Portfolio_B.Arch_2012

PortFolio

2011-2012

Chong Woo Shin

CHONG WOO SHIN PORTFOLIO 2011-2012

Gansam Architects & Partners seoul, korea office building construction team internship july-august 2010 www.gansam.com

RELEVANT EXPERIENCE

arktonic architect seoul, korea architectural design current www.arktonic.com

EDUCATION

Ryerson University toronto, ontario canada school of architecture bachelor of architectural science B.Arch completed: 2012

LANGUAGES

Korean English Spanish Japanese Chinese

AWARD

international competition; building cultural infrastructure; high bridge bronx, new york honored (2010)

CONTACT

#302 76 Shuter St. Toronto Ontario Canada M5B1B4 Mobile: 1 647 970 7570 / 1 82 10 4500 9739 Home: 1 822 518 9738 shinchongwoo@hotmail.com

Portfolio contains the work from undergraduate and professional work

NIDP national institute for disaster prevention; soeul, korea national emergency management agency structural safety research team july-august 2008

Bishop ridley college (secondary school) ontario, canada september 2004-June 2007

IN TENT

We are all familiar with expression. We encounter it every day in our life; as students we express our thoughts, minds and rights to be shared experiences. Today we all lead incredible busy lives. Even just one second is too precious for us to lose in every task we are doing. In this competitive life, we are losing the most significant value in expression. ‘Common Sense’ is the one of losing value from our busy lives. This means people only consider the one major field of study not the others. For example, if we show some paintings to engineer, they will evaluate painting as their own impression without any artistic view.

We, student who consider to be an architect, should think how express our thoughts and minds in architectural perspective.

The architecture of today and the future is a study in a variety of expression. There is no exact form of future architecture.

Architecture is not followed by field-wide aesthetic conventions or movemets. Architecture is developing with human, technology and surrounding environment. Most ideal works of contemporary architecture are containing idea of influence, integration, response, creative moves and innovation. Sometimes that work is easy as it seems, but actually every line architect draw on the drawing has included the specific meaning and reason. The expression in process architectural design from inception to occupation is almost impossible to define as a simple term. Because the process can be restarted from the beginning of work even close to complete. The expression in architectural term is not only for architect, it is for everyone. In one project, it can provide the hundred of different expression by others. To prevent audience’s misunderstaning of architectural view point, architects should provide common expression in their works.

The unifying theme of portfolio is a study in the possibilities of expression with all facets of architecture that can be explored.

5 facets are the major division of my portfolio which are the theme of connectivity, culture, education, individualism and environment. Portfolio has been included not only emphasize on quality of work, but also to investigate how works represent the expression of each theme in variety of methods.

CON TENTS

4

Detroit Arena +Park Detroit Riverfront Design

10

Canal Bridge Amsterdam Iconic Pedestrian Bridge

28

Flat.Flow.

Flection.

Buenos Aires New Contemporary Art Museum

22

Urban Void Toronto Ryerson Health Science Building

38

Leeum Art Shop Seoul Samsung Museum of Art

32

Small Studio Toronto Tectonics and Materiality

42

Gahoe Garage Cafe Seoul Korean trandition

14

Water Purification Tower Chicago Architectural Cllub

ACA DEMIC WORK

01

Detroit Arena +Park title: Detroit Riverfront Competition year: 2012 site: Detroit, MI, United States program: riverfront park design materials: concrete, glass brief description: Arena+Park is suggested as open public space. It provides space for multiple use; park,observatory and amphitheatre.

When the annual event hold here, it has been changed to stadium.

The space is like bowl taking various foods.

The proposed design on the site is to provide the ethnic symbol and landmark of Detroit. Enhanced on function of square, park and resting area for family, this proposed vibrant public space will connect the city to the riverfront. Also, making this site as symbol of Detroit, it will bring out the aspect of identity from the vision of Canada.

4

2012.Detroit Riverfront Competition

tunnel to Canada

N

Current existing site

Colosseum, roman arena was iconic symbol of Imperial Rome as event space. Arena is public space and people remembered the place through the events.. Actually, events collect people in the space but the phenomenon of enormous group of people at the moment creates another events in a different way. There was sharing information and business transaction.

Park is open public space provided recreational use.

Events occur also in a park but it happens more horizontal spatial relationship.

Arena + Park is the concept mixing vertical relation such as tiered seating and horizontal relation.

2012.Detroit Riverfront Competition

5

design process, graph

b. gathering around the center of site

a. people enter the site for concert

c. center is sloped toward water front Area is slopled to look over the river

People gather around the center of site

People come to see the concert

STAGE

PLATFORM

d. stage and programs are installed

e. entrance aligns from street to water front Focal point toward the river from the street

Stage and other commercial programs are installed

f. platforms are positioned for outdoor activities Platform for group of people, garden, resting area

Comparable U.S. cities park area with New York City

Comparable U.S. cities park area

Comparable U.S. cities density Comparable U.S. cities Density

NEW YORK 27,243 / sqm

SAN JOSE 5,400 / sqm

NEW YORK 28,000 acres

SAN JOSE 16,303 acres

SEATTLE 6,170 acres

DETROIT 5,890 acres

PITTSBURGH 3,122 acres

BUFFALO 2,140 acres SEATTLE 7,402 / sqm

Annual event visitor population

DETROIT 5,142 / sqm

Detroit jazz festival

1,600,000

Music festival

1,500,000

1,500,000

African world festival

1,300,000 PITTSBURGH 5,636 / sqm

The country music Hoedown

1,100,000

Noel Night

1,000,000

900,000 BUFFALO 6,436 / sqm

Auto Show

700,000 people

500,000

Jan.

6

Feb.

Mar. Apr.

May

Jun.

2012.Detroit Riverfront Competition

Jul.

Aug.

Sep.

Oct.

Nov.

Dec.

month

10,000 people

1,000 people

100 people

site plan, anual temperature, sun shade

A

A

0

100m

N

200ft

Site plan

spring summer autumn winter

37.8 F

Jan. 10am

Jan. 12pm

Jan. 2pm

Jan. 4pm

Jan. 6pm

Feb. 10am

Feb. 12pm

Feb. 2pm

Feb. 4pm

Feb. 6pm

Mar. 10am

Mar. 12pm

Mar. 2pm

Mar. 4pm

Mar. 6pm

Apr. 10am

Apr. 12pm

Apr. 2pm

Apr. 4pm

Apr. 6pm

May. 10am

May. 12pm

May. 2pm

May. 4pm

May. 6pm

Jun. 10am

Jun. 12pm

Jun. 2pm

Jun. 4pm

Jun. 6pm

Jul. 10am

Jul. 12pm

Jul. 2pm

Jul. 4pm

Jul. 6pm

Aug. 10am

Aug. 12pm

Aug. 2pm

Aug. 4pm

Aug. 6pm

Sep. 10am

Sep. 12pm

Sep. 2pm

Sep. 4pm

Sep 6pm

Oct. 10am

Oct 12pm

Oct 2pm

Oct 4pm

Oct. 6pm

Nov. 10am

Nov. 12pm

Nov. 2pm

Nov. 4pm

Nov. 6pm

Dec. 10am

Dec. 12pm

Dec. 2pm

Dec. 4pm

Dec. 6pm

o

67.5 F

o

63 Fo 32.5 Fo

While the season changing, the sun shade on the site is not an irregular. The purpose of analyzing the sun shade by different hour is to find out the alignment of stage for concert and save from the darkness.

7

The pathway of entrance continues on center of arena. People can feel the path is continuing to cross the river.

(left) under the arena, shopping mall has installed for people to bring in the site. (right) view from the entrance of the arena from north side toward the river.

Detroit River

0

8

50m 100ft

Section A-A

Stage is located on the center of arena. Canadian territory is shown across the river.

The concept of Arena + Park is suggested as event space and river front. First of all, the size of arena is based on max capacity based on the annual population change. Second, the circle area is tilted toward the river for creating tiered seating for spectators. Third, shopping area is suggested to the part raised up and event space such as stage is suggested to the descending part.

This simple movement create new environment. It provides magnificient spectacle for both sides as boundary condition. From United States, they can see the river view over the stage and from Canada, the landscape which is that people seating on the steps could be gorgeous landscape.

0

50m 100ft

South elevation

9

02

Canal Bridge title: Amsterdam Iconic Bridge year: 2011 site: Amsterdam, Netherlands program: pedestrian bridge including the Bicycle station materials: thin-scurved metal, steel, wood, perforated metal brief description: The iconic bridge in Amsterdam depict the strategic plan of the city’s infrastructure and are relics to the city’s history.

To account for Netherlands growing population, the city implemented landfill projects which resulted in the redirection of water flow to create a livable city. The chosen sites history is ground zero for the cities development of bridges and canals that are considered to be the bloodline of the city.

The Canal Bridge recalls back to the time when the canal system in Amsterdam was used as a dominant transportation system, much like highways and vehicular roads today. Thus, the concept of the bridge is a representation of Amsterdam’s notorious canal systems; this representation is reflected in the water installation on the upper pedestrian bridge. The water from Amstel River is pushed upward using tile shape pumps, installed on the decks of the upper pedestrian bridge.

10 2012.Iconic Pedestrian Bridge

1step

pumping

1L water

water pump

Shock energy from steps will be used by pumping water and lifting up canel to bridge.

The bridge connected to the front of Hermitage Amsterdam Museum on the east bank of the Amstel river

Water Fountain reflects Amsterdam’s night view

These pumps are used to generate kinetic energy gained from walking and cycling on the bridge. As soon as the water is pushed upward, it flows from west to east, inside the translucent part of the bridge, giving the illusion of walking on the water. At the west end of the bridge, the water is returned to the Amstel River by waterfall which recalls back to the process of water dams.

The canals flow through the center of Amsterdam, and have forced urban development along the water’s edge. With programs focusing on the streets, the landscape is revised so that the connections of the bridge are accentuated. The specific program for the bridge reflects the sites environment and compliments the surrounding streetscape.

11

site, structure, plan, section

Entrance from west side of the bridge

Site map

Steel Structure System 12 2012.Iconic Pedestrian Bridge

1 2 3 4 5 6 7 8

lower pedestrian bridge upper pedestrian bridge cafe snack bar facility (washroom) administration office bicycle rack bicycle repair station

Upper deck from the west side to east side at night a 3 5

6

1 2 3 4 5 6 7 8

lower pedestrian bridge upper pedestrian bridge cafe snack bar facility (washroom) administration office bicycle rack bicycle repair station

4

1 7 8

Lower deck

2

a Upper deck 0

40m

1.

2.

3.

4.

5.

6.

7.

8.

Lower pedestrian bridge Upper pedestrian bridge Cafe Snack Bar Administration Facility (washroom) Bicycle repair station Bicycle rack

thin-curved metal wood

perforated metal

Section a-a 13

03

Water Purification Tower title: Future Prentice/ Chicago Prize Competition year: 2012 site: Chicago IL, United States program: water purification system materials: concrete brief description: The “Future Prentice“ competition seeks to explore alternative solutions for the old historic piece of architecture, Goldberg’s Prentice Women’s Hosipital.

Located on the campus of Northwestern University, the current site is surrounded by medical facilities, research labs and university residences, all buildings that produce an abundant amount of grey water. Known to be a relatively benign form of waste water, grey water can be recycled and reused fairly easily after having gone through an appropriate filtration process.

14 2012.Chicago Architectural Club

Current Goldberg’s Women’s Hospital

grey water from the building Northwestern Memorial Hospital

black water from the building

Inpatient beds 894 beds Waste water Black water

Black water vs. Grey water = 31% : 69%

min. 44,342liter/day

Grey water

min. 98,697liter/day

Total Black water: 191,406 liter/day

Total water usage > 617,440 liter/day

Total Grey water: 426,033 liter/day

White water required per day > 620,000 liter/day

Library, Dormitory, School of Engineering and applied science, School of law Waste water Black water min. 28,644liter/day

Grey water min. 63,756liter/day

Feinberg school of Medicine Inpatient beds

Rehabilitation Institute of Chicago

2200 beds Waste water

Inpatient beds

Black water

182 beds Waste water

min. 109,120liter/day

Black water

Grey water

min. 9,300liter/day

Grey water min. 242,880liter/day

min. 20,700liter/day

Distribution of capacity of patient in each hospital + Water usage

TOTAL WATER USAGE IN THE HOSPITAL: 617,440 LITER/DAY. MAXIMUM CAPACITY OF PATIENT: 3,276 BEDS

Grey water

70% of water use

Black water Type of water use in hospital

30%

The main concept of our design is to bring together the grey water from the neighboring buildings and to create a facility that can serve not only as a water purification system but also as a means to knit the diverse community together. The building will provide a myriad of opportunities for education, including a library, a gallery and an observatory, as well as social and commercial opportunities. Its main purpose, however, will be to serve as the focal point for the recycling of the grey water produced in the area, and to store and transport it back into the city. With this newly instilled purpose to a building currently with no specific use, the former Prentice Women’s hospital will no doubt serve a pivotal role in water recycling for the community.

15

purification process(emergent hydrophytes) Alisma Reed

Iris

Lemnaceae

1. Floating-leaved hydrophytes

Hyacinth

Hydrocharis

Javan Waterdropwort

Phragmites Japonica

Water Hyacinth

Typha Orientalis

Thunbergii

Typha orientalis Lotus

2. Submerged hydrophytes Hydrilla verticillata Mentha arvensis Ottelia alismoides Hornwort

Ottelia Alismoides

Hydrilla Verticillata

Lotus

Hydrocharis asiatica

Phragmites japonica Bur reed

3. Free-floating hydrophytes Isoetes coreana

Scirpus triqueter

Bur Reed

Hornwort

Hydrocharis Asiatica

Potamogeton pectinatus

Fresh water

Pure water storage

site B Sediment process

Diagram for water purification through hydrophytes plants 16

All these ‘Hydrophytes’plants have an ability to purify N(nitrogen), P(phosphorus), K(potassium), Ca(calcium), Mg(Magnesium) in polluted water.

entire water purification process & usage

Hydrocharis asiatica: neutralize polluted air with an absorption of carbon

Lemnaceae: neutralize acid water with an absorption of N(nitrogen) and P(phosphorus).

Water hyacinth: neutralize acid water with an absorption of N(nitrogen) and P(phosphorus).

Reed: neutralize acid water with an absorption of HNO3(nitric acid), P(phosphorus), K(potassium), Ca(calcium) and Mg(magnesium).

Fresh water

2nd puri

fication

process

Phragmites jasponica: neutralize acid water with an absorption of nitric acid(HNO3) and can use it as medication.

in site B

Sediment

Entire water purification system and use

The grey water from the nearby buildings is collected in the lower levels of the structure, where it goes through the initial process of sedimentation. During this process, the suspended solids settle down in the water under the influence of gravity.

The solids that collect in the bottom of the sedimentation tank are then separated from the water and are removed from the tank on a regular basis. Subsequently, the filtered water is then transported to the top level of the tower, triggering the second step of water purification. Starting from the top level, the water travels vertically through the floor slabs of the tower at a low velocity, going through various aquatic plants that each serves a distinct function in decontamination. As the water travels through more floors, the more filtered it becomes; once it reaches the lower levels, the water will then be stored and transported for immediate usage.

2012.Chicago Architectural Club

17

master plan Reed

Scirpus triqueter

1. Reed 2. Alisma 3. Iris 4. Hydrocharis 5. Hyacinth 6. Lemnaceae 7. Thunbergii 8. Thypha orientalis 9. Javan Waterdropwo 10. Lotus 11. Hydrilla verticilata 12. Mentha arvensis 13. Hornwort 14. Ottelia alismoides 15. Hydrocharis asiatic 16. Isoetes coreana 17. Bur reed 18. Phragmites japonic 19. Scirpus triqueter 20. Potamogeton pect

Ottelia alismoides

Reed

Outdoor theater.

Bur reed Phragmites japonica

Bur reed

LURIE RESEARCH CENTER

Thypha orientalis

Bur reed Ottelia alismoides

Thypha orientalis Hydrocharis asiatica

21. Outdoor Theater 22. Gym 23. Sediment process 24. Pool 25. Cafe 26. Restaurant 27. Library 28. Gallery 29. Conference room

Reed

Scirpus triqueter

Reed

Phragmites japonica Thypha orientalis

Reed

22.

Outdoor theater.

Pool

Thypha orientalis

Hyacinth

Sediment process

Bur reed

Bur reed

Lotus Thypha orientalis

Bur reed

2F: site A

Reed

Reed

Reed REHABILITATION INSTITUTE OF CHICAGO Lemnaceae

Reed

Outdoor theater.

18 2012.Chicago Architectural Club

Outdoor theater

SiteB

0

50ft

tower plan Alisma

Reed

Hyacinth

Lemnaceae

Cafe

Restaurant

Iris

Hydrocharis

10F: Restaurant

11F: Observatory/Cafe Javan Waterdropwort Lotus

Library.

Library.

Thypha Orientalis

Thunbergii

Mentha Arvensis

Hydrilla Verticilata

9F: Library

8F: Library Bur Reed

Hornwort

Ottelia Alismoides

Phragmites Japonica

Gallery.

Gallery.

Hydrocharis Asiatica

Isoetes Coreana

6F: Gallery

7F: Gallery Reed Conference Room.

Table submerged hydrophytes

free-floating hydrophytes

emergent hydrophytes Potamogeton Pectinatus

Scirpus Triqueter

5F: Conference room

0

2012.Chicago Architectural Club

50ft

19

Inside of tower

20 2012.Chicago Architectural Club

Purified water use in swimming pool

00000 Site B is using for secondary purification system as a public open space. People can observe the process of purification 21

04

Urban Void title: Ryerson University Health Science Building/Sheltering The Permeable Body year: 2011 site: Toronto, Ontario, Canada program: health science building for graduate and undergraduate student, applied sciences such as nursing, midwifery, nutrition, occupational and public health. materials: concrete(structure), glass, steel project description: exploring the ways in which buildings and its system affect our health.

Make a positive contribution for our physical and psychological wellbeing.

Site is located near by the intersection of Church Street and Dundas Street.

This site has an area on approximately 2300 sqm and height limit is 30m by zoning by law. It is very useful space, due to its’ location, which is the core of downtown Toronto. Streetcar going through the Street, Dundas Square is a block beside the site. The area is surrounded by University campus which includes different characteristics and programs. To be an ideal site, the space has to prove the pedestrian circulation, relation of neighbour building and safety.

Site is currently using for parking space.

22 2011.Health Science Building

The height of the facade bands changes continuously from the lower area towards the higher laboratory area. This is creating a dynamic changes in the building.

Non-active brain(above) has less critical waves than active brain (bottom) which people can feel better condition for a resting, a studying and an ideal space.

In human psychology, sleep is divided into two broad types: REM and Non-REM sleep. Each type has a distinct set of associated physiological, neurological, and psychological features. Sleep stages and other characteristics of sleep are assessed by polysomnography. Measurements taken include EEG of brain waves, electrooculography of eye movements and electromyography of skeletal muscle activity. From these all experiments and research, 95% of human sleep more than 5hours and other 5% of people in US couldn’t have enough sleep. To prove this issue, people more think and consider about their sleep condition such as lighting in and out, noise cancelling, average temperature, and air quality. Also, room arrangement will effect on quality of sleep. For example, the bed position at corner of walls will provide more space to place interior furnishing. Especially, it would provide the feeling of safety and comfort. The Research on the science of sleep gives the brief idea of configuring the concept design.

23

rendering image, program

4th floor open space Required Programs

Stacking program in volumetric form 24 2011.Health Science Building

design process, elevation

Exploded Floors

a. entering people

b. make a boundary

c. stack on

d. clipping with other boundary

e. covering open sapce

f. integration

To adjust abundant programs in the building, all the required programs have to be shown in scale which makes easier to understand the big and small space use of each program.

After scaled represent each program, it was grouped with similar characteristics of other program. It will describe the sense of sharing space and integration. A few faculty in program has to be split to multi-storey for having enough circulation space and open space.

Volumetric form through ‘clipping’ idea

After dividing the faculty by similar category, it has to represent as volumetric diagram. The reason for making volumetric diagram is to find out the brief height and volume of building. This could let us know how much area we will need and how could building design going to be.

25

plan, section A

1

2

9

3

10

4

11

5

6

up

8 7

up dw

1.

2.

3.

4.

5.

6.

7.

8.

12

student locker lecture theater laboratory theatre storage computer lab video conference room administration office

9. cafe 10. exhibition space 11. information desk 12. library 13. studying space A

0

26

0

10m

10m

0

10m

Section A-A

physical model, elevation

Physical model(material use: MDF, acrylic) The purpose of making physical model was to determine the material use for for the other building. If the cladding is a brick or other non porous material, not get enough light and this space will be a dead space. Therefore, glass penetration of the building. Also the using glass material is affordable to cost

0

10m

the building. Firstly, light penetration will need the building behind and beside of the site will material has been used to describe the light efficient and environmental issue.

East elevation

27

05

Flat.Flow.

Flection. title: Flat. Flow. Flection_New Contemporary Art Museum year: 2012 site: Puerto Madero district, Buenos Aires, Argentina program: new contemporary art museum materials: curved thin steel panel, concrete, wire, glass project description: This pavilion is designed for the contemporary museum at the edge of Dock in Buenos Aires, Argentina. Flat: rigid, Flow;dynamic and soft, Flection; reflection

The proposed design is possible to define in three words: ‘FLAT,’ ‘FLOW,’ ‘FLECTION.’ The aluminium-curved façade has used to cover the building. The aluminium; easily reflective and light weight, provides the curved shape which is reflecting the flow of water at Dock. Also the flowery façade is that emphasize on cultural value and nature as representing the movement of dance ‘Tango.’ Several curved-aluminium passes through each supporting column and it provides the feeling of light weight, gaining a sense of lightness and appearing to float in the air. Covered with scaled façade, the museum shines brightly in Buenos Aires.

28 2012.New Contemporary Art Museum

o Site location in Buenos Aires, infront of Puente de 250m la Mujer, designed by Santiago Calatrava

Kinetic facade, functional control of light conditions in the gallery space, the curved facade create animated patterns on the facade.

On the ground level, a separate stair at the east façade continues to second floor which leads people to believe the stair is continuing from the water. The front of building is the square for the visitors, and the back façade faces the pedestrian street with static and flat. Thus, effort to tie up these two different characteristics, the ‘curved-aluminium’ façade has used to install from face to face as representing the area as a single harmony.

Taking advantage of the surrounding environment, center pathway on the ground is leading people to drag into visitor square and providing a view of ‘Puente de la Mujer’. The inside exhibition space incorporates an open air-ceiling gallery with a spiral moving up from darkness to light. The plant room is located and surrounded by spiral moving path. The most direct sunlight is blocked by the curved-aluminium façade, and inside of the building is covered with gentle light and shade.

29

plan, section

0

Ground floor plan

10m

plan 1. gallery1 2. gallery2 3. gallery3 4. gallery4 5. toilet 6. administration 7. plant room

8. auditorium 9. storage 10. cafe 11. souvenir store 12. changing room 13. loading area

2F plan

3F plan

30

0

10m

4F plan

Section A-A

diagram, rendering image Exploded diagram

Facade system is built by ‘Curved-Aluminium panels’ and it hungs on the columns(post).

It is giving a sense of lightness and appearing to float in the air which gives building as light and freshness.

Adding some water-duct on the ground will provide a small water fall on east side of building which correalate with museum’s motive ‘flat, flow, flection.’

(left) the east side facade, which faces the visitor’s square and water flows on the ground, (middle) the inside plant room incorporates a spiral moving, (right) the west side facade, which faces the pedestrian pathway with loading dock.

section 1. gallery 1 2. gallery 2 3. gallery 3 4. gallery 4 5. toilet 6. administration 7. plant room 8. auditorium 9. storage 10. cafe 0

10m

Section B-B

31

06

Small Studio title: A Small Studio for A Mathematician year: 2011 chosen site: Toronto, Ontario, Canada program: mathematician’s work space. materials: wood, brick, zinc panel, glass project description: study tectonics and materiality by using different material. limit foot print as not exceed 16m2. Maximize the sun light gain and harmonize with surrounding environment.

This project is about a study of materiality which can be a important issue. By using which materials, the environment in neighbourhood may change and create a new type of community. More is not always better. This project has focused on form and geometry, composition and alignment of elements, expressive material properties and detailing strategies within the building’s components.

32 2011.Tectonics and Materiality

N

0

4m

site drawing

site, plan, isometric

1 2 3

Plan 1. workshop 2. closet 3. washroom 4. desk & drawing table 5. living area 6. shelves

0

1m

Ground floor

The given program is that the entry level must accommodate a small closet for a coat, jacket, sweater and boots; a washroom with toilet and washbasin; a storage closet for cleaning supplies; and a modest model workshop. The other level must include a writing desk and a separate drawing table area; a sofa and as many bookshelves as can be comfortably accommodated. Work areas require natural daylight but must be protected from glare. Lighting is required to provide adequate light levels when daylight is insufficient.

4

Roof covered by glass + wood

Second floor Facade covered by zinc panel Zinc Panel

window connection (see detail)

5 6

Entrance from North

Third floor

2011.Tectonics and Materiality

33

section, elevation, rendering

6

detail a

5 1.

2.

3.

4.

5.

6.

f

4

b

0

1

2 3

d

workshop closet washroom desk & drawing table living area shelves

detail e

1m

detail c Section A-A

4

1 East elevation

The studio for a mathematician maximize the light gaining, and connecting interior and exterior in a number of unpredictable natural areas 34 2011.Tectonics and Materiality

details

SPANDRAL (SLAB TO SLAB)

INSULATION

CONCRETE SLAB SEALANT & BACKER ROD

WINDOW HEAD RECEPTOR

stair plan

b. Window Connection (1:10)

a. Aperture Section (1:50)

FURRING CHANNEL PANEL JOINT PIECE

20 mm AIR SPACE

CONCRETE WALL

FIXING CLIP

DOUBLE GLAZED GLASS VERTICAL FRAME

WINDOW WALL FRAME

ZINC PANEL 15

INSIDE

c. Zinc Panel Connection (1:10)

d. Window Jamb (1:10)

Zinc panel 30x60cm Polycabonated panel (PC) 2 in(length)x 0.125 in thickness FIXING CLIP CONCRETE WALL INSULATION PANEL JOINT PIECE

INSIDE

METAL FURRING CHANNEL

ZINC PANEL

e. Zinc Panel Connection to wall (1:10) D 002

ZINC PANEL CONNECTION TO WALL (ISOMETRIC VIEW) 1:5

2011.Tectonics and Materiality

f. Stair Section (1:50) 35

PRO FESSIO NAL WORK

07 PROFESSIONAL WORK

Leeum Art Shop project title: Samsung Museum of Art/Art Shop Display Proposal completed: 2012 site: Hannam-dong, Seoul, Korea program: art shop material: concrete, LED light brief description: This is an proposal for artshop renovation at Samsung Museum of Art. Main concept for the design was providing a continuation with transform artshop as an illusion of exhibition place.

Art shop

Museum 1 Museum 2

Samsung Child Education & Ceulture Center

N

Site located in Insa-Dong cultural street, seoul, Korea 38 2012.Art Shop Proposal

existing art shop, diagram

Images that show the current existing condition of art shop. Current art shop is lossing its function and characteristics and not matched with the building, architecture and interior. Also there are some wasting space that requires to re-arrange the display furniture.

Type A

Type C

Type B

x

x 9 = 45 cases

x 7 = 7 cases

37 = 111 cases

display

Type B

Type C

storage

Existing funiture capacity

Type A

Total Number of Showcases = 163 cases

39

Proposed diagram, furniture Proposed furniture arrangement 21 15 24

D B

24

21

A

C

15

D E

20

C

E

B

21

18

D

A

B

C

18

18 24

20

15

E

Design sequence

Exposed Surface for Shopping (Unfoldded Surface of Showcase)

Option A ( 300mm@300mm ) = 60 cases (20 x 3) Option B ( 800mm@450mm ) = 72 cases (24x3) Option C ( 400mm@200mm ) = 45 (15x3 )

display

Option D ( 400mm@400mm ) = 63 (21x3) Option E ( 400mm@200mm ) = 54 (18x3)

Total Number of Showcases = 294 cases

storage

Existing Column of Museum 1

Showcase Option A Size: 300mm@300mm Number of Case : 20 (5 x 4) Storage Size: 600mm@1000mm

Showcase Option B Size: 800mm@450mm Number of Case : 15 (5 x 3)

Showcase Option C Size: 400mm@200mm Number of Case : 24 (6 x 4) Storage Size: 600mm@1000mm

Showcase Option D Size: 400mm@400mm Number of Case : 21 (7 x 3) Storage Size: 600mm@1000mm

Showcase Option E Size: 400mm@200mm Number of Case : 18 (6 x 3) Storage Size: 300mm@1000mm

Proposed furniture dimension 40 2012.Art Shop Proposal

diagram, image

18

rigid

14 25

too dense

good dense

The grid is aligned to the museum2 and Samsung Child Education Center, and Column Spacing from Museum1.

10

too loose

Proposed art shop 41

08 PROFESSIONAL WORK

Gahoe Garage Cafe project title: Gahoe Garage Cafe completed: 2012 site: Gahoe-dong, Seoul, Korea program: cafe + open deck material: wood, brick, perforated steel, concrete, LED light brief description: Interactive Lighting Ceiling and Wall.

Open and Close System for Flexible Sapce for diverse purpose of space.

Harmony among Korean Traditional Wall, Wooden Deck and Exterior Lighting.

(left) entrance of cafe which used to garage door before. (right) view from the inside to entrance at night.

42 2012.Garage Cafe

(left) the LED light at the left wall has installed with motion-sensor, which people get closer to the wall light gets brighter. Using folding door at the entrance; garage door, it makes a feeling of co-relation between human and automobile. (right) cafe bar table; brick installed as a method of running bond pattern..

Upper deck of cafe; interlocking wood decking with Korean traditional tile fence

View from upper deck is providing a sense of horizontal relation with wood decking, traditional tile fence and tree.

Light at the upper deck also create another mood at the night time.

43

Portfolio 2011-2012 edited by_ Chong Woo Shin shinchongwoo@hotmail.com

Thank You

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