Dongseop Lee PortFolio

Page 1

DONGSEOP LEE

M.ARCH GRADUATE PORTFOLIO RISD 2013



Content

Curriculum Vitae

01

Brooklyn Navy Yard Terminal

02

Mega Structure - City in a Building

03

Digital Representation

04

Pavilion for community

05

Yongsan Park

06

New Urban Strategy

07

Environmental Design

08

The Digital Nest Chair

09

Palto’s Digital Cave


EDUCATION

WORK EXPERIENCE

Rhode Island School of Design | Providence, RI Master of Architecture, Architecture

Sep. 2010 - Jun. 2013

Academy of Art University | San Francisco, CA Bachelor of Arts, Interior Architecture and Design

Sep. 2007 - Jun. 2010

Chung-ang University | Dongjak-gu, Seoul, Korea Bachelor of Political Science, Political Science & Diplomacy

Mar. 2000 - Jun. 2007

Rhode Island School of Design | Providence, RI Research Assistant

Sep. - Dec. 2012

BnA Design Communication | Gangnam-gu, Seoul, Korea Intern Designer

Jun. - Sep. 2012

Rhode Island School of Design | Providence, RI Exhibition Assistant

Sep. 2011 - Jun. 2012

Goo’s Architecture Lab | Gangnam-gu, Seoul, Korea Intern Designer

Jun. - Sep. 2010

Watts Lighting | Gangnam-gu, Seoul, Korea Designer

Jun. - Sep. 2011 Jun. - Sep. 2007 Jan. - Mar. 2006

Korean National Assembly | Youngdeungpo-gu, Seoul, Korea Intern Secretary Assistant

Jun. - Sep. 2006

Sungdong Detention Center | Sungsong-gu, Seoul, Korea Prison Officer(Military Service)

Jan. 2003 - Jan. 2005

Assisted Prof. Pari Riahi’s lecture, “CONTINUUM”

Produced site analysis, presentation and schemetic design of “H-hotel Project”

Designed and installed “RISD Architecture Timline Show” Coordinated and managed “Degree Project Board”

Co-designed residential project, “Lee Family Vacation House”

Designed “FS - 747 lamp” and visited “Maison de Objet” in Paris

Co-researched and produced presentation for Senator

Guarded at various position and escorted criminal to court


Dongseop Lee

AWARD

EXHIBITION

SKILL

RISD AAU Chung-ang University

236 Westminster Street Unit 602 Providence, RI 02903 415.370.8879 | dlee05@RISD.edu | dongseoplee81@gmail.com

2010 - 2013 2007 2000

Academic Assistantship President Honor List Dean’s List

“Selected Thesis” B.E.B Gallery, Providence, RI

2013

“RISD Graduate Thesis Exhibition” Rhode Island convention center, Providence, RI

2013

“Digital Constructs” B.E.B Gallery, Providence, RI

2011

“There and back again” B.E.B Gallery, Providence, RI

2010

“AAU Annual Spring Show” San Francisco, CA

2009

B.I.M & 2D/3D

Graphic

Office

+

Sketch Up 3ds MAX V-Ray Grasshopper AutoCaD Rhinoceros MonkeyScript

Adobe Photoshop Adobe Illustrator Adobe InDesign Adobe Acrobat

Microsoft Work Microsoft Excel Microsoft PowerPoint

Ecotect Model Making

Revit ArchiCAD



01

Brooklyn Navy Yard Terminal

This project focuses on the Brooklyn Navy Yard(BNY), a 300-acre area on the Brooklyn waterfront right across from lower Manhattan. The history of the BNY, since its early beginnings as a shipbuilding facility for the US Navy in the early 1800s, has always been linked to New York’s economic development. Through periods of great prosperity and rapid decline, the yard has always reinvented itself and has remained an area of significant importance for Brooklyn and the region. Waterfront urban sites and projects present an added degree of complexity derived from the special factors that determine their physical, economic and socio-cultural reality. Their condition of mediators between land and water brings to the fore a set of factors and demands ranging from sea level rise and environmental considerations to intermodal transportation, hybrid infrastructure, community involvement, preferred uses of public space, etc.

Subtraction /

Addition

Forming Process


Closest location in Brooklyn from Manhattan

in Brooklyn, NY

1400’

1938

1900

1968

More than 15 million tourists visit Brooklyn attractions in 2010

BNY vision 2040

Brooklyn Navy Yard Industrial use

Brooklyn Navy Yard Industrial use

Brooklyn Navy Yard Tourism in 2020

Brooklyn Navy Yard Tourism in 2040

Tourism is the largest industry in the world in 2020 WTO

biggest Physical Opening Potential Public use

Brooklyn Navy Yard Tourism in 2012

BNY Weekend Farm

- Aquafarm + Aquaponics

East River Ferry Terminal BNY Aquarium

International Cruise/Ferry Terminal - Immigration - Check-in Area - Customs - Restaurants & Shops - Bus Terminal

East River Ferry Terminal Restaurants & Shops Cruise Terminal

Restaurants & Shops

Hotel BNY

Open Pubic Space Amphitheater Flea market

BLDG 92 - Exhibition - Gallery - Cafe - Tour

BLDG 92

BLDG 120

- Exhibition - Gallery - Cafe

- BNY Tourism Center - Tram Station - Restaurants & Shops

- BNY Overview Tour - The Can-Do yard Tour - BNY Sustainability Bicycle Tour - Yard Inspectors Family Tour

- BNY Overview Tour - The Can-Do yard Tour - BNY Sustainability Bicycle Tour - Yard Inspectors Family Tour

BLDG 92

BLDG 120

- Exhibition - Gallery - Cafe

- BNY Tourism Center - Tram Station - Restaurants & Shops

Better View from Public Space

Mass Study

- BNY Overview Tour - The Can-Do yard Tour - BNY Sustainability Bicycle Tour - Yard Inspectors Family Tour

6

View Frame 200’ Higher than Cruise ship

View to Manhattan

5

2

1

Sun Decks

3

Circulation Connect International Cruise Terminal

View to Manhattan

7

1. BNY Hotel

2. International Cruise Terminal

3. BNY Square

4. Public Open Space

6. BNY Weekend Farm

View Point

BNY Hotel

Storage / Cafe / Bus Station Offices / East Ferry Terminal Connection Immigration / Check - in / Custom Restaurants & Bars / Shops

Flea Market / Amphitheater

Path to BNY Aquarium / Weekend Farm

7. BLDG 120

5. BNY Aquarium

4


Program

6F - View platform

5F - Theater / Cafe / View platform

4F - Theater

3F - Embark & Disembark / Gates / Immigration / Security check / Check-in / Theater stage / Hotel Connection / Offices`

2F - Embark & Disembark / Gates / Immigration / Security check / Check-in / Gate to Water taxi / Offices

1F - Transportation station / Luggage / Storage / Mechanics

New Cruise Terminal Plan






02

Mega Structure - City in a Building

Based on the idea that the key to the city of the future is a new relationship to nature, the project will consider the American conceptions of nature from the Native Americans, the colonial era, the frontier, the rise of the industrial city and the explosion of the suburbs. The project will explore ideas about nature: wilderness, pastoralism, agriculture, the middle landscape, organic farming, urban gardens, which have given form to our ideals of the landscape and the city. The project will reconsider how to integrate nature and the city in a new paradigm.


A vignette is a short impressionistic scene that focuses on one moment or gives a trenchant impression about a character, idea, setting, or object. As a design inspiration, vignette is an important key for this project. A vignette provides quick and strong impact to designer.

Vignettes


Utopia e

Phase I - Waterfall Facade

Phase II - Energy City

Energy Sources

Inspiration Vignettes

Water Turbine

Perspectives Energy Sources

Water

Wind Turbine Source

Water Turbine

Waterfall Facade

Wind Turbine

Solar Panel & Green Energy

Water power Turbine System

Energy Storage

Solar Panel & Green Energy

Energy Storage


Final - the City in a building The City of Providence, RI

RESIDENTIAL

STRUCTURAL BRACING & SKY BRIDGE

WATER TURBINE

WIND TURBINE

Commercial zone ELEVATORS

INSTITUTIONAL

COMMERCIAL

Residential zone

- Office, Restaurant, - Single family house, Retail Store, Club, Multi family house and 30th FLOOR PLAN Bars and Amusement Educational facility 1’ - 0” = 1/64” Enterprise

STRUCTURAL COLUMNS

Instituitional zone - Health Care Clinic, Religious Institution, Library, Post Office, Educational Institution, Arena, Museum and Hospital

STADIUM

Downtown + College Hill

POWER PLANT

Waterfall Energy City 1250 ft.

Section

CROSS SECTION 1’ - 0” = 1/8”



We rely on the fossil fuels for over 80% of our current energy needs – a situation which shows little sign of changing over the medium-term without drastic policy changes. On top of this energy demand is expected to grow by almost half over the next two decades. Understandably this is causing some fear that our energy resources are starting to run out, with devastating consequences for the global economy and global quality of life. This project tries to show an answer the energy crisis in urban scale.


03 Digital Representation Through various conceptual and representational frameworks, the issues of mappinglayers. Point of view, scale, morphology, topography and tectonics will be explored as part of a larger creative process, embracing visual imagination, communication and critique.


Mapping out

Modulations I

Modulations II

Modulations III


Digital tracery

Topography


Final Project

an Hive Project

A

+

+

=

B

C

D

1

2

3

n Bay Hive project is based on ttern which is decided by points ce. The voronoi pattern is not d exterior structure but also inand floor. The pattern has same s, however, using different distegy, it creates various shape s. - Rhino, Vray Plugin, Illustrator, er Plugin, Monkey Script, PhotoAutoCad

4

Skin 42nd Floor A

B

C

D

1

Interior wall 2

3

4

Floor 28th Floor A

B

C

D

Glass Wall Detail 1

2

3

4

Urban Bay Hive Project

Ground Floor

http://www.avantisystemsusa.com/


The urban Bay Hive project is based on voronoi pattern which is decided by points and distance. The voronoi pattern is not only applied to exterior structure but also to interior wall and floor system. The pattern has same base points, however, using different distance strategy, it creates various shape of patterns. - Rhino, Vray Plugin, Illustrator, Grasshopper Plugin, Monkey Script, Photoshop and AutoCAD.

Lighting Study

Perspective




04

Pavilion for community

The aim of this project is to construct a community garden and public event pavilion at 333 Roosevelt Avenue in Pawtucket, Rhode Island. Located a short distance from downtown, 333 Roosevelt Avenue has the potential to engage the Pawtucket community. The area is influenced by the close proximity of City Hall, William E. Tolman High School, the Sandra Feinstein-Gamm theater, and Slater Mill, leading a diverse group of visitors to the Roosevelt Avenue site. 333 Roosevelt Avenue brings together Three distinct groups: the Chinese Christian Church of Rhode Island, the Heritage Park YMCA: Early Childhood Education Center, and Roosevelt Community Housing. Integrating the divergent expectations of these groups became a determining factor in the design. The intervention sites itself on the available green space, simultaneoulsy addressing the needs of gardeners and visitors. Prior to the intervention, the site consisted of a small community garden, used by elderly members of the Chinese Christian Church of Rhode Island, with a clearing in the trees adjacent to the Blackstone River. A parking lot separates the pavilion from the garden.


Individual design study ELEVATIONS

SCALE: 1/32” = 1’ - 0”

SCALE: 1/8” = 1’ - 0”

SECTIONS

SCALE: 1/8” = 1’ - 0”

SCALE: 1/32” - 0 = 1’ - 0”

N

SCALE: 1/8” = 1’ - 0”


Team work Proposed Trees

Jackson Street

45’-0” New Trees w/ planting area

Proposed Gravel Wells

Proposed Gravel Walkway

Proposed Open-Air Pavilion w/ Picnic Table

Proposed Vertical Trellis Walls (E) Concrete Slab

Dr

y wa ive

158’-10”

Limit of Disturbance

Blackstone River

Roosevelt Avenue

(E)

125’-0” Proposed Water Storage

Proposed Open-Air Pavilion w/ Planting Beds

Entry

(E) Parking

(E) Parking

Proposed Planting Beds

Limit of Disturbance

(E) Playgroundf

12 Steps

Chinese Christian church of rhode island Building

Heritage Park YMCA Building

1

Legend of the limits of disturbance. Proposed pavilions: Lower Pavilion w/ roof coverage. Upper Pavilion w/ roof coverage.

Impervious Surfaces

Pervious Surfaces

Proposed garden beds.

Water

Limit of Disturbance

Master Plan scale: 1” = 40’





05

Yongsan Park The location of Yongsan Park symbolizes an extremely turbulent history of war and occupation. However sad and sorrowful this history may be, it is still part of Korea’s history. The approach for the park design on the site is to uncover the traces and layers of the history by reusing many of the existing buildings and roadways. The architectural approach is respectful towards the military buildings on the site and ranges from 100% restoration (such as the Japanese Garrison) to the construction of new buildings on the footprint of demolished ones. Also, new additions are added to existing buildings to make them fit for their new use.


Memories Transplantation of Seoul’s memory

Understanding Seoul’s and Yongsan’s memory together

Creating new memory

Formallity of Identity - name, address, ID number..... Eccence of Identity - memory “Our memory makes us who we are” - The Memory Game

Seoul’s memory - More layers of memory make stronger Identity

Yongsan has own memory which is we don’t know during last century. It means Yongsan’s memory was dissconnected from Seoul’s memory. So, How can we understand Yongsan’s memory and re-connect that memory to Seoul’s in order to make better Seoul’s Identity?

Yongsan’s memory

Wall

Design solution - Shadow Stitching


Architectural Rhythm

Rhythm in architecture is the repetitive use of a group of visual elements, at least three times, to establish a w “pattern”. Simple examples of rhythm are the alternating window and column arrangement of most high rise office buildings. More complex rhythms make use of what in jazz music is called “counterpoint”, that is, two or more interesting or overlaid rhythms. This is seen frequently in classical architecture, where a series of columns and openings are overlaid on top of a series of smaller opening.


1: 2000

1: 2000

1: 2000

1: 2000

DIAGRAM

Diagram MAIN CIRCULATION

= SITE PLAN

RHYTHM

1: 1000

Plan

PLAN

TICKET

CAFE AUDITORIUM

SHOP INFORMATION

1: 300


Section



06

New Urban Strategy

Urban design is about making connections between people and places, movement and urban form, nature and the built fabric. Urban design draws together the many strands of place-making, environmental stewardship, social equity and economic viability into the creation of places with distinct beauty and identity. Urban design is derived from but transcends planning and transportation policy, architectural design, development economics, engineering and landscape. It draws these and other strands together creating a vision for an area and then deploying the resources and skills needed to bring the vision to life


Phase I

Plans

In order to encourage community activities, the building is designed in U shape. The central space serves various cultural events for the society and neighbors. Also each floor has a public area for small group activity.

1F

2F

3F

4F


Physical Model

Unit Plan

This detail drawing explains roof-top garden system.

Section


Phase II


Public spaces are favorite places to meet, talk, sit, relax, stroll, flirt, girlwatch, boywatch, read, sun and feel part of a broader whole. They are the starting point for all community, commerce and democracy. Indeed, on an evolutionary level, the future of the human race depends on public spaces. It’s where young women meet and court with young men—an essential act for the propagation of the species. Numerous studies in fields ranging from social psychology to magazine cover design have proved that nothing grabs people’s attention more than other people, especially other people’s faces. We are hard-wired with a desire for congenial places to gather. That’s why it’s particularly surprising how much we overlook the importance of public places today. - by Jay Walljasper


Material

R value

Thickness (in)

Exterior Air Film Clay Brick Masonry

7.75

0.

Marble

17.00

0.0

Interior Air Film Exterior Air Film (wall)

R val

Uv

Clay Brick Masonry

Are

Marble

Upper window Material Project I Exterior Air Film

- RISD Bank Building Wood Re-design Project

Exterior Air Film (window)

SURFACE AREA GRAPH

3RD FL. WEST RADIATOR

Air space

MASONRY WALL

10.50

1.11

2ND FL. WEST

RADIATOR

CERAMICS OVEN

MASONRY WALL

3RD FL. EAST

RADIATOR

Bronze

R value

Thickness (in)

3D PRINTERS

ACID BA

0.125

0.00

4.00

1.84

2ND FL. EAST

RADIATOR

MIDDLE STUDIO

SURFACE AREA OF RADIANT HEAT SOURCES X AVG. TEMP. OF HEAT SOURCE

Interior Air Film

Glass

WALL CAVITY DETAIL

Bronze

Exterior Air Film

RADIENT FLOOR DETAIL

0.125

0.14

Glass Interior Air Film

Air space Wood

R value

U valu

Area ( f


07

Environmental Design

Building technology continues to demand a larger percentage of the building’s budget and thus should receive a greater degree of time and understanding by the Architect. Projects to be included are: electronic generation, distribution, and building systems; electronic and communication systems; lighting fundamentals, design and control; and enviro-acoustical fundamentals, sound transmission, amplification, and absorption principles. 1. TEMPERATURE OF ROOM 1 (WEST 2ND FLOOR)

4. TEMPERATURE OF ROOM 4 (EAST 3RD FLOOR)

120

120

110

110

100

100

90

90

80

80

70

70

60

60

50

50

40

40

30

30 Nov.16 3:45 pm Nov.18 11:00 am Nov.18 9:00 pm

Nov.19 4:00 pm

Nov.19 8:30 pm

Nov.20 1:00 pm

Nov.20 9:30 pm

Nov.22 9:00 pm

Nov.23 11:00 am

Nov.23 6:00 pm

Nov.25 1:00 pm

Nov.25 6:00 pm

Nov.26 1:00 pm

Nov.16 3:45 pm Nov.18 11:00 am Nov.18 9:00 pm

Nov.19 4:00 pm

Nov.19 8:30 pm

Nov.20 1:00 pm

Nov.20 9:30 pm

Nov.22 9:00 pm

Nov.23 11:00 am

Radiator

Bank Building West Facade 130 o F

SOLAR DIAGRAM VOLUME OF ROOM 40o F

ATHS

CEILING PANEL DETAIL

Nov.25 1:00 pm

Nov.25 6:00 pm

Nov.26 1:00 pm

Radiator

Acid Baths Ceramics oven

THERMAL MASS PERFORMANCE SIMULATION - RADIANT ABSORPTION

Nov.23 6:00 pm

Air Temperature Outside Air Temperature Inside Avg. Temp. Wall Radiator Surface Temp

Air Temperature Outside Air Temperature Inside Avg. Temp. Wall Radiator Surface Temp

3D Printers


Bottom window Material

Thickness (in)

R value

Exterior Air Film

Interior Air Film (window)

Wood

4.00

Bronze

0.125

0.0

Air space

4.00

1.8

0.125

0.1

1.1

Interior Air Film Glass

Bronze

Interior Air Film Project II - Brown Prince Engineering Laboratory Group Project

R value

U val

Area (

Interior Air Film (wall)

Average Exterior Tempera for Location A Wood

Air space

Average Exterior Tempera for Location A

Average Exterior Tempera for Location A


Prince Engineering Laboratory was dedicated on May 4, 1962, with a panel discussion on “Engineering Education and Research – Stimulus to Modern Industrial Development.” Named the Frank John Prince Engineering Laboratory for its generous donor, director of the Universal Match Corporation of St. Louis and father of Frank C. Prince ’56, the two-story brick and concrete building, 270 long and 90 feet wide, provided room for research in structure and materials, thermodynamics, and fluid mechanics. The subsonic wind tunnel formerly housed in the old Engineering Building and the transonic-supersonic wind tunnel from the Aerodynamics Research Laboratory in Merino Flats were moved into the Prince Laboratory, and a new shock tunnel was installed. The architects, Sherwood, Mills and Smith, designed the building with a large open area with a mezzanine, making it possible to observe the laboratory from the observation gallery without disturbing work in progress. The 163 small windows on the north and south sides were intended to “humanize” the interior. Triangular windows at the roof line provide light without using wall space, and the folded construction of the roof reduces vibration from heavy machinery.




08 The DIgital Nest Chair To use a computer as a generative tool, to gain an understanding of the nature of digital information and to develop the ability to work broadly with code on any platform. This will manipulate data and make tools to breach the barrier between real - life form and digital information.


Script

Building Process

Call Main() Sub Main() Dim pt1, pt2, pt3,pt4 Dim arrRndCoord1,arrRndCoord2 Dim i,k,Y,R,S Dim Frame1,Frame2,Frame3,Frame4 i = Rhino.GetInteger(“give me i number(1 to 10)”) k = Rhino.GetInteger(“give me k number(1 to 10)”) pt1 = Array(0,0,0) pt2 = Array(15-i,0,0) pt3 = Array(15-i,5+i,0) pt4 = Array(0,5+i,0) Frame1 = Rhino.addline(pt1,pt2) Frame2 = Rhino.addline(pt2,pt3) Frame3 = Rhino.addline(pt3,pt4) Frame4 = Rhino.addline(pt4,pt1) Y = 5+i Call Rhino.EnableRedraw(False) For i = 1 To k R = rnd*(pt2(0)-pt1(0))-pt1(0) arrRndCoord1 = Array(R,0,0) ‘If Rhino.Distance(arrRndCoord1,array(0,0,0)) < 15-i Then Call Rhino.AddPoint(arrRndCoord1) ‘End If S = rnd*(pt3(0)-pt4(0))-pt4(0) arrRndCoord2 = Array(S,Y,0) ‘If Rhino.Distance(arrRndCoord2,array(0,Y,0)) < 15-i Then Call Rhino.AddPoint(arrRndCoord2) ‘End If Call Rhino.addline(arrRndCoord1,arrRndCoord2) Next Call Rhino.EnableRedraw(True)

Operation

End Sub

Loft

Extrude

Duplicate

Assemble


Possible Chair Models


Physical Model



09

Plato’s Digital Cave 4’- 6”

E

SITE PLAN 1’ = 1/16”

5’-0”

The idea of light intensities and texture led to the investigation of creating a cavernous environment. Through digital construction techniques, the challenge was to attempt to create a fissure within the walls of the B.E.B. lobby. Metaphorically tied to the evolution of man, the user’s movement is expressed through the transformation of five main profile sections. While travelling deeper into the cave, the participant’s body is forced to contort.

36

D

C

PLAN 1’ = 1/2”

A

B

C

E

D

12’- 0” 4’- 6”

E

4’- 0”

SITE PLAN 1’ = 1/16”

5’-0”

36°

D

A

C

PLAN 1’ = 1/2”

B


Design Process

B

A

C

D

E

ORIGINAL PROFILE

PLAN - LOFTED SURFACE

E

FIRST TRANSFORMATION

D

A

C

B

PLAN - GENERATED PROFILES

PLAN - TRIANGULATED AND EXTRUDED SURFACE

10’-0”

SECOND TRANSFORMATION

SECTION A

SECTION B

SECTION C

SECTION D

SECTION E


Lighting Study

Material Study


Installation



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