIN REACTION

SCENARIO 2 EXPOLSION BY CHAIN REACTION

078 AA SCHOOL SUMMER WORKSHOP

TIME SOLVES MATTER

SCENARIO 4 RESULT OF THE CHAIN REACTION

5 DESIGN A ENCLOSED CITY 6

7 AT FIRST...

079

HAND DRAWINGS

081

MODEL WORKS Summer, 2001Geukrackjeon in Bongjeong Temple

082

RENTAL HANDSET CASE DESIGN Winter, 2009Client KT(SHOW) Glabal Roaming Center

083

RHINO LECTURING MATERIALSApril- June, 2009Client Destill Architecture, Seoul

Rhino Lecture 5.11 1. Projection base curves- - base curve/ perpendicular frame/ plane component/ vector/ move/ Bezier graph

2. Curve projection to Surface- - Project

3. Dispatch Closed/ Open - Dispatch/ Closed

4. List Item , - List length/ Series

5. End point/ Line/ Evaluate curve , A , B . *Reparameterize

6. Vector 2point A B (unitize true)

7. move Multiply vector

8. Arc 3point 3 arc

9. Sweep 2 rail , Arc1, Arc2 sweep2 ** graft

10. Closed Curves Tree Item/ Clean Tree Tree item

11. List Item 4 List Item

12. Planar Srf/ Brep Area/ Crv Cp planar surface , surface Brep Area , .

13. vector 2pt/ move 6, 7 arc .

14. Arc 3point

15. Sweep 2rail








8. Arc 3point 3 arc






14. Arc 3point

15. Sweep 2rail








8. Arc 3point 3 arc






14. Arc 3point

15. Sweep 2rail








8. Arc 3point 3 arc






14. Arc 3point

15. Sweep 2rail








8. Arc 3point 3 arc






14. Arc 3point

15. Sweep 2rail








8. Arc 3point 3 arc






14. Arc 3point

15. Sweep 2rail








8. Arc 3point 3 arc






14. Arc 3point

15. Sweep 2rail








8. Arc 3point 3 arc






14. Arc 3point

15. Sweep 2rail








8. Arc 3point 3 arc






14. Arc 3point

15. Sweep 2rail








8. Arc 3point 3 arc






14. Arc 3point

15. Sweep 2rail








8. Arc 3point 3 arc






14. Arc 3point

15. Sweep 2rail Rhino Lecture 5.11 1. Projection base curves- - base curve/ perpendicular frame/ plane component/ vector/ move/ Bezier graph







8. Arc 3point 3 arc






14. Arc 3point

15. Sweep 2rail

Designed and Produced2012 Julyby JONGHOON IM

JONGHOON IM

Phone 510 755 8554E-mail [email protected] 2412 Piedmont Ave #103 Berkeley, CA 94704, USA

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