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Water link Brooklyn, New York
Competition Project
Gowanus by Design
- CSO Retention Facility and Community center
3D Rhino / V-ray for 3D Max
Most retention facility do not typically design of the facility takes into accounthe landscape. Stormwater runs naturamix, air flotation, granular activated caresidents as a recreational venue, and tbilities of integrating industrial facilitie
inspire visits, but our team’s design for the CSO retention facility doubles as a public park with educational tours where visitors can learn about water purification and conservation. The t its natural setting with a building that fuses the architecture with the landscape. Its designs and water is embraced for its reflective properties and ability to connect architecture with ally across the site and the roof and is filtered and cleaned through the four different landscapes, each inspired by the internal working of the water treatment processes below: rapid arbon filtration and a clear well. Landscaping rather than pipes circulate the stormwater into the treatment plant. The park, a natural wetland and sprinkler playground, brings to local he project could educate the public about clear water, protecting riparian resources, and encouraging sustainable wetlands stewardship. The CSO retention facility exemplifies the possi-
es with the community center and the natural environment in a way that establishes links between mechanical and natural process, both of which are essential to sustaining life.
POOL
TO THE CANAL
FROM THE CANAL
ODOR CONTROL PUMP BACK PUMP BACK
ELECTRICCONTROL
SCREENING SCREENINGDEBRIS CONTROL
TANK
TANK
TANK
BLACKWATER CIRCULATION
The retention facility captures 20% of overflow from the canal. The blackwater is processed through primary screening and debris control system that to be stored in the tank. During the weather event when the tanks are fully filled, the rest of the blackwater is pumped back to either to Red Hook FaciRed Hook is full. The stored blackwater is pumped up to the treatment facility for purification.
GREYWATER CIRCULATION
The retention facility will collect rainwater in order to minimize sewer overflow and to recycle for community use. Rainwater will be collected from the ing and operation. It will then be collected in order to be sent to the treatment facility for purification.
RECYCLED CIRCULATION
Blackwater and Greywater will be processed through four steps: primary clarification, aeration tank, secondary clarification, and disinfection. When it isatrium. The purified water will be used for drinking, bathing, swimming, and irrigating for the building. The rest of the purified water will be distributed
RAINWATER COLLECTION
TREATMENT FACILITY
RETENTION FACILITY
WETLAND
TO COMMUNITY
removes large objects such as tree branch, pets, and other solids in orderlity for further control or directly to the Gowanus Canal if capacity of the
rooftop and used in the community center for toilet and mechanical cool-
s clarified, the water will be distributed along the main circulation in the d to the adjacent community for the same use.
Atrium
Swimming pool
The design of the rail station is the focus of this studio. The design is intended to represent the promise of the industry and promote the vision of the initiative. My in-tent is to create the station that will serve not only as a central hub for an urban transportation, but it is also a place to meet people, enjoy shopping, and people watch.
Iconic Kankakee, IL
Structurally Determinant Project (Fall 2010 at IIT)
- High Speed Rail Station
Professor David Brininstool / Andrew Metter 3D Rhino with Grasshopper / V-ray for 3D Max
Site strategy
Urban PlazaUrban Link Urban Iconic
Create the station as a link between two areas for the city, which previ-ously had been sep-arated by the track
Declare the site as an open public plaza because there is not enough open space around the site
Create an urban iconic station that will serve not only as a symbol in the city, but also multi-use place to attract people
Vertical compression strut
Structure
Detail of facade glass fixing Detail of roof glass fixing
12
34
5 6
12
3
1 27
8
9
Detail of roof structure
Structure Detail
1 Laminated safety glass2 Point fixing3 Steel pipe4 Vertical strut5 Steel joint plate6 Steel cable7 Silicone joint8 Cast arm with point fixing9 Steel circular hollow section
patching Chicago, IL
Community Based Building Project (Fall 2011 at IIT)
- Montessori Elementary Charter School
3D Rhino & Revit / V-ray for 3D MaxProfessor Susan Conger-Austin
The main idea is patching a good learning environment with the neighbourhood. This is based on three things: Activity, Space, and Time.
GymnatoriumCommunity & Health Center
Plaza and Playground
Outdoor Pocket
6 9 12 15 18 Time
Density
Community
6 9 12 15 18 Time
Density
Students
6 9 12 15 18 Time
Density
Students
6 9 12 15 18 Time
Density
Students
6 9 12 15 18 Time
Density
Time
Density
6 9 12 15 18
Classroom
Playground
Plaza
Time
Density
6 9 12 15 18 Time
Density
6 9 12 15 18
Rooftop Playground
1
2
5
5
6
5
6
1
3
4
3
4
5
6
7
- Patching activity 4~6 years old (3) and 7~12 years old (4)
- Education program
- Patching activity Students and Community
- Playground (6) & Urban plaza (5)
- Patching activity Students and Community in plaza (5) and playground (6)
- Patching activity Students - Two clusters (3) and (4) in playground (6)
- Patching activity Students and Community in Urban plaza (5)
- Patching activity Students and Community in Playground (6) and Rooftop (7)
- Patching activity Students and Community
- Keep existing building for community & health center (1)
- Patching activity Students and Community
- Community-sharing program Gymnasium and Auditorium (2)
3
4
Patching Time
Phase 1 Phase 2
Phase 4
Phase 5
Phase 3
Phase 5-1
Phase 5-2 Phase 6
Program organizer Matrix of the activations of the programs during the all day
Patching Activity
7 8 9 10 11 12
Classroom
Offices
Library
Multipurpose
Auditorium
Gym
Cafeteria
Play area
Central space
Morning
13 14 15 16 17 18
Afternoon
19 20 21 22 23 24
Night
Classroom
Offices
Library
Multipurpose
Auditorium
Gym
Cafeteria
Play area
Central space
Classroom
Offices
Library
Multipurpose
Auditorium
Gym
Cafeteria
Play area
Central space
Student
StaffCommunity
NURSESUITE 650
Nursesuite 650
Nursesuite 650
Classroom1,000
Classroom
Central space1,600
Classroom
Offices400
Classroom
Adm.Offices400
Classroom
Library1,200
Classroom
Multipurpose1,000
Multipurpose1,000
Classroom
Classroom
Classroom
Classroom
Classroom
Classroom1,000
Library1,200
Adm.Offices400
Offices400
Central space1,600
Offices400
Adm.Offices400
Central space1,600
Offices400
Adm.Offices400
Library1,200
Multipurpose1,000
Classroom
Classroom
Classroom
Classroom
Classroom
Classroom1,000
PLAY
AREA
25000
PLAY
AREA
25000
PLAY
AREA
25000
PLAY
AREA
25000
GYM
2,500
GYM
2,500
GYM
2,500
GYM
2,500
AUDITORIUM 1,800
AUDITORIUM 1,800
AUDITORIUM 1,800
AUDITORIUM 1,800
CLASSROOM
18000
Multipurpose3,000
LIBRARY
3,600
Adm.OFFICES1,600
CENTRALSPACE
4,800
CAFETERIA
3,300
OFFICES1,600
Classroom1,000
Classroom
Classroom
Classroom
Classroom
Classroom1,000
Classroom
Classroom
Classroom
Classroom
Classroom1,000
Classroom
Classroom
Classroom
Classroom
Classroom
Classroom
Multipurpose1,000
Multipurpose1,000
Multipurpose1,000
Library1,200
Library1,200
Library1,200
Adm.Offices400Adm.Offices400Adm.Offices400Adm.Offices400
Offices400
Offices400
Offices400
Offices400
Classroom
Central space1,600
Central space1,600
Central space1,600
Kitchen800
CAFETERIA
Adm.Offices400
Offices400
Central space1,600
Offices400
Adm.Offices400
Library1,200
Multipurpose1,000
Classroom
Classroom
Classroom
Classroom
Classroom
Classroom1,000
Central space1,600
Offices400
Adm.Offices400
Library1,200
Multipurpose1,000
Classroom
Classroom
Classroom
Classroom
Classroom
Classroom1,000
Central space1,600
Offices400
Adm.Offices400
Library1,200
Multipurpose1,000
Classroom
Classroom
Classroom
Classroom
Classroom
Classroom1,000
CAFETERIA
3,300
CAFETERIA
3,300
Indoor vsOutdoor
Flexible vs Rigid
Student vsCommunity
Cluster vs Individual
Nursesuite 650
Patching Space
0Roof plan 32’ N
UP
1
22
1
2
1 plaza2 playground3 lobby4 office5 classroom6 library7 computer lab
8 cafeteria9 multipurpose10 gym11 storage12 health center13 community center14 toliet
Multipurpose area
Roof garden acts as a playground and outdoor classroom for th
Community room
Private
Public
Semi-Public
Patching Space
Private Patching
Patching
Patching
Public
Regeneration Seoul, Korea
Master’s Project (Spring 2012 at IIT)
Professor Susan Conger-Austin
- Senior Welfare Center
As the dramatic economic development in Korea brought more people to cities, families spread out and often people had no local, extended family to take care of the elderly when they are in need. The result was a growing number of single and wid-owed people with no one to take care of them in their old age.
3D Rhino with Grasshopper / V-ray for 3D Max
Old City
Park & New CityBlocked
Old City
New City
Park
Site
New City
Park
Site
Park & New CityConnected
Old City
New City
Park
Site strategy
UP
UP
A
Swimming pool
Locker roo
Locker room
Storage
Machineroom
Auditorium
Tea room
Lobby
UP
UP
UP
UP
DN
Meetingroom
Cafe
Kitchen
Informationcenter
Lobby
Library
Green roof
Auditorium
Adm. office
Nurse suite
Toilet
Toilet
MainEnt.
A
Ground floor plan
Basement floor plan
N0 10’ 20’
Tea room
om & Sauna
& Sauna
Roof deck
Green roof
Lounge
Crafts
Arts
Meetingroom
Lobby
Roof deck
Green roof
UP
UP
UP
UP
Roof plan
N
Second floor plan0 10’ 20’
Cafe Arts & Crafts
N
Mirror Plaza
Site
Playground
Southern View
Goo
d Vi
ew Closed
Activity
Care
Activity
Care
++
=
ActiveCare
Cafe
Sauna
Public
SwimmingMeeting
Theatre
Read
Media
ArtsCrafts
Lounge
Eating
- 10.00
0.00
+ 12.00
+ 22.00
1
1
2
1
1
2
23
3
4
4
44
5
5 5
6
6
7
7
88
9
9
AM PM
View
Conventional
InteractiveInteractive Activity
Structure wire model
Unfolded layout of the roof surface
Detail section model
Section AA
Swimming pool Lobby Meeting area Auditorium
CafeInformationcenter Library
Crafts Roof deck
Green roof
0 10’ 20’
1
23
45
6 7
8
Detail section1 Laminated safety glass2 Stone cladding3 Steel rectangular hollow section4 Blind5 Steel rectangular section6 Stainless steel sheet7 Aluminum capping plate8 Cover to ventilation duct
Library
Hybrid Ecologies Cleveland, OH
Comprehensive Project Studio (Winter 2010 at OSU)
Professor Brian Holland
- LaboratoryIntegrated stormwater management has the potential to address many issues affecting the health of waterways. The most popular is to incorporate land-based solutions to handle stormwater runoff through the use of retention ponds and bioswales. The proposal for the project is hybridization between nature and architecture to reuse stormwater for laboratories.
Conference room Wetland
Lake Erie Rockefeller Park Rockefeller Lagoon Artificial Wetland(Site)
Dissipates stream energy Water flow Bacteria break down contaminants Saturated peat stores water Slow release of stored water
Provides critical wildlife habitat
Overview of water desalination and wetland concept
Wetlands perform significant economic benefits to human society, including some ecosystem services that no other ecosystem can provide, including certain types of water quality improvement, flood protection, shoreline erosion control, opportunities for recreation and aesthetic appreciation, and natural products for our use at no cost. Protecting wetlands in turn can protect our safety and welfare.
Case Western Reserve University
RockefellerPark
Cleveland
Lake Erie
RockefellerLagoon
Waterway
Case Western Reserve University
RockefellerPark
Campus Oval
Sun-Farm
Medical Center
RockefellerLagoon
Waterway
2000 Feet
Water Quality and Hydrology Flood protection Shoreline erosionFish and wildlife habitat Natural products of economic value Recreation and aesthetics
500 Feet
H2O
H2O
H2OH2O
H2O
Na+
Na+
H2O
Cl-Cl-
Cl-
Cl-
Na+Na+
H2O
H2O
H2O
H2O
H2O
H2O
Lake water
Water desalination
Fresh water
Brine water
Fresh water(Low conentrarion)
Brine water(High conentrarion)
Osmotic pressure
Membrane
Vehicle Circulation
PedestrianCirculation
Gallery
Auditorium
Parking 10,000
Dry
Dry
Dry
Dry
Dry
Dry
Wet
Wet
Wet
Wet
Wet
Wet
Green
Green
Green
Green
Parking(Visitor)
Gallery
Auditorium
Education
Dry Lab
Wet Lab
Greenhouse
Research
Education
Private
Public
Parking
Interaction between Program
Routine density between Private
Routine density between Public
Routine density between Public and Private
LobbyCafeStore
LoadingDock
LoadingDock
BuildingService
Facilities
FoundationAdvocacy
Dry Lab
Wet Lab
Greenhouse
Education
Gallery
Auditorium
Researchoffice
Parking
Educationoffice
Relations between actual program
Circulation
Visitor circulation
Researcher circulation
Delivery circulation
Open Close
Open Vs Close
Circle Packing Diagram
Phase 1
Phase 2
Phase 3
Gallery above
Store
Auditorium
Conference room
Research pond
Auditorium
Gallery load
Lab load
Gallery space
Indirect sunlightCommunication Direct sunlight Void space
The river which flows around site serves the resource for research workers and the habitat for various types of animals as well. Moreover, stormwatercould be preserved in the artificial pond on the laboratories’ roof and reuse for studying the ecology of the wetlands.
Ground plan Basement plan
Public space
Design process
Section C-C’
B
0.00
+ 2.00
- 2.00
B’
A A’
C
C’
1
2
3 2
45
6
6
7
8
9
Down
+ 15.00
+ 31.00
5.00
14.00
+ 13.00
Greenhouse open lab
Wet lab
Control pond
+ 0.00
- 14.00
Roof
Roof
- 10.00
14
14
14
15
98
7
10
11
12
13
Function
1. Lobby
2. Toilet
3. Store
4. Cafe
5. Meeting area
6. Conference room
7. Greenhouse Lab
8. Dry Lab
9. Wet Lab
10. Gallery
11. Storage
12. Loading dock
13. Auditorium
15. Mechanical room
Section C - C’
Greenhouse Lab
Greenhouse Lab
3D Print model
Gallery
Conference
ConferenceMeeting
Greenhouse Lab
Greenhouse Lab
Dry Lab
Dry Lab
Dry Lab
Dry Lab
Dry Lab
Dry Lab
Wet Lab
Wet Lab
Wet Lab
Wet Lab
Wet Lab
Wet Lab
communication Columbus, OH
Housing Master Plan Studio (Fall 2009 at OSU)
Professor Marc Manack
- Dormitory
Site zoning
Retail
Residence
Campus
N
This project is intended to compose student housing with public and student amenities with harmony. As the site area is chang-ing rapidly, there is separation between the sites. Therefore, this project will seek a new ways of connection between stu-dent housing and amenities to communicate with each other.
Revit and 3D Rhino / V-ray Rhino
East Side
Chinese / Oriental Food Convient StoreBanks / ATM’sBook Stores / Collegiate StoresPizzaFast Food
DessertsMusicHairTattoos / Piercing / Tan / SmokeClothes / ShoesElectronics / PhonesBar / FoodSemi Fast FoodConcert Hall
Parking GarageAthletic
Grouping of Pr gr West Side amo
Long duration use Short duration use
8+ years business0 - 2 years business Green space
Franchise business Locally owned business
N
Retail ResidentialSite
Buffer zone
Zone Zone
The site is , a university town, is populated by a high concentration of students during the school year and features old homes which have been converted toapartments for students use and situated in commercial area between campus and residential zone. Thus, this project is intended to make student housing with public and student amenities with harmony.Campus Residential
SiteZone ZoneCampus
Campus Zone Residential zone
Lane Ave
High St
Massing process
Plot Density Plinth & Tower Division Rotation Bridge
Pocketgarden
Plaza
Housing
Retail
Housing
Amenity
Bridge
Exploded axonometric
Common activities between program
Hybridization
Activity
Human
SINGLE
Meet
TOGETHER
Single Single
UNION
TogetherUNION
TOGETHER TOGETHER TOGETHER
SINGLE ELGNISELGNIS
SINGLE
TOGETHER
UNION
Space Human
Activity and space diagram
17 : 0006 :00 07 : 00 08 : 00 09 : 00 10 : 00 11 : 00 12 : 00 13 : 00 14 : 00 15 : 00 16 : 00 18 : 00 19 : 00 20 : 00 21 : 00 22 : 00 23 : 00 24 : 00
Time analysis
Library
Gym
Retail
Plaza
Sunken garden
Bridge
Ground floor plan
UP
UP UP
UP
UP
UP
UP
UP UP
UP
UP
UP
UP
UP
UP
UP
UP
UP
UP
1
2 2 2 2
Public amenity Existing buildings1. Grocery Store 2. Academic building 3. Concert Hall 4. Hotel 5. Department store
UP
UP
UP
UP UP
UP
UP
UP
UP
UP
UP
UP
UP
UP
UP
2 2 2
3 4 5
2
N
Typical housing floor Plan
Sunken garden
Plaza
Sunken garden
Dormitory building
Plaza
0 20’ 40’
0 100’ 200’
Amenity floor Plan
Sunken garden
Plaza
Sunken garden
Dormitory building
Plaza
0 20’ 40’
Gym
0 20’ 40’
Section AA
nature contrast - cave
Materiality Project (Fall 2008 at OSU)
Professor Chi Gang
Physical model
A common theme in both life and art is living harmoniously with the beauty of nature. This project is intended to create a small reading space and I tried to create the space for using natural contrast to show the strength of nature
The School’s installation will weave together products, objects and architecture in fluid and an integrated design for the cafe space. The architectural structure is designed to function as a dynamic wave-like environment that distributesspecially designed structure of CD sleeves. The designed structure transforms the physical surface of the architectural space
wet light
Installation Project (Spring 2008 at OSU)
Professor Michael Cadwell
Installation model in the cafe
+ + +
Four CD Sleeves
Tape
Wire
Double-Sided Tape
The idea of ‘Wet Light’ is expressed physically in the stacking forms of CD sleeve elements of the structural design. The ‘CD cube’ components are stacked together to form the total architectural structure to create a visual surface
Detail
One ‘CD Cube’