Worksample by Jihun Son

Son Jihun l 2007 - 2017 l

INVISIBLE DENSITY Instructor : Thom Mayne, Eui Sung Yi Team Project

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Team: Ran Israeli, Sara Jafarpour, Nilou Jury : Neil Denari, John Enright, Michael Bell, Mark Mack, Eunjeong Seong

85%

Extension of Runway 85% Landscape

Landscape

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Na ies

Landscape

Clover Park

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Preserving Runway

Pa rk

Density

15% Built Area

200%

Civ

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Venice Reservoir site

24K Density

200%

Edge Condition

Density

Linear complex housing Single person housing Single family housing

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Infrastructure

23 St

The invisible City at the former Santa Monica Airport site is an ecological and urban transformation that would provide high performance landscaping and increased residential density. The scheme provides for housing while preserving most of the land surface and enhancing the quality of life in Santa Monica with parks and recreational areas. The housing will be established underground-maximizing space and providing a safe environment from natural hazards such as fire, wind, and earthquakes. Implemented with urban resilience in mind, the underground dwelling saves up to 80% of energy, limits noise, reduces pollution, and maintains consistent temperatures.

85%

Landscape Horiculture land Recreational Landscape Ecological landscape

Penmar Golf Course

This agenda allows the city to move forward to a new paradigm of urbanism, where built forms and land uses are closely integrated with the prioritization of green spaces and people-oriented travel modes such as walking, cycling, and public transit. Based on this agenda, city of Santa Monica can not only keep 85% area of site as a landscape and double the average of density in the city by taking advantage of underground space. As a result, invisible density is a critique of visual high density which have been longly believed as a solution of achieving density in the city.

Residential

Recreational Center

Residential

Sports stadium Amphi theater Theater

Museum Swimming pool Fitness Center Library

City Center Cultural Center Museum Swimming pool Fitness Center Library

Residential Theater Parking lot

Low Density Housing

Public Facility

Theatre

Civic center Senior Center Daycare Library

Tram Station

Clover Park

0 -16ft -32ft -48ft -64ft -80ft -98ft

TRANSCENDENT CAMPUS Translucent Concrete

Instructor : Thom Mayne, Eui Sung Yi

Surface

Team Project Team: Luyan Shen, Sara Jafarpour,Baocheng Yang Jury : Neil Denari, John Enright, Tom Wiscombe

Found buildings

Production bars

Repurposing Openspace

Client: Community Health Council

Connection

Linkage

HYDROPHONIC

wheat land

7 trays

per month

Grape tree

per month

Landscape

2,230 GREENHOUSE

Church, as a social institution, always has social and cultural applications traditionally. It has long history servicing people from city to community. Since 19th century, most of the church have been deconstructed with no symbol left, replaced by other public spaces. This project comes with this situation. How to promote the social servicing in the community by making the connectivity in both literal and spiritual way is our concern. As we know that farmland has been pushed away from urban due to industrial revolution and urbanization. Revalue church by literally providing food and social space which servicing the surrounding community. Creating a public space with private journey through layered and collective activities with different communication with food, by sharing, cooking, eating and growing food. Established based on found buildings, the design tried to connect and expand their existing function. The system has been developed to bring continuity and coherency to the church that doesnâ&#x20AC;&#x2122;t have any organizational quality. The campus embraces its role as a diverse public resource for multi-use area, from public use to group use to private use, and engaging a broad community people with hardscape to landscape environment. People pass through the space, connecting with existing activities, achieving the campusâ&#x20AC;&#x2122;s varied privacy needs and intensely public functions.

Seeding system

220

per month

560

300

124

LETTUCE per month

W per month

PEOPLE per month

Production area

15,000ft2

Seeding

Lettuce

per month

Strawberry Spinach Lettuce

HYBRID

Scientific Landscape

Coventional landscape

Grass land

10,080

Yield

60,000

lettuce/per month

Serving

13,000 per month

Hydroponic system

4,590 per month

1,016 per month

Production Bar System

PROGRAM Snactuary

5,600

27.6

LETTUCE per month

W per month

PEOPLE per month

per month

15,000ft2

Educational Multipurpose

Parking lots

per month

1,240

Production area

Parking lot

Found buildings

320 Site Area

150,000ft2

Reclamation of facade by farming

FLOATING LANDSCAPE Instructor : Thom Mayne, Eui Sung Yi Team Project Team: Dunia Abu Shanab, Deborah Liu Jury : Neil Denari, Wes Jones, John Enright, Craig Hodgetts, Tom Wiscombe, Michael bell

Cruise Terminal

Bridge Connection

1.5 FAR Total Built area = 3,350,000 m2

Commercial Sports Convention Center Culture Hospitality Residential Zone

Cruise Terminal

Bridge Connection

Reclaimed Land

Ornament landscape Grassland Forest Neighborhood Park

Pedestrian network Transit network

and Reclaimation is the number one enemy to many living organisms and the ecosystem we live in. Meanwhile, artificial islands has proven to be a popular development ideal for many developers seeking to invent a new world. The conflict between these two issues bring about the concept for floating landscapes, which suggest zero reclaimed land while constructing an artificially floating island. With a small environmental footprint the islands can work to enhance the ecoy-system, while creating a new ecology of its own. The land is constructed from floating structures that are interlinked with a secondary structure that keeps them held in place. Program can be held above the floating structures while the top shell is public space and landscape. The overall look and feel of the island promotes natural urban living and provides an opportunity to live in a modern green worlde where wellbeing, environment and technology are brought together in sync to provide for a

Commercial + Convention

Culture + Sports

Community Parks

Grass Land

Walkability + Entry points

Transit Loop

sustainable future.

Hospitality

Agriculture

Residential

Forest

Vehicle Circulation

Pedestrian Circulation

SCHOOL AS A NEIGHBORHOOD UNIT GRAND PRIZE 2014 KIA International Competition

SECTOR 1

Personal Work Team: Lee Chung Kee, Cho Nam Ho, Yoon Seung Hyun, Lee Min Ah, Kim Dong Jin, Chun Sook Hee, Han Seung Hoon, Jeong Jae Eun

SECTOR 1 Process of forming city based on "Neighborhood Unit" by Clarence Perry

Public Building in the Metropolis: School Seoul does not have enough spaces for communities because of high density and high land price. When we look at the aerial view of Seoul, schools are unique voids in it. Therefore, by reorganizing programs and renovating existing schools, communities can be created in each neighborhood without purchasing land and increasing density in the city. At the same time, the radical decrease in the birth rate and in the number of students have created many empty spaces in schools. Some scWhools have even been closed. By using these abandoned spaces, we can take advantage of them in the community.

Process of recovering community based on "School as a Neighborhood Unit"

SECTOR 3

SECTOR 2

SECTOR 1

1. Kindergarten

School as a Neighborhood Unit

2. Gymnasium 3. Senior center

The "Neighborhood Unit" was designed by Clarence Perry as a framework for urban planners attempting to design functional, self-contained and desirable neighborhoods in the early 20th century. In this concept, the school is the center of a community. However, in Seoul, schools are so exclusive to their neighbors that they cannot act as community. If we open schools to the public after class and reorganize public programs that can be shared with neighbors, schools can recover their neighborhood function.

4. Kindergarten 5. Swimming pool 6. Community center

SECTOR 2

7. Cafeteria 8. Gymnasium 9. Computer room 10. Supermarket 11. Fitness center 12. Auditorium 13. Study room 14. Seminar room 15. Public library

SECTOR 3

SECTOR 1

SECTOR 2

SECTOR 3

SECTOR 2

Existing School

PARK

Deck level +5000

1. Gallery tower 2. Cafeteria 3. Gallery 4. Attached hall 5. Existing school

+5000 1. Attached hall 2. Senior center 3. Cafeteria 4. Art class room 5. Security 6. Open lecture hall 7. Seminar room 8. Auditorium hall 9. Study room 10. Public library

5m 0m

1. Auditorium 2. Senior center 3. Multi purpose room 4. Community gallery 5. Open lecture hall 6. Public library 7. Study room

Ground level plan 1. Gymnasium 2. Public hall 3. Cafeteria 4. Auditorium 5. Existing classroom 6. Program & circulatin core

CIRCULATING NETWORK OF INFRASTRUCTURE

Attached Structure

Dorim stream

Instructor : Kwan Soo Kim 4th grade studio project Jury : Kim Kwan Soo, Choi Choon Woong, Kim Il Hyunn

Logistics / Parking lot 04

Delivery lockers

Book rental kiosk

Infrastructure in the Metropolis Infrastructure, especially subways, is a main means of transportation in the metropolis. However, since the subway system was established without deep consideration of relationship between urban contexts and infrastructures, it engendered huge physical thresholds and economic boundaries.

01 01 Local community Platform 02 Cultural Platform 03 Infrastructure Platform 04 Turnstile Platform

Delivery center

Elevated road

Blurring Boundaries Eulgiro Circle Line is the busiest and the longest circle line in Seoul city. However, hasty development plan of Eulgiro circle line in the1970s erected many physical and economic boundaries between the inner and outer city. The project compensates for the lack of public facilities in each station and restores the urban relationship between segregated districts. This approach can finally make a huge public ring that blurs the boundaries between inner and outer city by supplementing diverse community programs and forming an information network and logistics network.

Shinrim Arcade

Shindaebang Station

Middle School

Kindergarten

Commercial Path

Shindaebang Station

Residential Area

Senior center

Commercial Path

Shindaebang Station

Residential Area

Shinrim Arcade

Senior center

1. Culture hall 2. Post office/ delivery 3. Library hal 4. Library office 5. Public hall 6. Kindergarten 7. Cafeteria 8. Senior center 9. Senior hall 10. Commercial Interior Rendering

Ground Level Plan

1. Culture hall 2. Post office/ delivery 3. Library hal 4. Library office 5. Public hall

Existing School

TIME ORGANISM GRAND PRIZE 2014 DOCOMOMO Korea Competition Project Leader Team: Moon Jae Won, Kim Young mi Jury : Joh Sung Young, Song Ha Yub, Kim Chang Gyun, Oh Seom Hoon, Jung Seok, Lee Kwan Jik Keukdong theater

Deck level view / Seoul parking lot

2016 Current situation

Deck level view / Asean theater

ffice

ict o

2018 Connection with existing fabric

Distr

2100 Expanding Compound body

Asean theater

Seoul parking lot

Dongpyong gwan

Time Organism A "Time Organism" is an architectural and urban proposal for regenerating the city based on historical modern buildings, Seun Sang-ga . It proposes a new method of preserving time value and revitalizing backward neighborhoods based on historical architecture. Unlike the traditional redevelopment process, this "Time Organism" links the past to the future. With this approach, we can keep traditional cultural memor y and envision future urban environment that reflects the passage of time.

Kukdo theater

"Time-fragmented City" The city has been formed by the passage of time. However, with radical progress and pursuit of economic benefit, many buildings have been demolished and replaced by generic buildings without deep consideration for the historic value of the buildings. As a result, cities are becoming standardized. I call this situation a "Time-fragmented city."

Partial demolition site In 2010, according to re-development plan of Seun Sang-ga, the front part of Seun Sang-ga was demolished. This part will use for commemorating park.

01 Asean theater

04 Dong Pyong Gwan

02 Seoul Parkng lot

05 District office

03 Kukdo theater

06 Keuk dong theater

Classroom Floor Plan

COMMUNITY PATH IN SCHOOL Floating Landscape

Detail Plan

1. Drain hole 2. Steel frame hand rail 3. Exposed mass concrete 4. Planting 5. - T30. Mortar finishing - T140. Thermal insulation - T100. Red Brick 6. Bookshelf 7. Closet

Instructor : Chun Dong Hoon

4th Grade Studio Project Team: Dong Jeong Jae Heon Liu Team:J Chun Dunia AbuHoon, Shanab, Deborah

Instructor : Thom Mayne, Yi Eui Sung

1. Gymnasium Classroom Floor Plan 2. Teacher's room 1. Gymnasium 3. Special subject classroom Teacher's room 4.2.Subject room Special subject classroom 5.3.Library 4. Subject room 6. Computer room Library 7.5.Classroom Computer room 8.6.Playground

+8000

7. Classroom 8. Playground

2 1 2 1

+4000

Jury : Neil Denari, Wes Jones, John Enrigh, Craig , Tom Wiscombe, Michael bell +4000

3 3

Detail Plan

5 5

Detail section 1. Exposed mass concrete 2. Powder sealing on steel plate 3. Liquid water proofing cement 4. Liquid water proofing cement 5. T24. Oil-stained water-proof wood plate 6. Steel-frame handrail 7. - Liquid water proofing cement - T50. Moisture proofing plate - T140. Plain concrete(W.M#8 WW150x150) 8. Open trench 9. Perforated drain pipe 10. Pipe 11. T20. Stainless steel 12. - Panel heating - Laminated floor plate 13. - T9.5. Plaster board X2 - Olpeoti and Acrylic painting - Spray finish 14. T140. Thermal insulation 15. T.180. Thermal insulation 16. - T60 - 120. Plain concrete STF(W.M#8 150x150) - T24. Protection mortar - P.E hybrid waterproofing method

+2000

Physical Model

8 8

+3000

Community Path in School "Community path in school" is an architectural and urban proposal for recovering the flow of paths in the city. It proposes to insert a path that connects the city to the park and that preserves the continuity of the pedestrian path network. In addition, by arranging public spaces such as auditorium, library, and gym along this path, it can act as community path by enhancing public accommodation in the neighborhood. I believe that inserting a pedestrian path in buildings which are over a certain volume can prevent the segregation of a pedestrian path network in the city.

Section/Elevation

4 4

+3000

Path in the Metropolis The path links neighborhoods. In the past, a vigorous community among neighbors was found on the path. For example, children played there, and street market was held there, so there was always energy and activity on the path. However, as the city was developed, the flow of paths has been broken by huge buildings.

1. Fire preventive block 2. Teacherâ&#x20AC;&#x2122;s room 3. Terrace 4. School infirmary 5. Restroom

10 20m

20m

1. Teacherâ&#x20AC;&#x2122;s room 2. Home base 3. Library 4. Machine room 5. Classroom

LG Cooking Studio interior Design

E House

Morphosis

Jeong Jae Heon Atelier

assisted 3D Modeling, Rendering Location: Seoul, Korea B2, 5f

Junior Designer Physical model, 3D modeling, Drawing, Rendering, Construction Documentation Location: Seoul, Korea Under Construction

2017.04

2016.04

Seun City Walk international competition

Bojung Town House Village

Hanmok Engineering

Jeong Jae Heon Atelier

Project Desginer Concept Design Location: Seoul, Korea

Architectural Intern Physical model, 3D model, Drawing, Rendering Location: Seoul, Korea

2017.04

2011.07

Complex Convenient Facilities 2 District appointed Competition

Kyung Hee univ. international business administration faculty building

Jeong Jae Heon Atelier

Desginer Concept Design, Physical model, 3D model, Drawing Location: Seoul, Korea 2nd Place

Architectural Intern Physical model, 3D model, Drawing, Facade Design Location: Seoul, Korea

2016.03

2017.06

ssonarch@gmail.com 213 357 7803

3425 Jasmine Ave, apt6, Los Angeles, California