Portfolio for 2015 summer intern

Chong Woo (John) Shin architectural portfolio

Chongwoo Shin

Work Experience

arktonic architect seoul, korea architectural design 2012 - 2013 www.arktonic.com

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

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

Education

University of Toronto John H. Daniels Faculty of Architecture, Landscape, and Design toronto, ontario canada master of architecture condition:3-yr attending

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

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

Software

Revit, CAD, 3ds Max, Rhino, Sketch up, Grasshopper, Kangaroo, Unity, Adobe Photoshop, illustrator, indesign

Award

international competition; building cultural infrastructure; high bridge bronx, new york honored (2010) program and space competition; Dongdaemun Design Park & Plaza by Zaha Hadid, Seoul Korea 3rd (2013)

Contents

Urban Detroit Arena + Park Dufferin Redux

p. 6 p. 12

Environmetnal Rehabilitation Water Purification Tower

p. 19

Parametric Dong-dae moon Design Plaza Circle Pavilion

p. 26 p. 36

Detroit Arena + Park Detroit Riverfront Competition Chongwoo Shin Sangwook Park

program amphitheater, auditorium, shopping center year 2012 site location detroit, MI, USA structure concrete site area 116,500 m2 material concrete,glass maximum building height 4m type of project competition

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.

Colosseum,

The

in a different way.

proposed design on the site is to

provide the ethnic symbol and landmark of

Detroit. Enhanced

on func-

ic symbol of space.

Arena

roman arena was icon-

Imperial Rome

as event

is public space and peo-

ple 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

There

was sharing

information and business transaction.

tion of square, park and resting area

Park

lic space will connect the city to the

in a park but it happens more horizon-

for family, this proposed vibrant pubriverfront. symbol of

Also, making this site as Detroit, it will bring out

the aspect of identity from the vision of

Canada.

6 Arena + Park

is open public space provided

recreational use.

Events

tal spatial relationship.

occur also

Arena + Park

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

Arena + Park 7

a. people enter the site for concert People come to see the concert

Area is slopled to look over the river

People gather around the center of site

b. gathering around the center of site

c. center is sloped toward water front

STAGE

PLATFORM

Stage and other commercial programs are installed

d. stage and programs are installed

Focal point toward the river from the street

Platform for group of people, garden, resting area

e. entrance aligns from street to water front

f. platforms are positioned for outdoor activities

Comparable U.S. cities Density

NEW YORK 27,243 / sqm

SAN JOSE 5,400 / sqm

SEATTLE 7,402 / sqm

DETROIT 5,142 / sqm

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

population

Detroit jazz festival

1,600,000

Music festival

1,500,000

1,500,000

PITTSBURGH 5,636 / sqm

African world festival

1,300,000 The country music Hoedown

1,100,000

Noel Night

1,000,000

BUFFALO 6,436 / sqm

900,000 Auto Show

700,000 people

500,000

10,000 people

8 Arena + Park

1,000 people

100 people

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

Jan.

Feb.

Mar. Apr.

May

Jun.

Jul.

Aug.

Sep.

Oct.

Nov.

Dec.

month

A

A

0

100m

N

200ft

Site plan

spring

summer

While

the season changing, the sun

shade on the site is not an irregular.

The

fall

37.8 Fo(3.2 Co)

67.5 Fo(19.7 Co)

63 Fo(17.2 Co)

purpose of analyzing the sun

shade by different hour is to find out the alignment of stage for concert and save from the darkness.

winter

32.5 Fo( 0.27Co)

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

Arena + Park 9

(top)The

pathway of entrance contin-

ues on center of arena.

People

can

feel the path is continuing to cross the

river.(bottom left)Under the arena, shopping mall has installed for people to bring in the site.(bottom right)

View

from the entrance of the arena from north side toward the river.

Detroit River

0

50m 100ft

10 Arena + Park

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.

pacity based on the annual population change. for spectators.

descending part.

Third,

Second,

First

of all, the size of arena is based on max ca-

the circle area is tilted toward the river for creating tiered seating

shopping area is suggested to the part raised up and event space such as stage is suggested to the

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.

Arena + Park 11

Revitalizing Block Dufferin Redux Chongwoo Shin

program community center year 2013 site location toronto, ON, CANADA structure concrete site area 195,900 m2 material concrete ,glass maximum building height 40m type of project M.Arch 2yr/ school project

Dufferin grove redux is a urban development project. Start with researching and site analysis, there were discontinuity street, park, residential, semi-detached house and close to core downtown. Neighbor hood of Dufferin had a long history. Since 1800s, the

site had developped various different program; garden, park, rail, and track.

The

goal of this project is to make a

harmony of the city via key terms of continuity, neighbor, link, share, park, open space and human.

12

revitalizing block

existing plan

proposed plan

existing street scape

Dufferin st.

Dufferin st.

Bloor st.

proposed to use major street

street connection was one of pro-

posed key idea for new develop site.

Firstly,

major streets has been found

via site analysis.

Throughout

this ma-

jor street and district division, site area has divided by passing through the street.

These all different size of

site area will produce the relationship of other various size of block(district) existing street connection on the site

proposed a new connection

and

balanced

the

neighbour

hood with clear circulation of vehicular only path.

revitalizing block

13

Bloo

r st.

in

r ffe

Du

st.

1. Extension & Connection

2. Block & Structure

3. Parks & Openspace

4. Mass

5. Canopy through major street

Chosen program Chosen program Commercial: 35,000 m2 2 Commercial: 35,000 = 96,755 m2 + existing 61,755 m2m + existing 61,755 m2 = 96,755 m2

Bloor st.

Bloor st.

3,432m2 3,432m2

8,082m2 2,976m2 8,082m2 2,976m2

5,519m2 5,519m2

6,718m2 6,718m2

3,912m2 10,440m2 3,912m2 10,440m2

7,177m2 7,177m2

8,665m2 8,665m2

3,188m2 3,188m2

3,879m2 3,879m2

3,312m2 856m2 3,312m2 856m2

N 0

14

Residential: 150,000 m2 Residential: 150,000 m2

5,239m2 5,239m2

4,877m2 4,877m2

1,690m2 2 1,690m

2,429m2 2 2,429m

2,374m2 2 2,374m

2,557m2 2 2,557m

3,676m2 2 3,676m

3,611m2 2 3,611m

2,745m2 2 2,745m

3,936m2 2 3,936m

2,651m2 2 2,651m

3,741m2 2 3,741m

2 2 1,179m 2 1,179m1,855m 1,855m2

2 2,595m 2,595m2

2 1,778m 1,778m2

Dufferin st.

Dufferin st.

2 1,427m2 2,253m 1,427m2 2,253m2

2 1,379m2 2,174m 1,379m2 2,174m2

Area_individual block Area_individual block 0

Office: 15,000 m2 Office: 15,000 m2

2 1,330m2 2,100m 1,330m2 2,100m2

876m2 2 1,386m2 2 876m 1,386m

Bloor st.

Bloor st.

tree tree condition condition 54% 54% of of good good

Community: 10,000 m2 Community: 10,000 m2

Recreation: 10,000 10,000m m22 Recreation:

2,626m2 2 2,626m

Park: 56,094 56,094 m m22 (proposed) (proposed) Park:

1,276m2 2 1,276m

Parking: 1600 1600 space space Parking: (underground) (underground) Institution: 30,300 30,300 m m22 Institution: canopy canopycoverage coverage of of the the park park 43%

Area_individualblock block Area_individual

N

100m100m

revitalizing block

0 0

100m 100m

N N

Dufferin st.

Dufferin st.

2,822m2 2,822m2

a la Nolli plans

B

B

N

SITE PLAN

0

100m

SECTION

revitalizing block

15

2nd floor plan 1:8000

3rd floor plan 1:8000 Commercial Residencial

6th floor plan 1:8000

16

revitalizing block

9th floor plan 1:8000

(Up) Relationship between street connection, Canopy, and building.

(Middle) Building elevation from Dufferin Street.

Park Relations with building

revitalizing block

17

(Up) Canopy (Middle) Shopping mall and Residence in the Park

Park Relations with building (after 10 years)

18

revitalizing block

Water Purification Tower

Future Prentice, Chicago Prize Competition Chongwoo Shin Sangwook Park Jin soo Baek

program water purification lab year 2012 site location Chicago, IL, USA structure concrete site area 31,600 m2 material concrete ,glass maximum building height 57m type of project Chicago Prize Competition

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 wa-

The

main concept of our design is to

bring together the grey water from the neighboring buildings and to cre-

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

through an appropriate filtration pro-

and to store and transport it back

cess.

the community.

ate a facility that can serve not only

ter, grey water can be recycled and

reused fairly easily after having gone

a pivotal role in water recycling for

the grey water produced in the area, into the city.

With this newly instilled

purpose to a building currently with no specific use, the former

Women’s

Prentice

hospital will no doubt serve

water purification tower

19

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 Rehabilitation Institute of Chicago

Inpatient beds 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:

Grey water

617,440 LITER/DAY. MAXIMUM CAPACITY OF PATIENT: 3,276 BEDS

70% of water use

Black water

20

water purification tower

30%

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

All

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

to purify

site B Sediment process

Diagram for water purification through hydrophytes plants

water purification tower

21

Entire water purification system

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

in site B

Sediment

The grey water from the nearby build-

distinct function in decontamination.

the structure, where it goes through

floors, the more filtered it becomes;

ings is collected in the lower levels of the initial process of sedimentation.

During

this process, the suspended

solids settle down in the water under the influence of gravity.

The

sol-

ids 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.

Subse-

quently, 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 vari-

ous aquatic plants that each serves a

22

water purification tower

As

the water travels through more

once it reaches the lower levels, the water will then be stored and transported for immediate usage.

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

Reed

Scirpus triqueter

1. Reed 2. Alisma 3. Iris 4. Hydrocharis 5. Hyacinth 6. Lemnaceae 7. Thunbergii 8. Thypha orientalis 9. Javan Waterdrop 10. Lotus 11. Hydrilla verticila 12. Mentha arvensi 13. Hornwort 14. Ottelia alismoid 15. Hydrocharis asi 16. Isoetes coreana 17. Bur reed 18. Phragmites japo 19. Scirpus triquete 20. Potamogeton p

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 Theate 22. Gym 23. Sediment proce 24. Pool 25. Cafe 26. Restaurant 27. Library 28. Gallery 29. Conference roo

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.

Outdoor theater

SiteB

0

50ft

water purification tower

23

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

24

water purification tower

50ft

(Up) Inside of Tower (Middle) Purified water used for swimming Pool (Bottom) Site B is using for secondary purification system as a public open space.

People can observe the

process of purification

00000

water purification tower

25

Parametric Fab Lab Dongdae-moon Design Plaza Chongwoo Shin Sangwook Park

program children’s fab lab year 2013 site location Seoul, KOREA structure steel frame with concrete site area 65,000 m2 material concrete ,steel, aluminium maximum building height 34m type of project local competition

This

from

competition is a program design

Seoul Design Organization. The

first place of this competition is going

Zaha Hadid’s Dongdae-moon Design Plaza. We got 3rd place for the final. We propose to design a Children’s fabrication lab. 3D printing to built in

technologies and skill is now using in everywhare in our society.

It

would

be great if our youth age children learned how it works.

There were two

stages in competition which jury pick

3 best and pick final one in 2nd place.

26

fab lab

Program in the area is chosen for children’s pre-school STEAM program with fab lab(3d print, laser cut, etc). Children starts to play around the area with variety volume. Explore, building the material, role play on their fab lab, and finally exhibition of their work. These will provide chil-

dren to think and tell their infinite creative idea with expressing fresh and pure approach.

On

this design, each fabrication area

is a strory telling space. all the other space will be filled with pre-school

STEAM

program for play.

row space between

STEAM

The

nar-

program

and fabrication, it will produce a circulation of path that represents play free.

play

pre school

STEAM

fabrication

program for play

free of movement, tools and space

active program for inventive thought

future generation design tool experience

fab lab

27

11.

9.

7.

8.

12.

13.

6.

5.

4.

10.

3.

2.

14.

1.

16.

15.

N

plan 1:500

1. Fab play - material room 2. Fab play - light design 3. STEAM class - tasty design 4. STEAM class - scent design 5. Fab play - tall design 6. Fab play - fast design 7. Fab play - tall design 8. STEAM class - sound design 9. Fab play - clean design 10. STEAM class - walking design

28

fab lab

11. STEAM class - shiny design 12. storage 13. art shop 14. Fab lab 15. reception desk 16. lounge 17. management office

17.

circulation digagram

Fab.Play

STEAM class

Fab.Play

Fab.Play Fab.Play STEAM class STEAM class STEAM class

Mezzanine STEAM class Storage wall Fab.Play

Rest area

Fab.Lab Fab.Play

sec

tio

Art Shop

Ticket Bo

oth

nl in

e

Office

Group General-Individual Staff

Separate path

section elevation

1:500

fab lab

29

play design- space for creativity

30

fab lab

fab play- space for design

fab lab

31

STEAM class - space for learning

32

fab lab

fab lab

- space for reality

fab lab

33

lounge

34

fab lab

- resting area for parents

art shop

- memory of recollection

fab lab

35

Circle Pavilion Parametric Design Chongwoo Shin

program pavilion year 2014 site location interior installation, N/A structure bolt connection site area 15m2 material plastic maximum building height 12m type of project M.Arch 3yr / school project

The

circle pavilion is designed for in-

terior installation. the size is only

3m. It The idea by

is fit for

3-4

people

of circle packing is coming

from my previous project tive

5m inside.

“Performa-

Lantern.“ This Breathing

lantern

has been applied arduino system to control the light brightness. It provides a feeling of breathing light.

The 1 way corrugated card board to penetrate lighte only 1 direction. this idea of 1way penetratin g light bought me to use circle to cylinder. lantern was made by

36

circle pavilion

In

side of

Circle Pavilion,

each cylyn-

It

will produce fantastic light shed

der(circle) point to different angle. inside.

Circle packing is designed by Grass Hopper Visual Basic script to applied 2D surface. And from this algorithm, tweak to change to apply on 3d surface.

The form was created by Grass Hopper Kangaroo, basic physic form making software. After form making, circle packing was applied on the form.

The

problems of this project are:

1.

number of circle is limited(computer

freeze when number of circle is increased),

2. connection of each circle

needs to be impoved(for perfect interconnected surface).

Basic

study of circle packing.

Apply

script, it will change the sizes, numbers, arrangement, and characteristics.

circle count 625 reactor point 0

circle count 625 reactor point 4

Using Grass Hopper Visual Basice,

circle packing script has been written and used with setting point and surface. It is possible to change number

of circles, different size of circles, and anchorpoints.

circle pavilion

37

previous project

- breathing lantern

BREATHING INTERNAL CORE

VOID

38

circle pavilion

Elevation view of Circle Pavilion (Photo) This one image explain all about this project and pavilion design. This phisical model represents the light penetration through each cylinder and producing astonishing shadow on the ground. Funnel is supporting all the pavilion. This funnel idea is also continues from the previous lantern project. Not only the dramatic mood but also interesting motion.

There are some connections which previous lantern project effect on Circle Pavilion (study of light penetration). the 1 way light penetrate from lantern is developed to various way on Circle Pavilion. Solid and Void idea from the lantern project, it also shows on Circle Pavilion through thickness of each cylinder.

There is various type of cylinders has been used in Circle Pavilion.

basic type

basic type

type 1

type 1

basic type

basic type

type 1

type 1

type 2

type 2

type 3

type 3

type 2

type 2

type 3

type 3

circle pavilion

39

40

circle pavilion

r

anchor point line

draws people in towards the center

vortex inside the area

random point on surface

support layer

paper

paper

cardboard

cardboard

layer

multiple cylinder

support layer

multiple cylinder

hanging chain force applied to circle

circle packing algorithm

one way void space/structure aperature

circle to extrude

circulation

cylinders to thicken

one way void space/structure aperature

stacked cylinder with hexgonal shape

stacked cylinder with hexgonal shape

idea of circle packing

idea of circle packing

circle pavilion

41

5m

3m

elevation

plan

section 1:1

1. SMALL SCALE(PAVILION) 2. MIND TO BUILD IN REAL SCALE 3. RELATIONSHIP OF FUNNEL

section

project _01 lantern section 1:1

punched hole

42

circle pavilion

bolt connection

Circle Pavilion Funnel Various circles are collected ate standing by it self.

to cre-

circle pavilion

43

Contact

#2505 770 Bay St. Toronto Ontario Canada M5G 0A6 Mobile: 1 647 970 7570 shinchongwoo@hotmail.com