portfolio - Yoon Kyoung Hong

-O P )– MA ZIE VAU G

HO

TE TA N 9S 1 0 2 IDS HO RIZON (CO-O P) – SIC KK 2019 STA NT EC O C (C

N CKE N HA SPI

TA L

2019 A RC H IT E CTURA 20 L STUD 19 IO 3 – W AR 20 OODEN C HIT 20 STRUC EC TURE F AR TU O R M IX CH E D-U S E RA LS D E V E LO IT TU EC PMENT D P ROJEC TU IO T 3– RA SU LS STA TU I N DI AB O LE 4 BU – ILD ST ING EE PR LS OJ TR EC UC T( BIC TU YC RE LE CY W CL AR IST EH ST OP OU ) SE PR OJ EC T A 2011

2015 C 20 17 P

OO M

C

EC

R

IO N

TU

OMP E T IT AR

HI T

WO R

K–

URB AN ST AN

RE

TI

TE

A

R EG C (

EC

ENER

LL VI ER OW FL T( EC OJ PR N LA RP TE AS –M A) RE KO E( UR CT N ITE D ES IG CH OUSE AR ER H N TA IN OM – CO PO D IO 1 17 L STU 20 TURA IT EC A RC H 2019

E( KO

)–

EN

OJ

AT IO CO -

IF

F

IB

IT

IO

NT

N-

CU

U LT

RE

OP )

S)

IT

IE

S)

IO NC U LT UR

IL

AT

C FA

DUC

ON

C T (E

LO

N PR OJ E

H EX T( EC OJ PR ON TI RA NE GE RE AN RB N -U 4 SIG O DE DI RY RA TU LIB LS 5– RA IO TU UD ST EC IT AL UR CH CT AR ITE S IG N 13 CH ONT DE 20 3 A R AT E R F R 1 ORK – W 20 T IO N W R A D UA 2014 G

2012 COMPETITION WORK – URBAN REGENERATION PROJECT (YOUTH SPACE DESIGN) 201 2 CO MPE 201 TITI 2A ON RC WO HIT RK – EC TRA TU DIT RA ION LS AL K TU ORE DIO A N3– STY LE H UN OUS IVE E RS I TY DO RM I TO RY DE SIG N RE A

SI D

LP R

TS (3 D

ER E

CA TI

E FA C IL

IT IES

)

architectural technician portfolio

Hong Yoon Kyoung

DIO

STU

RAL

CTU ITE RC H

IGN

D ES

EUM

US 2–M

–A N IS

2019 A R C H IT EC TU R A L ST U 2 D 0 IO 1 2 – 9 ST WO O D EN 20 AN R ES ID EN 19 T EC TI A L PRO JEC T (C O -O

HI NA B

P) –

EK

B RO

HE

C

AL TH CA

KVI LLE

RE

HO SPI TA L

AG E)

-O P )– MA ZIE VAU G

HO

TE TA N 9S 1 0 2 IDS HO RIZON (CO-O P) – SIC KK 2019 STA NT EC O C (C

N CKE N HA SPI

TA L

2019 A RC H IT E CTURA 20 L STUD 19 IO 3 – W AR 20 OODEN C HIT 20 STRUC EC TURE F AR TU O R M IX CH E D-U S E RA LS D E V E LO IT TU EC PMENT D P ROJEC TU IO T 3– RA SU LS STA TU I N DI AB O LE 4 BU – ILD ST ING EE PR LS OJ TR EC UC T( BIC TU YC RE LE CY W CL AR IST EH ST OP OU ) SE PR OJ EC T A 2011

DIO

STU

RAL

CTU ITE RC H

IGN

D ES

EUM

US 2–M

C

R

IO N

TU

OMP E T IT AR

EC

WO R

K–

)–

ST AN

RE

EN

TI

TE

A

R EG C (

OJ

EC

ENER

LL VI ER OW FL T( EC OJ PR N LA RP TE AS –M A) RE KO E( UR CT N ITE D ES IG CH OUSE AR ER H N TA IN OM – CO PO D IO 1 17 L STU 20 TURA IT EC A RC H 2019

E( KO

RE A

SI D

LP R

CO -

IF

AT IO

TS (3 D

F

IB

ER E

IT

IO

NT

N-

CU

RE

OP )

ON

S)

IT

IE

S)

IO NC U LT UR

IL

AT

C FA

DUC

U LT

CA TI

C T (E

LO

N PR OJ E

H EX T( EC OJ PR ON TI RA NE GE RE AN RB N -U 4 SIG O DE DI RY RA TU LIB LS 5– RA IO TU UD ST EC IT AL UR CH CT AR ITE S IG N 13 CH ONT DE 20 3 A R AT E R F R 1 ORK – W 20 T IO N W R A D UA 2014 G 2015 C 20 17 P

OO M

HI T

URB AN

2012 COMPETITION WORK – URBAN REGENERATION PROJECT (YOUTH SPACE DESIGN) 201 2 CO MPE 201 TITI 2A ON RC WO HIT RK – EC TRA TU DIT RA ION LS AL K TU ORE DIO A N3– STY LE H UN OUS IVE E RS I TY DO RM I TO RY DE SIG N

E FA C IL

IT IES

)

architectural technician portfolio

Hong Yoon Kyoung

01 –A N IS

2019 A R C H IT EC TU R A L ST U 2 D 0 IO 1 2 – 9 ST WO O D EN 20 AN R ES ID EN 19 T EC TI A L PRO JEC T (C O -O

HI NA B

P) –

EK

B RO

HE

C

AL TH CA

KVI LLE

RE

HO SPI TA L

AG E)

02

Hong Yoon Kyoung Architecture Technician CONTACT Phone : +1(437)-226-6347 E-mail : hyk6785@gmail.com Address :1570 Bathurst St, York, ON, TORONTO Social : www.linkedin.com/in/yoon6785

PROFILE As an architectural designer with over two years of experience in the field, a strong passion and appreciation of design, research and detail. I am interested in projects that require conceptual and analytical thinking. I am always eager to learn more tricks from anyone regardless of the industry they’re working in.

EDUCATION Architecture technician diploma George Brown College (Toronto)

Bachelor’s degree in Architecture Incheon National University (South Korea)

Sep 2018 – Apr 2020

Mar 2011- Apr 2016

EMPLOYMENT Building Technology Co-op Student STANTEC Inc. (Toronto)

Apr2019 - Aug2019

Architectural designer POOM Architectural Design Office(South Korea)

Jan 2017- Aug2018

Internship architecture student VINE Architectural Design Office (South Korea)

Mar2013 – Sep 2013

AWARDS IFEZ urban design (South Korea) Incheon Free Economic Zone(IFEZ) student competition » Awarded the “first grand prize”

2016

Modern Hanok design (South Korea) 4th Modern Hanok design international competition » Awarded the “Special selection prize”

2014

03

04

Content Selected work from 2012-2020 2018-2020

COLLEGE PROJECTS

01

Farmer's Market Design Project

02

Sustainable Design Project

03

Wooden Residential Project

04

Wooden Structure Project

WAVING MARKET THE WAY FOR ALL

THE PRESENT HOME THE mixed-use development project

p.08 p.14 p.22 p.34

2012-2014

UNIVERSITY PROJECTS

05 06

Graduation Project

OPEN THE BREATH

p.44

competition Project

A PEACEFUL TOWNHOUSE

p.56

2016-2018

PROFESSIONAL & PERSONAL PROJECTS

07 08

Professional Project

POOM COMPANY

p.66

SOUTH AMERICA TRAVEL

p.76

Personal Project

05

O

I

TU

P E T IT IO

CH

M

AR

2015 CO 20 17 P

OM

TE C

NW

ORK

EA

)

– UR

EC T ROJ

S A RAL CTU 20 HITE 20 C R A 2020

IO TUD

E R'S

ARM 4–F

T

P) – MA C AU IE V GH

T EC TA N 9S 201 IDS HO RIZON (CO-O P) – SIC KK 2019 STA NT EC -O (C O

Z KEN H AN

OS AL PIT

2019 A RC H IT E CTURA 20 L STUD 19 IO 3 – W AR OODEN CH STRUC ITE TURE F CT O R M IX UR E D-U S E AL D E V E LO ST PMENT UD P ROJEC IO T 3– SU STA INA BL EB UIL DIN GP RO J EC T( BIC YC LE CY CL IST ST OP )

K MAR

ET P

T

–

ST

E AR W

RE

TU

C RU

EL

E ST

4

O

I UD

LS

A UR

EC

IT

H RC

ST AN

DE

N

BA N RE TE

RO

C (

JE

GEN

LL VI ER OW FL T( EC OJ PR N LA RP TE AS –M A) RE KO E( UR CT N ITE D ES IG CH OUSE AR ER H N TA IN OM – CO PO D IO 1 17 L STU 20 TURA IT EC A RC H 2019

RE

(K OR

SI

LP

IF

IO N

(3 D

E R AT

IT

CO -

EN

IO

N-

TL

U LT

OP )

S)

C FA

IL

IE

N

IT

C AT IO

RE

ON

(E D U

CU

ROJ E CT

IB

P

H EX T( EC OJ PR ON TI RA NE GE RE AN RB N -U 4 SIG O DE DI RY RA TU LIB LS 5– RA DIO TU TU EC LS IT RA CH TU EC AR T I S IG N 13 CH ONT DE 20 3 A R AT E R F R 1 ORK – W 20 T IO N W R A D UA 2014 G

2012 COMPETITION WORK – URBAN REGENERATION PROJECT (YOUTH SPACE DESIGN) 201 2 CO MPE 201 TITI 2A ON RC WO HIT RK – EC TRA TU DIT RA ION LS AL K TU ORE DIO A N3– STY LE H UN OUS IVE E RS I TY DO RM I TO RY DE SIG N –R E

TI A

CT S

FE R

OC AT I

S)

-C U L TUR

E FA

C IL IT

–A N

2019 A R C H IT EC TU R A L ST U 2 D 0 IO 1 2 – 9 ST WO O D EN 20 AN R ES ID EN 19 T EC TI A L PRO JEC T (C O -O

IES)

IS HI NA B

P) –

EK

B RO

HE

C

AL TH CA

KVI LLE HO SPI

AG

06

E US HO

CT JE O PR

RE

TA L

E)

2018-2020

COLLEGE PROJECTS

01

Farmer's Market Design Project

02

Sustainable Design Project

03

Wooden Residential Project

04

Wooden Structure Project

WAVING MARKET

THE WAY FOR ALL

THE PRESENT HOME

THE MIXED-USE DEVELOPMENT PROJECT

p.08

p.14

p.22

p.34

07

FARMER'S MARKET design project

WAVING MARKET STUDIO & PERIOD: ARCHITECTURAL STUDIO 4 INSTRUCTOR: GIANNI REGINA, BRENTWOOD JOLLEY DESIGN & PRODUCTION: YOON KYOUNG HONG, KYU TAE KIM PROJECT DESCRIPTION: This proposed building is inspired by vendor’s temporary tent stall. Specifically, The initial concept of this proposed building is from a shape of waving tent. So, this concept has been applied to the main structure. It presents the dynamic and spectacular looks of building. Hopefully, this eye-catching building would be a landmark in Etobicoke to revive the city.

This structure covers a big space for a farmer’s market. Plus, there is more chance to do a flexible and lightweight design. It features multiple peaks and looks like a shape of the structure of tent so that this building looks like a giant tent-like steel structure. Basically, It is a tensile structure with cables and net steel structure.

There are many poles around the building to support the structure.

This covered roof decreases operational energy, integrates multiple building systems, and increases the chance of a long service life.

08

09

SITE ANALYSIS

3D VIEW

TRAFFIC & CIRCULATION ANALYSIS EXISTING & PROPOSED BUILDING ANALYSIS Highways

Arterial

Minor Roads

PATHS AND WALKWAYS Main Path

Walkways

SITE PLAN 1. DEMENTIA VILLAGE 2. PARKING 3. COMMUNITY THEATER 4. EXISTING BUILDING 5. FARMER'S MARKET 6. PROPOSED BUILDING 7. UNLOADING LOADING AREA 8. UNDERGROUND PARKING

10

1. Proposed Area 2. Exising Building 3. New Building

LANDSCAPE ANALYSIS Landsacpe

INTERIOR 3D PERSPECTIVE VIEW VIEW CUT WHICH SHOWS FOOD COURT IN ENCLOSED VENDOR STORES

FLOOR PLAN FIRST FLOOR

SECOND FLOOR

11

ELEVATION

STRUCTURE 1. A Layer of plexiglas

NORTH ELEVATION

2. Roof Steel Structure 3. Steel Column 4. Integrated Structure

SOUTH ELEVATION

EAST ELEVATION

WEST ELEVATION

12

MATERIALS & DETAIL

Exterior materials

SOLAR SHINGLES

It is a roof shingle with function of converting the sunshine to electrical power. SolarShingles are electrically connected each other on roof to converge the generated power which can be consumed in house or fed it into public grid.

Exterior materials

PLEXIGLAS® GS SHEETS

It is colored a light gray for better protection against the sun. In other words, Acrylic substrate with Conservation Grade protection against 98& of harmful indoor and outdoor UV light rays. This material will be applied to enclosed farmer’s market area as a roof.

SECTION & DETAIL ANCHOR PILE 1. WASH STATION 2. TEACHING KITCHEN 3. SEATING AREA 4. VENDOR STORE

STEEL CABLE

1. FARMER’S MARKET 2. STAIR CASE 3. SECURITY ROOM 4. UTILITY ROOM 5. MEETING ROOM

13

14

Sustainable Design Project

THE WAY FOR ALL STUDIO & PERIOD : ARCHITECTURAL TECHNOLOGY AND STUDIO3 INSTRUCTOR : PIETRO FERRARI, TRACEY LOSTON DESIGN & PRODUCTION :INDIVIDUAL WORK PROJECT DESCRIPTION: This was an individual project for the Architecture Studio 3 course. I designed the schematics and conducted site analysis considering sustainability and green building principles. The site is located at the intersection of Davenport road and Bathurst Street, Toronto. It was designed as a temporary rest and regenerative stop for tired urban cyclists that also provides facilities to repair and tune their bicycles as they travel along the newly proposed dedicated bike lanes.

I designed a bicycle path that connects to the public transportation and the bike share stop to encourage access. A mass study was conducted in consideration of natural light, wind and plant life. The rooms were designed for maximum size to meet the client demand. Through the main entrance, the east side of the building has a public space with a workshop and a common area. The west side has two bedrooms with privacy. The public toilet was designed applying universal design principles and it is accessible to all users. The entire building applies passive and various eco-friendly design elements to save energy. The Building integrates a high performance Low-E glass, solar energy, a grey water system and a green faรงade.

Among them, the water storage, which is produced by ACO company, collects water from higher parts of the property and uses it for washroom. Also, the live wall will provide shade throughout the summer.

15

SITE PLAN

SUB ENTRANCE

PRIVATE YARD ENTRANCE

SIDE WALK

DAVENPORT RD

DESIGN CONCEPT SITE ANALYSIS TOPOGRAPHY

GREEN (TREE)

WIND AND SUN PATH

There is strong slop existing in the site with 4m, as well as site has hill from the north

Site has a plenty of various species of trees and full of nature resource.

There are opportunities to use solar and wind energy however, need to concern about shade from tree.

MASS STUDY

16

STEP1

STEP2

STEP3

STEP4

The requirement size of building 65m²

Divide space into public and private space

Irregular shape of roof for solar panel and water collect.

The requirement size of building 65m²

BIKE SHARE TORONTO

BICYLE PARK TH BIKE PA

T S T S R BATHU

BIKE PATH

TOLLKEEPERS’ COTTAGE MUSEUM

SIDE WALK

FLOOR PLAN PROGRAMS PRIVET PUBLIC SERVICE AREA CORRIDOR ENTRANCE

SPACE AREA SPACE SLEEP ROOM-1 SLEEP ROOM-2 WASHROOM-1 WASHROOM-2 WORK SHOP COMMON AREA UTILITY ROOM KITCHEN VESTIBULE STORAGE LOBBY T0TAL

REQUIRE

PORPOSE

9.29 m² 9.29 m² 5.57 m² 5.57 m² 9.29 m² 9.29 m² 5.1 m² 2.32 m² 2.78 m² 0.92 m² 5.57 m² 65.03 m²

8 m² 8 m² 4 m² 4 m² 11 m² 11 m² 4 m² 2 m² 2 m² 1 m² 6 m² 69 m²

17

SUSTAINABILITY ELEMENTS SUSTAINABILITY INTEGRATION: BUILDING SYSTEMS & UTILITIES The building design as a passive house which is naturally warmer in winter and more comfortable during all seasons. thus, client can save up to 65- 90% heating energy and energy cost. this building is integrated into energy efficiency with nature sunlight, high quality windows and insulation, ventilation system with heating and recovery and solar shingle. therefore, the building will well performance, function and economic.

LOW E GLASS WINDOW

NATURAL VENTILATION

The Low-E coating reflects heat back to its source so it helps your home stay cooler in the summer and warmer in the winter.

process of supplying air to and removing air from an indoor space without using mechanical systems as a result of pressure differences arising from natural forces.

INSULATION USING insulation values of R28.5 or higher for walls and R53 or higher for roofs are well above code

RAIN WATER HARVESTING ACO StormBrixx: a technique of collection and storage of rainwater into natural reservoirs or tanks, or the infiltration of surface water into subsurface aquifers

SOLAR SHINGLES

GRAY WATER

SolarShingle is a roof shingle with function of converting the sunshine to electrical power. SolarShingles are electrically connected each other on roof to converge the generated power which can be consumed in house or fed it into public grid.

GREEN faรงades Temperature Reduction greenery is protected from intense solar radiation in summer and can reflect or absorb in its leaf cover between 40% and 80% of the received radiation

Water from showers, bathtubs and bathroom sinks in building. Properly treated this water can now be recycled and reused for landscape irrigation and flushing toilets.

MATERIALS Wood products are locally produced. Floor and roof structures used pre-engineered timber I-joists and CLT panels supported on beams and ledgers on CLT walls.

ELEVATION PLAN NORTH ELEVATION

18

WEST ELEVATION

SECTION PLAN PASSIVE DESIGN SKYLIGHT

SOLAR SHINGLES

WINDOW

Roof window vent warm air in summer, and gain nature light in winter

Solar water heat collectors

Triple pane double low-E glazing window

2 GREEN WALL

1 WATER STOAGE

1

2

WATER STORAGE (ACO StormBrixx)

Designed for surface water infiltration and storage, its versatility allows it to be used in applications across all construction environments as a standalone solution or as part of an integrated sustainable urban drainage (LID) scheme

FINISHED ROAD SURFACE

6” (150MM) MINIMUM OF NATIVE BACKFILL

SUB BASE COVER DEPTH DETENTION INLET

36” (914MM)

LIVEWALL (GREEN WALL) SECTION

It is protected against the influence of the sun and the rain. for example, the shadow of the plant reduced the temperature fluctuation on the facade.

FURRING STRIP STANDARD SIZE PLANTER (WALLTER ) SPRAY NOZZLE OR DRIP

RAINRAIL

REAR FEED IRRIGATION ASSEMBLY SITS BETWEEN LIVEWALL & PROTECTIVE BACKING RECOMMENDED PROTECTIVE BACKING ATTACHED TO BUILDING WALL, MATERIAL SPECIFIED BY A/E

IMPERMEABLE GEOMEMBRANE 6” (150MM) MINIMUM OF NATIVE BACKFILL

UNDISTURBETD EARTH BASE OF EXCAVATION

SOUTH ELEVATION

SLOT RAIL(H-RAIL) BOTTOM OF THE FURRING STRIP AND RAINRAIL ARE FLUSH

EAST ELEVATION

19

BARRIER FREE WASHROOM ONTARIO BUILDING CODE 2012 By law, every doorway that is located in barrier free- path of travel shall have a clear width of not less than 850mm. To be barrier free, at least one water closet stall shall be at least 1500mm in width by 1500mm in depth. Also, have a water closet located so that its centerline is not less than 460mm and not more than 480 mm from an adjacent side wall on one side. be equipped with grab bars that shall be at least 760 mm in length and mounted at a 30° to 50° angle sloping upwards, away from the water closet with the lower end of the bar mounted 750 mm to 900 mm above the floor. when a toilet paper dispenser is provided, provide a dispenser that is wall mounted, located below the grab bar, in line with or not more than 300 mm in front of the toilet seat

20

LEVEL 1

ELEVATION A106 -1

LEVEL 1

ELEVATION A106 -2

LEVEL 1

ELEVATION A106 -4

LEVEL 1

ELEVATION A106 -3

21

wooden residential project

THE PRESENT HOME STUDIO & PERIOD: ARCHITECTURAL STUDIO 2 INSTRUCTOR: GIANNI REGINA, BARBORA VOKAC‐TAYLOR DESIGN & PRODUCTION: YOON KYOUNG HONG (PROJECT LEADER),

KYU TAE KIM PROJECT DESCRIPTION: The project utilizes conventional wood light-frame as a major component. The team worked within a simulated architectural office environment to create and present conceptual design and construction documents. This project follows industry standards for single family dwellings and complies with applicable zoning by laws and Ontario building Code requirements. As the team manager, I examined and practiced architectural design theory and applied related architectural technology and engineering principles.

The client has a wife, three children and a dog. The family is active, entertaining and energetic. In addition, they are into outdoor activities. The back yard connects to the kitchen and the dining room, and it will be the activity area for the family. In addition, I designed not only a high-end house but also a low-maintenance building by applying sustainable design elements. It was designed as a traditional house with a majestic façade. We propose ‘PRESENT HOME’ as pleasing and entertaining spaces for the family. I hope that the family can spend more of their time together in the house.

22

23

SITE PLAN

SITE STATISTICS

24

BASEMENT PLAN Basement has walk-out door so that guest or family member are free to go in and out. Also, there is future recreational area for entertainment as well as multi theater room. So, This basement will be the center of family’s indoor activities space.

25

FIRST FLOOR PLAN Main entrance and staircase are the center of house and easy to access other floors.

Kitchen has lots of storage and fancy interior design. There is a foldable door in dining area so that residents can enjoy their outdoor activities.

26

WEST ELEVATION

SOUTH ELEVATION

27

SECOND FLOOR Bacony is the point of second floor plan so that family members can enjoy the view of front yard. Three bedrooms have built-in closet and similar size. In addition, master-bedroom and three bedroom have different human traffic to get own privacy.

28

NORTH ELEVATION

EAST ELEVATION

29

SECTION DETAIL

SUSTAINABLE DESIGN

In order to reduce the energy consumption, we propose the passive design which is Low-E glass.

In addtion, we suggest to use greywater from house. So, it can be eco-friendly house and reduce the energy by doing those designs.

# MATERIAL

General materials on exterior wall in order to get it at low cost.

# LOW - E GLASS

# GREY WATER

Greywater makes up about 65% of the total wastewater produced by that household

30

SECTION A-A

SECTION B-B

31

3D ARCHITECTURAL PRINTING There are several benefits of 3d printing models for the architecture. 3d model is used for visualization of our models. Also, it allows me to make my ideas more tangible. A 3d printed scale will give colleagues and clients a better understanding of my ideas. As well as it takes less time to make a 3d printing model in comparison with physical model.

32

33

Wooden Structure Project

THE MIXED-USE DEVELOPMENT PROJECT STUDIO & PERIOD : ARCHITECTURAL TECHNOLOGY AND STUDIO3 INSTRUCTOR : PIETRO FERRARI, TRACEY LOSTON DESIGN & PRODUCTION : YOON KYOUNG HONG (PROJECT LEADER),

JOSHUA DE GUZMAN, LAURA BATISTA, KYU TAE KIM PROJECT DESCRIPTION: The project required an engineered floor framing system, a wood stud construction, as well as steel beams and columns. All the drawings were completed accurately to meet Ontario building Code requirements, which are: major occupancy, occupant load and fire separation. Lastly, project had to be done by a group of four students. As the group project’s leader, I had to organize the full set of construction drawings as per industry standards.

In this project, I was a group project coordinator, solving problems and making important decisions with project members. At the beginning of the project, I created meeting minutes and a project schedule which helped my group members to understand and follow them efficiently. Moreover, I designed drafts and organized all the drawings including grids, stair cases, walls and materials, and the height of the floor. We discussed about the project twice a week, so we could prepare what we needed to do next and what our goal was. Also, all the assignments were submitted before due date and achieved the highest marks.

34

35

SITE PLAN

LIST OF DRAWING

FINAL CONSTRUCTION DRAWING LOCATION: DUPONT ST AT BATHURST ST PROJECT INFORMATION A-1.0: COVER SHEET A-1.1: ONTARIO BUILDING CODE INFORMATION SHEET A-1.2: SITE PLAN & PROJECT STATISTICS FLOOR PLANS FLOOR PLANS A-2.0: PARKING LEVEL 1 PLAN (P1) A-2.1: GROUND FLOOR PLAN A-2.2: SECOND FLOOR PLAN A-2.3 THIRD FLOOR PLAN A-2.4 ROOF PLAN ELEVATIONS A-3.0: SOUTH, NORTH ELEVATION A-3.1: EAST, WEST ELEVATION BUILDING SECTIONS A-4.0: LONGITUDINAL BUILDING SECTION 1,2 A-4.1: TRANSVERSAL BUILDING SECTION 1,2

36

WALL SECTIONS A-5.0: WALL SECTION 1 A-5.1: WALL SECTION 2 A-5.2: WALL SECTION 3 A-5.3: WALL SECTION 4 DETAILS A-6.0: PLAN DETAILS 1,2 A-6.1: PLAN DETAILS 3,4 A-6.2: PLAN DETAILS 5,6 A-6.3: PLAN DETAILS 7,8 A-6.4: SECTION DETAILS 1,2,3,4 A-6.5: SECTION DETAILS 5,6,7,8 FRAMING PLANS S-1.0: GROUND FLOOR FRAMING PLAN S-1.1: SECOND FLOOR FRAMING PLAN S-1.2: THIRD FLOOR FRAMING PLAN S-1.3: ROOF FRAMING PLAN

A-2.1: GROUND FLOOR PLAN

A-2.2: SECOND FLOOR PLAN

37

A-4.0: LONGITUDINAL BUILDING SECTION 1

A-4.0: LONGITUDINAL BUILDING SECTION 2

A-3.1: EAST ELEVATION

38

A-5.0: WALL SECTION 1

FLOOR AND WALL TYPE - DETAIL

39

A-6.0: PLAN DETAILS 1,2

A-6.4: SECTION DETAILS 1,2,3,4

40

S-1.0: GROUND FLOOR FRAMING PLAN

S-1.1: SECOND FLOOR FRAMING PLAN

41

O

I

TU

P E T IT IO

CH

M

AR

2015 CO 20 17 P

OM

TE C

NW

ORK

EA

)

– UR

P) – MA C AU IE V GH

OS AL PIT

2019 A RC H IT E CTURA 20 L STUD 19 IO 3 – W AR 20 OODEN C H 20 STRUC ITE TURE F AR CT O R M IX UR CH E D-U S E AL D E V E LO IT ST EC PMENT UD P ROJEC TU IO T 3 RA – SU LS S TA TU INA DI BL O EB 4 UIL – ST DIN EE GP LS RO TR J EC UC T( BIC TU YC RE LE CY W CL AR IST EH ST OP OU ) SE PR OJ EC T

-O (C O

Z KEN H AN

T EC TA N 9S 201 IDS HO RIZON (CO-O P) – SIC KK 2019 STA NT EC

ST AN

DE

N

BA N RE TE

RO

E R AT C (

JE

GEN

LL VI ER OW FL T( EC OJ PR N LA RP TE AS –M A) RE KO E( UR CT N ITE D ES IG CH OUSE AR ER H N TA IN OM – CO PO D IO 1 17 L STU 20 TURA IT EC A RC H 2019

RE

(K OR

SI

LP

IF

IO N

(3 D

P

IT

CO -

EN

IO

N-

TL

U LT

OP )

S)

C FA

IL

IE

N

IT

C AT IO

RE

ON

(E D U

CU

ROJ E CT

B HI EX T( EC OJ PR ON TI RA NE GE RE AN RB N -U 4 SIG O DE DI RY RA TU LIB LS 5– RA DIO TU TU EC LS IT RA CH TU EC AR T I S IG N 13 CH ONT DE 20 3 A R AT E R F R 1 ORK – W 20 T IO N W R A D UA 2014 G

2012 COMPETITION WORK – URBAN REGENERATION PROJECT (YOUTH SPACE DESIGN) 201 2 CO MP 201 ETIT 2A ION RC WO HIT RK – EC TRA TU DIT RA ION LS AL K TU ORE DIO A N3– ST Y UN LE H IVE OUS RS I E TY DO RM I TO RY DE SIG N –R E

TI A

CT S

FE R

OC AT I

S)

-C U L TUR

E FA

C IL IT

–A N

2019 A R C H IT EC TU R A L ST U 2 D 0 IO 1 2 – 9 ST WO O D EN 20 AN R ES ID EN 19 T EC TI A L PRO JEC T (C O -O

IES)

IS HI NA B

P) –

EK

B RO

HE

C

AL TH CA

KVI LLE HO SPI

AG

42

A 2011

DIO

STU

RAL

CTU ITE RC H

IGN

D ES

EUM

US 2–M

RE

TA L

E)

2012-2014

UNIVERSITY PROJECTS

05 06

Graduation Project

OPEN THE BREATH

Competition Project

A PEACEFUL TOWNHOUSE

p. 44

p. 56

43

44

graduation project

OPEN THE BREATH STDIO & PERIOD: ARCHITECTURAL STUDIO 8 INSTUCTOR: PARK MI-JIN DESIGN & PRODUCTION: YOON KYOUNG HONG, HAN SANG MAN, KYUTAE KIM PROJECT DESCRIPTION: The architectural student competition’s purpose was to create attractive waterfront spaces and build a high quality urban waterfront in Incheon, South Korea. The IFEZ (Incheon Free Economic Zone) competition suggested three sites in the Songdo city district in Incheon. The competition theme was Creating, Regenerating and Healing the waterfront.

The Korean Coastal mudflats hold a rich ecosystem that has plants, animals and food for the local people. The Mudflats are significantly important habitats that support a huge number of birds and fish, they provide both feeding and resting area for wader and waterfowl and also act as a nursery area for flatfish.

Incheon is a famous city for its mudflats; however, it grew rapidly through urbanization. It was landfilled with concrete to expand the city territory, where massive building and industrial facilities were built on top of the mudflats. We proposed this project to inform and remind citizens of the history of the mudflats. Its main concept was based on the “crab breathing holes” found in the mudflat ecosystem. We would recover the existing mudflats and create various cultural places for locals; for example, we planned an archive to remember the mudflats in Incheon, an auditorium for citizen and visitors, and a park for an ecological experience of the mudflat.

Lastly, the landscape design plan included coastal plants to improve connection between the existing park and the proposed one.

45

LOCATION

SITE HISTORY & LSSUE

(400 X 33.7M) 2010.12

As time passes by, tideland of Song-do repeats the water reclamation and development. since then, it is gradually disappear.

Tideland Water reclamation

Yeonsu-gu, Incheon, South Korea

1985

1990

1995

2000

2005

2010

Before water reclamation

large scale water reclamation

2014

Tideland disappeared

46

Start of water reclamation

Continue expansion

up to this day

SITE HISTORY

This site is potential place that can be use for incheon residents. Casting Bed is the symbol of the development in Songdo. so, preserving the value of traditional is required. Moreover, we need to think again about how to protect cultural assets.

SCENARIO

Due to expansion of the landfill, threat of tideland ecosystem

As an international city, places to relax that it is available to everyone

Creation of Ecology Park with tideland ecosystem

Space Design balance between man and nature, and Urban Ecosystem

47

MASS STUDY First of all, Remove some part of existing casting bed. when we open the superstructure, we able to restore the mudflat. Moreover, we set up the skylight. It able to gain more natural light, so building can be save more energy. Lastly, we designed observation tower, gallery, culture space, exhibition and archive. All spaces will connect with bridge.

1. CASTING BED

4. SET UP THE SKYLIGHT

2. OPEN THE SUPERSTRUCTURE

3. RESTORING THE TIDELAND

5. SUBSTRUCTURE SPACE PLANNING

6. SUPERSTRUCTURE SPACE PLANNING

‘I REMEMBER THE SONGDO TIDELAND ’ Due to the town fast-growing economy and industrialization, the city developed rapidly. The tideland is currently enclosed in concrete, With the build of a new subway station, buildings and facilities.

We are proposing an initiative aimed at bringing the memories of tideland and waterfront to the resident.

SONGDO NEW CITY

PARK

CASTING BED

WESTERN SEA

landwash average sublittoral

FORESHORE ECOSYSTEM

48

SUBTIDAL

CONCEPT + Rias coast Introduce a irregular in a rias coast Utilize construction of casting bed CHINA BEFORE) FORMS ARE TEDIOUS AND LONGWINDED

THE WEST COAST

SOUTH KOREA

AFTER)

THE INTRODUCTION OF IRREGULARITY IN COAST

SPACE CONCEPT We designed the spaces depend on the floor level. In order to do so, we refer the figure of mudflat. The deepest mudflat has granule mud figure and vise versa. Top of the structure will be more active space where people can enjoy outdoor activities. Compare to superstructure, the bottom of the building will be non-movement space which is archive, exhibition hall and seminal room.

FLA T FO GRAVEL

STR

MUD

UC

SAND

AT R MUD

+ TYPE OF TIDELAND

RM

TU

RE

SAND

GRAVEL

GRANULE ← SIZE OF GRAIN → GRAIN 1 2 3

OXIDIZING ZONE

OX

IUM

I DA TIO

12 20

N-R

ED

UC

TIO

N

REDUCTION ZONE

THE SPACE CONCEPT IS FEATURES OF TIDELAND TYPES

49

USEAGE

PROGRAM

+ CULTURE A city vibrant with life support to creative activities

+ REST Shelters for local residents

50

+ PRESERVATION Preserving the history and the course one in there

+ WATERFRONT Program plans to take advantage of the sea

This project’s program is related with culture, preservation, rest, waterfront. We proposed this project to family, children, student and tourist so, users can enjoy various activities in these space.

PERFORMANCE + THE UPPER PART

Red & green street

Culture square

Observation platform

Stage

Archives

+ THE LOWER PART

Beach & Blue plaza

51

DETAIL PLAN Depends on the type of mudflat, there are different programs that people can enjoy. In mud tidal flat, it will be park for an ecological experience of mudflat. Also, mixed fidal flat, it is the part of landscape design plan included coastal plants to improve connection between the existing park and the proposed one. Lastly, gravel tidal flat, it will be archive to remember the mudflats in Incheon

1. Mud tidal flat

PROGRAM

52

2. Sand tidal flat

3. Mixed tidal flat

4. Gravel tidal flat

LANDSCAPE PLAN

Park

Dock

Nature Protection of salt plants and tideland Healing Rest area in the Urban

Harmony Flexible circulation with park

Buffer green

Road

Marsh Eco Park

Remember Planning the eco park and culture space

High-water level Mean-water level Low-water level 53

MAIN CROSS SECTION MODEL The section of the architecture model shows main space of this project. Most of main structure components were existing casting bed.

We designed sky light middle of the building it connected to bottom of mudflat where users can ecological experience of mudflat. The various floor levels can able to build more active and creative spaces. As well as all floor able to walk though ramps instead of staircase.

54

Scale : 1/100 detail model

55

Competition Project

A PEACEFUL TOWNHOUSE COMPETITION TITLE: CONTEMPORARY KOREAN TRADITIONAL HOUSE DESIGN COMPETITION COMPETITION ORGANIZATION: KSMH (MODERN KOREAN TRADITIONAL HOUSE ASSOCIATION) DESIGN & PRODUCTION: YOON KYOUNG HONG, HAN JONG HUN, HAN SANG MAN PROJECT DESCRIPTION: The Modern Korean House architectural competition held in 2013 aimed at raising the public’s awareness of traditional Korean architecture. Participants had to include elements of traditional Korean houses, ideas to modernize and develop them, and ways to streamline their construction.

The project site is located in Jong-lo, Seoul, South Korea, which is a low income residential area that has steep slopes. Jong-lo is surrounded by high rise buildings, urban concentration and has super density features, so there is no leisure and relaxation spaces for the locals. We proposed terrace houses using Han-ok (traditional Korean building style) for this area. This project suggested a new housing pattern for modern residents, who can relax and enjoy small activities at the garden with natural light, wind and fresh air.

56

57

SITE ANALYSIS

SITE PLAN

58

Located in South Korea

Soul which is Redevelopment Area

Surrounded with traditional palaces

The gap between highest spot and lowest spot is 20m

STEP1

STEP2

STEP3

STEP4

Placed building on excavated level

Divided the mass in to three layers

Match the gradient line

Divided the mass to gain nature light

3D VIEW & VIEW CUT

59

FLOOR PLAN

TERRACE HOUSE FIRST FLOOR

SECTION PLAN

60

TERRACE HOUSE SECOND FLOOR

FLOOR PLAN

MULTI UNIT DEWELLING FIRST FLOOR

MULTI UNIT DEWELLING SECOND FLOOR

61

MASS STUDY + TERRACE HOUSE

Create C shape mass

Overlap with multiple storages

+ MULTI UNIT DEWELLING

Make a space between storages

Create C shape mass

Place mass in to different directions

Insert atrium to middle of mass

DETAIL ELEMENTS + ATRIUM DESIGN

+ CHANGEABLE SPACE DESIGN

Design atrium can introduce nature sunlight into building. Residences can sit on the front yard to enjoy abundance of light.

Module design is able to create the space as a variableness. Multiple rooms with variable walls can be expanded according to the user’s life style. For example, user can expand their kitchen area and front yard.

+ PROTECT PRIVACY

+ ATTIC PLANNING

+ STORAGE PLANNING

Connected with han-nok fence because of privacy

Using a semi-fixed ladder, it increases space efficiency by utilizing space under the roof.

The lower floor space is used as a storage space.

ELEVATION PLAN

62

DETAIL ELEMENTS + YARD PLAN

+ STRUCTURAL ANALYSIS

wooden beams and columns

I enjoy leisure and play in the terraces.

wooen porch and Earth Brick Walls

Reinforced concrete bearing wall

+ INTERIOR WALL

+ FUNCTION OF EAVES

Inside walls are made of earth bricks.

It produces the effects of absorption/conservability, insulation, fire resistance, desorption and adsorbability

The eaves control the amount of sunlight to create a pleasant indoor environment.

Meridian Transit 77°

Meridian Transit 28° t ligh

un

S ect Dir

Residence can use courtyard as rest and house chose space

+ DAYLIGHTING ANALYSIS

+ CROSS VENTILATION

Most spaces recived direct and indirect light except for C(kitchen) and D(washroom)

Placed great hall on the central of the building. it able to vent courtyard and great hall efficiently.

A: great B: good C: bad D: worst

63

O

CT

P E T IT IO

CH

M

AR

2015 CO 20 17 P

OM

IT E

NW

ORK

EA

– UR

)–

P) – MA C AU IE V GH

OS AL PIT

2019 A RC H IT E CTURA 20 L STUD 19 IO 3 – W AR 20 OODEN C H 20 STRUC ITE TURE F AR CT O R M IX UR CH E D-U S E AL D E V E LO IT ST EC PMENT UD P ROJEC TU IO T 3 RA – SU LS S TA TU INA DI BL O EB 4 UIL – ST DIN EE GP LS RO TR J EC UC T( BIC TU YC RE LE CY W CL AR IST EH ST OP OU ) SE PR OJ EC T

-O (C O

Z KEN H AN

T EC TA N 9S 201 IDS HO RIZON (CO-O P) – SIC KK 2019 STA NT EC

ST AN

EN

T

BA N RE TE C (

OJ

GEN

V ER OW FL T( EC OJ PR N LA RP TE AS M )– EA OR (K RE TU EC N IT D ES IG CH OUSE AR ER H N TA IN OM – CO PO D IO 1 17 L STU 20 TURA IT EC A RC H 2019

UR

E( KO R

ID

PR

I

IO N

S( 3D

E R AT

IT

IO

CO -

RE

N-

NT

U LT

RE

C FA

OP )

S)

IL

IE

N

IT

C AT IO

ON

(E D U

CU

L

ROJ E CT

IB

P

H EX T( EC OJ PR ON TI RA NE GE RE AN RB N -U 4 SIG O DE DI RY RA TU LIB LS 5– RA DIO TU TU EC LS IT RA CH TU EC AR T I S IG N 13 CH ONT DE 20 3 A R AT E R F R 1 ORK – W 20 T IO N W R A D UA 2014 G

2012 COMPETITION WORK – URBAN REGENERATION PROJECT (YOUTH SPACE DESIGN) 201 2 CO MPE 201 TITI 2A ON RC WO HIT RK – EC TRA TU DIT RA ION LS AL K TU ORE DIO A N3– STY LE H UN OUS IVE E RS I TY DO RM I TO RY DE SIG N RE S

IA L

EC T

FF E

OC AT I

S)

-C U L TUR

E FA

C IL IT

–A N

2019 A R C H IT EC TU R A L ST U 2 D 0 IO 1 2 – 9 ST WO O D EN 20 AN R ES ID EN 19 T EC TI A L PRO JEC T (C O -O

IES)

IS HI NA B

P) –

EK

B RO

HE

C

AL TH CA

KVI LLE HO SPI

ILL AG

64

A 2011

DIO

STU

RAL

CTU ITE RC H

IGN

D ES

EUM

US 2–M

RE

TA L

E)

2016-2018

PROFESSIONAL&PERSONAL PROJECTS

07

Professional Project

08

Personal Project

POOM COMPANY

SOUTH AMERICA TRAVEL

p.66

p.76

65

66

Professional Project

POOM COMPANY COMPANY: POOM ARCHITECTURE COMPANY LOCATION: DONGJAK-DAERO 1-GIL, DONGJAK-GU, SEOUL, SOUTH KOREA ROLES OF PROJECT: INTERN ARCHITECT PROJECT DESCRIPTION: As an intern architectural designer, I worked POOM architecture company, South Korea for one year from January 2017 to August 2018. I was responsible for designing master plans of housing development with commercial and residential building according to traditional or modern and contemporary styles. I assisted with overall design process, created presentation graphics and drafted 2d drawing and created massing models.

My great attributes are my professional experience, attention to detail, and my ability to set team goals, see plans through to completion, analyze requirements and find solutions. Moreover, I am a proficient user of Revit, CAD, Photoshop, V-Ray and 3D modeling software, and I have the talent to express what I think using these programs.

67

SITE LOCATION The site is located in South Korea. International tourism complex, Pyeng-Taek Port will be built near the site. Moreover, residence can reach to An-jong station with 15minutes on foot.

68

SITE ANALYSIS The site located near the An-Jong City which has high school, public bus terminal, hospital and post office

ENVIRONMENTAL ANALYSIS Flower Village has natural elements around it, such as pine tree colonies, raeikrak and purple wild flowers.

69

FLOWER VILLAGE MASTER PLAN The master start from dividing 8 fields. The 3 commercial buildings are located near entry point for client demands. Last of houses are arranged along the low ramp so that each houses can get own open view. The laics and wild flowers scattered along the village, it gave the flower village identity.

70

PLAN A – SITE PLAN The house is divided into dynamic and static spaces. Small storage is placed close to the yard to minimize the movement. Small garden is designed considering with direction of sunlight, kitchen, and front yard.

PLAN A – MASS DESIGN The public space which great room, kitchen and dining area are located first floor. And private space is located in the second floor with master bedroom.

71

ENVIRONMENTAL ANALYSIS

DAYLIGHTING ANALYSIS

ECO-FRIENDLY ELEMENT

72

PLAN A – INTERIOR MATERIALS Interior materials were selected in advance and fully coordinated with the client. The site was constructed with eco-friendly wallpaper, riverbeds, and tiles.

73

PLAN A - LANDSCAPE DESIGN The Landscape design consists of dark and sunny plants that can adapt well to the target environment. The aquatic plants are located in a small pond. Apples and bellows trees are located in the front yard to see the change of seasons. Residence can enjoy various scenery from the blooming spring to winter.

74

PLAN A - DETAILED IMAGE OF YARD

PLAN A - TYPE OF WILD FLOWER & PLANTS

75

Personal Project

SOUTH AMERICA TRAVEL PROJECT PERIOD : 2016 CLIENT: KIM DA YOUNG RULES OF PROJECT: BOOK DESIGNER PROJECT DESCRIPTION: In 2016, my friend asked me to design her travel journal. At that time, I was into design books such as portfolios, project reports and photo albums. I met with my friend and talked about her ideas what she wants to contain her book. Finally, she contacted with several publishers with this draft and she published her book on 2018 This draft has 40 pages with 42 pictures and 6 illustrations. She wanted to contain Colombia and Ecuador travelogues. So, I designed short country information brief between them. After several meeting, I decided the contents, colors, text and additional photo and illustrations. It was takes some time to layout pictures and understanding of the content of the book. But, while design this book, I worked efficiently and organized, and learned how to communication with my clients.

76

77

78

79