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01
MODULAR TOPOGRAPHY
MIT Option Studio
2016 Fal l
Indiv idual Project
Hunts Point Market, Bronx, NY
Instructor : Alexander D’hooghe
Hunts point product market, which cov-
ers 60% food of NYC, is located in Bronx
where has been becoming resident ia l area.
This project goal is not only to enhance the
trading system and condit ions, but a lso to
create neighbor f r iendly environment in
terms of design and programs. To achieve
that, th is project has three main strate-
gies. First , connect between Hunts point
area and Soundview area in order to have
a relat ionship with great green resident ia l
area and this market. Second, div ide the
large bui lding into fr iendly scale. Or iginal
Hunt point market is 550m long and 220m
wide, but the proposed project has 50 of
55mX55m modular bui ld ings. At last , have
a s ingle image. To have a s ingle image the
50 bui ldings form a s ingle surface with
their roof shape. This create one col lec-
t ive image, so that people recognize this
project as a one project. Also this surface
al lows have a relat ions between bui ldings
and open spaces on the top.
Program Layout
Second Level Product Market
AgricultureCollege
First LevelProduct Market
Concept Diagram Plan +25m22
Service Road
Second level truck road
Second Level Passage
Green
1. Campus Plaza2. Domitory3. Residents Carpark4. Customer Carpark5. Park6. Classroom7. Vertical Farm8. Agriculture Labatory 9. Auqaponics10. Roroship Terminal
7 2
109
8
2
5 6
6
4
3
1
Section
Sectional Perspectve
1:2,000 Model
1. Vertical Farm2. Agriculture Labatory3. Class4. Strorage5. Office6. Product Market7. Loading Dock
1
2
3
3 4 4
66
6
5
5
7
7
6
2 3
02
AIR-WALk IN MIAMI
MIT Option Studio
Indiv idual Project
Urban Infra Structure & Housing
Miami, Flor ida, USA
Instructor : Anton Garcia
Miami is cultural ly acceptable ci ty.
Beach, fashion, arts, fancy cars, cruise
and yachts, Spanish culture, Cuban cul-
ture, and anything of the world. Thanks to
this unique atmosphere, Miami has been
bigger and bigger, creat ing new land with
landf i l l . In the present, however, Miami
faces two big problems. One is sea level
r is ing, and the other is the shortage of
housing. Thus, th is project suggests
‘Air-walk urban structure’ in order to
enlarge the terr i tory for housing instead
of the landf i l l . This structure starts f rom
several f loat ing publ ic spaces such as
docks, swimming pools, and parks on the
sea. As t ime goes by, as wel l as sea level
r ises, hor izontal l inkage roads in the air
and vert ical cores spread into the current
downtown, connect ing exist ing bui ldings.
Whi le this process, new condos are bui l t
above sea, new lobbies are placed in the
middle of exist ing bui ldings, and new
publ ic spaces, which can st imulate Miami
culture, are created in the air. Therefore,
even after sea level r ises and the ground
level is submerged, bui ld ings in Miami
ci t ies can be accessible, creat ing more
‘Miamish’ atmosphere. Although these
three dimensional c i t ies could not be re-
al ized in Europe in the ear ly twenty cen-
tury, Miami, the exot ic ci ty, is bel ieved to
be a suitable place of th is strategy.
2040 PLAN
Sequential Diagram
Public Square
Pedestrian passage
Mono Rail
Car Road
Existing Condo
New Lobby
Landscape
Restaurant
Restaurant entrance
Pedestrian Passage
New buildings(hanging)
Stack
DESIGN PROCESS
Rotate Intersect Units & bubbles Result
Timber being one of the oldest construc-tion materials gained new interests in recent
years. The industry has become keenly aware of the detrimental effects of modern building
materials such as concrete. Many new timber products that are simultaneously strong and sustainable have been invented. Believing in that with new material comes new structural and architectural potentials, we focused on
CLT (Cross Laminated Timber) and designed a prototypical tower consists of stacked waffle
boxes. This system generates a series of three dimensional grids that nullifies the con-ventional fixed-height slab and column typol-
ogy and makes a more flexible space creation strategy possible. Housing units of different
ceiling heights are inserted to accommodate different users’ demands, while a one meter
gap was always maintained between boolean masses to ensure the waffles’ structural in-
tegrity. Bubble spaces, imaged as social and public programs and inspired traditional local housing form, are generated as the connect-
ing tissue throughout the tower. Ultimately we hope to transform one of the most ubiqui-
tous urban building typology, tower, into one that is context specific and environmentally
responsive with this design.
03
WAFFLE NESTS
MIT Academic ProjectTeamwork with kaining Peng
Housing Durban, South Afr ica
Instructor: Brandon Cl i fford
Waffle weak against lateral load Interlock
CONCEPT MODEL
300m3 UnitType A-2
Machanic Pipe Shaft
Mechanic Pipe
Machanic Pipe Shaft
Built-in furniture
Built-in furniture
Built-in furniture
Bedroom1
Bedroom3
Corridor
Corridor
Enterance
Enterance
kitchen
kitchen
Double Height Living Room
Double Height Living Room
Bathroom
Bedroom2
Sunshading (CLT Waffle)with Titinium dioxide coating
Type A-2
Type B-1
150m3 UnitType B-1
150m3 UnitType 2
300m3 UnitType A-1
CLT Waffle
2500
Double Height
Double Height
Double Height
Open
Open
150m3 UnitType B-2
Terrace
Common Gym in Bubble
Glass
Elevator Core
Corrido
150m3 Unit Type B-3
kitchen Shelve
kitchen Shelve
Pipe Shaft
ZULU HOUSE (South african traditional house) WAFFLE UNIT TYPES
Elevator CoreParking Enterance
Security Office
Taxi Stop
Johannes Nkiosi St
Joe Slove S
t
Retail
StreetVender
Atrium
GroceryInformation
Main Square
Cafe
UP
UP
UP
UP
UPUP
DN
Restaurant
CLT Waffle as a main structure
Cross laminated timber waffle mainly function as sturcutre, but at the same time it is exterial sunshading devices and interior service space.
Type A-1(7mX7mX6m, 2 floors)
Type A-300m3
(100m2 area )
Type B-150m3
(50m2 area )
Type B-1(5mX5mX6m, 2 floors)
Type A-2(5mX10mX6m, 2 floors)
Type B-2(3.5mX7mX3m, 1 floor)
Type A-3(10mX10mX3m, 1 floor)
Type B-3(7mX7mX3m, 1 floor)
Zulu village’s gathering space Proposed gathering space
CLT Waffle as Sunshading device CLT Waffle as Service space
FLOOR PLAN +16.OOM (1:200)GROUND PLAN (1:500) UNIT LAYOUT SAMPLES
NN
Plan +13 .00m
Deve lopment Phases
Phase 1 . Loca te d i ve rse p rog rams bes ide and on the s t ree t .Phase 2 . Tang le the two k inds o f s t ree ts f i t t i ng on the s i t e to make spontaneous encounte rs . Phase 3 . Shap ing th ree d i f f e ren t cha rac te r cou r tya rds . Phase 4 . Add nodu le spaces
1. exh ib i t i on2. l ec tu re space3. shop4. workshop5. ca fe6. workshop7. pub & ba r
8. da rk room9. l i b ra ry10. AV room11. workshop12. exh ib i t i on13. res tau ran t14. l i gh t room
2
13
5
8
6
4
Cu l tu ra l F low
Commerc ia l F low
04
LA PROMENADE
Hanyang . Academic workIndiv idual ProjectGal lery + Market
Jongro, Seoul , koreaStudio Cr i t ic: Professor.Tomii Masanori
Insa-dong is one of the most energetic places in Seoul, South korea, Since ruined aristocrats formed a street market there at the end of 19th
century. This project’s objective is to design street-like building.In order to do that the con-
figuration of the spaces borrow the Insa street’s structure which is similar to the root system
of the plant. Thus, people enjoy the entangled promenade inside and outside of the building,
encountering ‘Nodule space’ which has different geometry from the promenade.
Similarities were found between the structure of urban streets and the root system of plants. To be a healthy root, it needs soil with diverse
nutrients, tangled rootlets and root nodules that provide additional nitrogen to the plant.
The main street has diverse kinds of buildings, tangled back alleys, and small gathering open
spaces, which are similar to the root system of healthy plants.
This project was designed with these three structural elements in mind in order to create a
building like an energetic urban street.
7
10
11
12
1314
9
Detail Section
Section Perspective
Stone Tile
Light-weight Concrete ScreedDeck Plate
Castellated Beam
Indirect Light
Stainless Steel Bar Spacer
Brick
L-shape Steel Plate with Anti-corrosive Paint
Insulation
Double-layered Glass
H-shape Steel Platewith Anti-corrosive Paint
Facade Design
- Facade of this building is inspired by the urban pattern of Insa-dong. The design of elevation followed abstracted urban pattern. This elevation allowed people to encounter the opposite spaces of the build-ing spontaneously like walking on the urban street.
05NATURE MUST
COLONIZE HUMANS
Internat ional Idea Competi t ion for Ber ing Strai t project (Approved by UIA,
Union Internat ionale des Architectes) 1s t Pr i z e Wi n n e r
Bering strai t , America & RussiaTeam work with TG kim, SJ Lee
Responsibi l i ty: Ice-seed design, Main idea, 3D Visual izat ion
The theme of the ‘ Internat ional Idea Com-
pet i t ion for the “Ber ing Strai t Approved by UIA” was to make a connect ion be-
tween the North American and Asian con-t inents with oi l p ipes, car road and rai l-road. In this project, however, I was not
only concerned about how this project can affect the Human, but Nature as wel l .
Since the glaciers are key elements for the ecosystem around Ber ing Strai t area,
th is project is a imed at f inding a way to help form glacier connect ion between two
cont inents. Float ing structures, ‘ Ice-seed’ help to form glaciers ear l ier and
keep them longer before melt ing. Many animals, including polar bears and seals,
depend on glaciers in th is area. These animals migrate with seasonal changing
and the amount of the glaciers. Thus, inducing forming glaciers can be the most
urgent and crucial here.
Experiment This experiment is to observe the freezing process of water with metal. The hypothesis that the water starts to freeze adjacent to the metal has been confirmed. Furthermore, the ice formed faster than in water without metal. It was more effective when the metal pieces were wider at the water surface level. Thus, the “Ice-seed” was designed so that it has a wide surface at sea level and narrows down as it goes deeper in the water.
‘Ice-seed’, steel and cooper structures on the sea surface, induce cold and form glaciers around adjacent seawater faster than normal. The “ice-seeds” are also designed to help induce natural light and fresh air to the underground tunnel below. Thus, this strategy helps both the natural environment and the human being in a sustainable way.
Toilet water
Stream toward SeaTransparent Drainage Pipe
Ground Level
Roof
Avr. New Bedford Anuual Precipitation : 49.98in (4.2ft)
Area of Roof : 1,640,000 ft2
Possible Rainwater reuse : 6,888,000 ft3 = 51,525,818 gal = 17,200,000 times Toilet flush
Purifier Water Tank
Indoor and Outdoor
Jan
Feb
Mar
Apr
May
Jun
Jul
Aug
Sep
Oct
Nov
Dec
4.69
4.16
4.68
4.37
3.693.95
3.54
3.95
3.89 3.97
4.66 4.77
New Bedford Average Precipitation(in)
Winter(24°)
Summer (72°)
6pm
10am
Outdoor
Indoor
Fish Market Ferry terminal
SouthNorth
Fish Industry-Regular Diffused Sunlight -Direct Sunlight -Direct Sunlight
Skylight - Opening toward South vs North
Slanted Wall- To block high altitute summer sunlight
Vertical Fins- To block low altitute sunlight during morning and evening
Toilet water
Stream toward SeaTransparent Drainage Pipe
Ground Level
Roof
Avr. New Bedford Anuual Precipitation : 49.98in (4.2ft)
Area of Roof : 1,640,000 ft2
Possible Rainwater reuse : 6,888,000 ft3 = 51,525,818 gal = 17,200,000 times Toilet flush
Purifier Water Tank
Indoor and Outdoor
Jan
Feb
Mar
Apr
May
Jun
Jul
Aug
Sep
Oct
Nov
Dec
4.69
4.16
4.68
4.37
3.693.95
3.54
3.95
3.89 3.97
4.66 4.77
New Bedford Average Precipitation(in)
Winter(24°)
Summer (72°)
6pm
10am
Outdoor
Indoor
Fish Market Ferry terminal
SouthNorth
Fish Industry-Regular Diffused Sunlight -Direct Sunlight -Direct Sunlight
Skylight - Opening toward South vs North
Slanted Wall- To block high altitute summer sunlight
Vertical Fins- To block low altitute sunlight during morning and evening
Glulam Primary Beam
Glulam Secondary Beam
Plywood
Vapor Retarder
Rigid Insulation
Waterproofed plywoodCorrugated Steel
Steel Plate
Double Layered Transparent PVC
Water Tanks
Water Pipe
Steel Holder
Round Shaped Steel Plate
Glulam Column
Steel Hand Rail
Stone
Steel Plate
Wood Pile
Waterproof Palate
Rigid Insulation
Cement Mortar with wiremesh
Textured Bright Stone Tile
Steel Plate
Double Layered Glass (T12 Tempered Glass+T6 Low-e glass)Rainwater
Glass Beam (T12 Tempered Glass 2ply)
Aluminium SupportAluminiumPlate Rubber
Glass Beam (T12 Tempered Glass 2ply)
Round Shaped Steel Plate
Expanded Metal
: shaping water surface with sound of water flowing
Glass Beam
: To make clearer view from ground floor: More daylight comes into the building
Transparent PVC pipe
: To enable people to see water drop from roof: Double layered pipe enhances durability by replacing or cleaning inner pipe
THK2 Corrugated SteelBreather Membrane
THK9 ACX plywood 2ply
THK9 ACX plywood 2ply
Vapor retarder
TH160 XPS_Rigid Insulation
TH25 Re�ective insulation
Glulam_Primary Structural Beam
Glulam_Secondary Structural Beam
Steel Pipe_Support Envelope
Aluminium curtain wall frame with thermal break
Aluminium curtain wall frame with thermal break
Aluminium Vertical Fin
Aluminium Vertical Fin
Aluminium Vertical Fin
Thermal Break
Window Frame Detail Plan
Double Layered Low-e glass with argon gas gap
Double Layered Low-e glass with argon gas gap
Indoor
Outdoor
Outdoor
Indoor
Grating_DrainWood Deck
SST. PIPEConcrete
THK120 XPS_Rigid Insulation
Steel grating(Heating System)
Floor Stone TileCement mortar
Dampproofing Palette
XPS_Rigid Insulation
06FLOW THROUGH
THE CREVICE- Superimpose Public, Industry and Nature
MIT Core3 Academic WorkIndiv idual Project
Fish market + Ferry terminal New Bedford
Instructor: Andrew Scott
This project aims to confront the industrial
barrier that currently exists between New Bedford’s residential area and waterfront by
combining and enhancing flows of pub-lic, industry and nature. It is made up of a
series of umbrella timber structures that are aggregated linearly to form a roof that
functions both as a rainwater collector and a fish market and ferry terminal. The roof,
l ike many traditional market typologies, al-lows a vari- ety of programs to intermingle
in a space that can be opened up in the summertime.
This architecture is composed with two different architecture shape. The roof is
aggregated bends while the floor have some field strategy. This two architectural
languages allows the architecture makes strong flow of people and products toward waterfront and has flexibility on the ground
flow at the same time.
Stormwater Col lect ion
Dayl ight Strategies
Detai l Sect ion
Sect ion
Ground Plan
07TOWN HALL-LINE
[市庁線]47th Central Glass Internat ional
Architectural Design Competi t ion(Sponsors by Shinkenchiku, 新建築社 )
1st Pr ize Winner Town Hal l in a Regional Environment
Indiv idual projectJudges: Riken Yamamoto/ kengo kuma
Sanchok is a smal l town in Choongbook, South korea. I t used to supply woods as part of a mine industry of next region by logging. Coal and woods transported by
rai l through this town. Thanks to that, residents could earn money and l ived
better l i fe. Now, the tra ins have rarely run on the rai l road since mines were closed in 1988. However, i t is st i l l a symbol of
people’s hope.
By planning the town hal l in disused mine tra ins, i t can remind people their nos-
talgia. I t l inks between vi l lages as a fast way to communicate. The town hal l t ra in has f lexible funct ion with extra compart-ment. Furthermore, to be ready to natu-ral disasters, the tra in has a funct ion of
refuge.
The idea behind this project was inspired by the people l iv ing there. After a v is i t ,
i t was not iced that most of the elders in this area were star ing at the rai l road al l
day long. They just wanted to see the tra ins, which could remind them of their
heydays. Logging for coal mining was booming in the 1970s at these six v i l -
lages, and the tra ins that conveyed coal were the symbol of their f ru i t ion.
Town Hal l Train, made from abandoned fre ight t ra in cars wi l l g ive them the nos-
talgia of the everyday l i fe they had dur ing their youth.
Nostalgia of Sanchok
Sanchok train in 1970s Carrying Coal in 1970s Logging Wood for coal mines
The Shortest Access Route
Altitude of the Villages
08POSSIBILITY OF
kINETIC STRUCTURE
Hanyang Univ. Academic workIndiv idual project
Agr icultural Products Wholesale MarketAnyang, Gyeonggi-do, korea
Studio Cr i t ic: Professor. Seo hyun
On average, every 3 years, a building’s program change in Seoul. This means that every 3 years,
people request another program and every 3 years people spend a lot of energy on construc-
tion to re-build buildings. This situation is hap-pening not only in Seoul, but all metropolitan
cities in the world
This kinetic structure study started from this concern. If the buildings are available to be
moved whenever people want to change them, then the building can stay “itself” (without
reconstruction) for a longer period of time. Ironi-cally, buildings that can frequently change are available to be stable longer if needed. Thus,
the possibility offered by kinetic structures has been studied and one of them was applied to a
specific site.
This project is for Agricultural Product Market in Anyang, where is growing city with 6 million people. This market has re-built buildings four
time during the last decade. After analysis of usage patterns in terms of daily schedule, this
project suggests a transformable structure.
Deployable Structure
Foldable Tensegrity
Scissors Truss
Unit SectionDetail Section
Detail Isometric Unit Model
Pulley
H-beam Column
H-beam Column
Suspension Cable Suspension Cable
Steel pipe
V-shape Perforated T-Beam
V-shape Perforated T-Beam
Steel Grating Louver & Bench
Suspension Cable
Motion Axis
Auction HouseRoad
Market
09CATENARY COMPRESSION
Research Assistant for Nader Tehrani , NADAAA
2015.05 - 2015.06Instal lat ion at BSA Space, Boston
CNC mil l ing, Instal lat ion
Traditionally, compressive structure such as arches and tensile structure serve different purpose and
offer different benefits. Catenary Compression em-braces the opportunity to bring the two together, suspending the arches’ blocks from above like a
canopy. When suspended, the block vault adjusts to the form of a catenary curve in order to optimise
its structural performance. The resulting shape enables the construction of a navigable space
underneath or upon a tensile vault which does not flex or move. The installation demonstrates that
a form can be optimised according to multiple criteria: the shape of the installation, the mate-
rial performance of the blocks, the weight of the overall structure, and the difference of treatment
on the two sides as they work together to produce a form that challenges conventions of structural
performance.(from project description)
10EMERGENCY
PREPAREDNESS HUB
Academic ProjectPrototype(Water pur i f ier and kitchen)
2015 Spring class at MIT Instructor: Miho Mazereeuw
Team work with SH Park
The purpose of the prototype is to facilitate discus-sions regarding community action during the first
72 hours after a disaster. The prototype is used to be urban furniture in normal day, and will be trans-
formed to a water purifier and common kitchen for about 150 people during emergency situation
when water and food sources cannot be provided by the city.
Each unit is connected strap hinge that allow units to be rotated 270 degree. Water tower can purify
30 liter per hour, and store 365 liter to provide potable water to people. This water will be convey to the kitchen with foot pump, so that people can
drink and cook.
Programmatic Relationship
Water storage pump
Sink
Cabinet / Utensil storage
Cabinet / Utensil storage
Purifier
Dispensor
RAIN-WATER
Storage
Work TableWork table
Bench
+
Bench
Cooking
DRAINAGE
Water tower
Sink
Cook
WorkTable Bench
Urban Furniture Emergency Hub
01 04
02 05
03
12NATIONAL MUSEUM OF
CONTEMPORARY ART IN SEOUL
Professional Work at DJHACompeti t ion for Nat ional Art museum
Jongno, Seoul , korea
NMOCA in Seoul is a synthesis of architecture and landscape. It combines a low-rise perimeter-
block complex with several public courtyards, large and small. The entire block is covered with a curving grass roof, sculpted as it responds to the
topographical features of the site. Several verti-cal structures rise above the roof as some of the
small and large rooms below extend upwards. The museum as an entity becomes a huge urban park
whose belly is filled with rooms and courtyards.Inside the building are distributed rooms of various
sizes and ceiling heights. Each ‘room’ is a shrine for the independent world of a single artist; the ‘alleys’, on the other hand, are where works of
different artists can be encountered and mixed. The wide selection of rooms and alleys helps the
organizing of exhibitions on various scales.
Perspective
Section
Axonometric view
Figure-Ground(exhibition space- promenade)
11Institute for Advanced Study
Professional Work at OMA NY2016. 01
Competi t ionEinstein Dr ive, Pr inceton, New Jersey
Internship
This project is the competition for a new campus buidling for Institute for Advanced Study (IAS) in Princeton. The proposal uses the mathematical clarity of a sinusoidal curve to create a building that reacts strategically to its surroundings. The
individual rooms of the program are plottedalong the length of this curve, framing on
either side the building’s main gathering areas.The X axis of the curve forms a central passage
through the building, extending the existing path to Breuer’s housing and creating within the building a single continuum between the larger social spaces.
Within the curve’s undulations, two shapes are inserted to accommodate the conference room
and social space, each strategicallyoriented toward nature—enabling and amplifying
new vistas, north and sideways.
His
tori
cal S
tud
ies
M a t h e m a t i c s
Natural Sciences
Astrophysics
SystemsBio logy
Part ic le Physics
Quantum Field Theory
P a r t i c l e Phenomenology
S t r i n g Theory
Qu
antu
m
Gra
vit
y
Computer S c i e n c e
Mathematical
Physics
Lagrangian submanifolds
Pure Mathematics
Common Homological M i r r o r S y m m e t r y
ComputationalC o m p l e x i t y
So
cio
eco
no
mic
D
evel
op
men
ts
Ad
min
istr
atio
n
Of
fi
ce
Din
nin
g H
all
Dilw
ort
h
Ro
om
Political Theory
Mo
der
n I
nte
rnat
ion
al R
elat
ion
s
His
tory
Of A
rt
History of Science
History of Philosophy
Lib
rary
Arc
hie
veH
isto
ry O
f L
iter
atu
re
Po
litic
al T
heo
ry
Lit
er
at
ur
e
History
Economics
Law
Psy
cho
log
y
So
cio
log
y
Anthropology
Philosophy Mathematical Physics
AuditoriumConcert Hall
Lec
ture
Cosmology
So
cial
Sci
ence
Statistical Mech anics
App lied Mathematics
+107’4” +106’ +104’10”+108’6”+112’
13CASTLE OF SkYWALkERS
Professional Work at DJHAHyundai Card Vol leybal l Team’s Pr ivate Stadium and Dormitory
responsibi l i ty: CD, DD, Inter ior Design, Construct ion Supervisor Assistant
This project was to design a volleyball stadium for HyundaiCard volleyball team, one of the most
popular professional volleyball teams in korea. Volleyball is one of the most respectful and strict sports; never touch one another, should change players’ position every attack, etc. This stadium
converts this character into its design logic. Geo-metric shapes, such as a square and a circle, are influencing each program elements’ disposition; circle for the indoor running track, square for the
dormitory aisle, etc. These geometric forms over-lap in the atrium.
14AUTHENTIC HOTEL
Professional Work at DJHAHyundai Hotel Hanok Suite
Gangneung, koreaResponsibi l i ty: SD, I l lustrat ion
This artwork was made for a presentation of the Hyundai Hotel, Gyeongpodae Hanok Suite Project. The inspiration for this painting is ‘Donggul-do’ (1825), a painting of a palace during Chosun dynasty. Thanks to this painting, the client accepted our proposal.
Drawing Collage, Print on korean Paper, Individual Work, 2012, 87cm X 44cm
15MATERIAL STUDY
Professional Work at DJHAJongno, Seoul , korea
Project Manager
I had the desire to make a translucent and insu-lated wall, as well as a porous wall. Thus, I sug-
gested a new material experiment to the company and it was accepted. As a project manager, I made 5 different mock-ups with my colleagues. After four failures, I was finally satisfied, to some degree, with
the outcome. I made the translucent block with marbles and epoxy, which is structurally support-
able and a form of heat insulation. The porous wall was made of polystyrene balls with cement mortar. Although it worked as a porous material, it was not
able to support itself. Thus, I want to study more and improve it as much as possible in the near
future. The entire process was done by hand in the backyard of the company.
JOOHUI SON
Education
Hanyang University, Engineering College, School of Architecture, Seoul, South KoreaFeb 2003 - Feb 2010, Bachelor of ArchitectureHonors: Summa cum laude
College of Engineering Alumni President Award Best Contribution Student Award 5 years Full Scholarship from Korea Government Student Aid Foundation(KOSAF)
Massachusetts Institute of Technology, School of Architecture and Planneing , Cambridge, USASep 2014 - Feb 2017, Master of ArchitectureHonors: Full Scholarship from Institute
540 Memorial Drive #409, Cambridge, MA 02139, [email protected]
National University of Singapore, School of Design and Environment, Singapore Sep 2007 - Feb 2008, Exchange Student in Architecture
Doojin Hwang Architects. co. ltd, Seoul, South KoreaJ an 2010 - J une 2013 (3.5years), Ass istant Manager
C as tle of S kywa lkers (Volleyball S tadium)_ C onstruction Design, C onstruction Super vision Ass istant
Nters Pro perties B uilding_ Pro ject Man ager, Ent ire Design Process , C onstruction Sup ervision
Porous Material Ex periment_ Pro ject Man ager, C onstruction
Hyundai G yeong poda e Hotel Hanok S uite_ Sch ematic D esign Ass istant
Guro Fire S tation_ S chematic Design Ass istant
Arts ide Ga llery Con s truction_ Design Ass istant, Stru cture Design, C onstruction Sup ervision Ass istant
Architecture W alks iPhone Application_ Project Ma nager, Work with Augmented R eality R &D Lab S eoul Ins titute of the Arts Dongr ang Mus eum Co mpetition_ Project Manager, S chematic Design
ODDAA, Seoul, South KoreaJ an 2014 - J uly 2014(6months), Designer
Sa mbekJ ip Headquater + House
NADAAA
OMA New York
Research AssistantMay 2
Jan 2016 InternshipCampus for The Institute of Advance Study in Princeton(IAS) Competition
015 - J une 2015
BSA Installation, Lamp Shade design
MIT West Campus planingMarch 2 015 - May 2 015, Research AssistantInstructor: Professor. Anderew M. Scott
Instructor: Professor. Nader Tehrani
, Project Ma nager, Sche matic Design
CPG coperation co. ltd, SingaporeDec 2007 - Jan 2008 (2months), Internship Sports Center at Parsir Ris_ Schemetic Design Assitantant
Professional Experience
Republic of Korea ArmyFeb 2005 - Feb 2007 (2years), Sergeant , Corpsman
Competition & Awards
47th Central Glass International Architectural Design Competition
2014 T. S. Kim Architectural Travel Fellowship
Sponsored by Shinkenchiku, Japan1st Prize WinnerSep 2012Published in: Shinkenchiku, Dec 2012, The Japan Architect, Vol.88
Winner
Selected
May 2014
2014 Korean Government Study Abroad Fellowship
Skills Autocad, Rhinoceres, Grasshopper, Sketchup, 3D MAX, V-ray, ArcGis
July 2014
Interna tional Idea Compet ition for B er ing Stra it projectApproved by UIA, Union International des Archite ctes1st Prize Winner of students categoryJul 20 09Published in: Archidaily, 18 Jun 2009, S ae gye Newspaper, 11 Jun 2009
Honorable PrizeNov 2010
2010 Incheon City Design Competition
6th Docomomo Korea Design Co mpetitionSpecial PrizeJun 200 9