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Valeria BustosPratt Institute 2014
School of Architecture
URBAN POST-DISASTERHOUSINGProject:OEM HousingLocation:Red Hook, Brooklyn, NYYear:Summer 2013
COLUMBIA UNIVERSITY BOATHOUSE
Project:BoathouseLocation:Bronx, NYYear:Spring 2013
1 2
REPRESENTATIVE PROJECTS
URBAN POST-DISASTERHOUSING
PRATTGRADUATEDORMITORY
Project:DormitoryLocation:Brooklyn, NYYear:Fall 2012
ST. MARKSLEARNINGCENTER
Project:KindergartenLocation:Staten Island, NYYear:Spring 2012
NARRATIVEOF JOINTS
Project:Spatial Design- ModelYear:Fall 2020
3 4 5
8500 sf (BOAT STORAGE)
20,000 sf (TOTAL SF)
1
2
3
4
1
A
1
2
34
5
7
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9
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C O L U M B I A UNIVERSITY BOATHOUSEProject:BoathouseLocation:Bronx, NYYear:Spring 2013
Hudson River
Columbia UniversityAthletic Complex
Inwood Hill Park
Columbia University has decided to upgrade its boathouse facility on the Harlem River adjacent to Baker Field sports complex and Inwood Hill Park. The boathouse is designed as a “tailored” shed that is informed by the parameters of shell/ oar storage, access and the movement of the body in space. The shed is to be responsive to the interior and exterior pressures of program and site. The shed provides natural light and ventilation through its operable exterior walls and facade. The boathouse project is a perfect opportunity to engage in such a critical response to the water’s edge. Through a careful design, a series of structures which refuse to contribute to resource depletion and wetleand destruction, provides opportunities for community engagement with the city’s most underutilized natural resource, its waterfront.
LOBB
Y:M
EMBE
RSHIP
OFF
ICE
COM
MUN
ITY:
MUL
TI-P
URPO
SE/ E
RG T
RAIN
ING
UP
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E1
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SCSB
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S7
S6
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S4
S3
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S1
LOBB
Y:RE
CEPTI
ON
OARS
OARS
OARS
OARS
0 50 100
SECTI
ON A
SECTI
ON A
SECTION C
SECTION C
SECTION B
SECTION B
BATH
ROOM
BATH
ROOM
ADMIN
:ST
AFF O
FFIC
ES
ADMIN
:ST
AFF O
FFIC
ES
ADMIN
:ST
AFFOFF
ICES
ADMIN:INDIVIDUAL
OFFICE
TRAI
NIN
G:EQ
UIPM
ENT
STO
RAGE
WALL SECTION 1
WAL
L SE
CTIO
N 2
ADMIN
:CO
ACHES'
OFFIC
E
ADMIN
:ST
AFFOFF
ICES
22'-5 29/32"
22'-6 1/32"
20'-0
"
20'-0
"
20'-0
"
20'-0
"
20'-0
"
20'-0
"
16'-9"
20'-0"
20'-0"
20'-0"
20'-0"
20'-0"
20'-0"
20'-0"
20'-0"
20'-0"
19'-9 7/32"
10'-0"
17'-0"
10'-9
"
28'-3
"
22'-0 1/16"
Ground Plan
LobbyAdministrationCommunityBoat StorageTraining Parking
Private ForceUrban ForceCommunity Force
Force Diagram
Surface Generation Diagram
67 5 4
TOS - 2ND FLOOR
0' - 0"GRADE
32' - 0"TOS - ROOF
16' - 0"
16' - 0"
0' - 0"GRADE
TOS - ROOF31' - 11"
TOS - 2ND FLOOR
1 2 34
5
6
7
8
9
10
11
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13
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Legend:
1- Stone Pavers2- Sloped Insulation3- Concrete Slab4- Rigid Insulation5- Insulated Glass6- Green Roof7- Filter Fabric8- Reservoir Layer9- Moisture Retention10- Aeration Layer11- Drainage Layer12- Root Barrier13- Protection Course14- Roof Waterproof15- Metal Decking16- In Slab Vents17- Thermal Break18- Coxed 8 Shell19- Boat Rack20- Frame with Frosted Glass21- Column Footing22- Pile Cap23- Gravel24- Sand25- Pile26- Drain Pipe
67 5 4
TOS - 2ND FLOOR
0' - 0"GRADE
32' - 0"TOS - ROOF
16' - 0"
Section 01
Lobby, Parking & Training
Boathouse Storage
It is a challenge to shelter New Yorkers in place after a storm. The difficulty of housing a large population of renters as well as owners in proximity to their neighbors and corner stores led OEM to study the posibilities of pre-fab-ricated multi-family dwelling and to the comission, with FEMA, the construction of a proto-type. The design explores the impact of placing the proto-type in Red Hook, Brooklyn. It explores the potential needs and benefits to the residents and their local economic and social networks. Pratt Institute’s Recovery Adaptation Mitigation and Planning program (RAMP) demonstrates how the prototype could keep people close to home by rebuilding urban neighborhoods. The prototype units used in aggregate as vibrant components, reflected the need of the neighborhood as possible safety networks within the community.
LEGEND SHELTERS/ ACADEMIC FACILITIES
FOOD PROVIDERS
GREENERY
PAVED CONNECTIONS
N
URBAN POST-DISASTERHOUSINGProject:OEM HousingLocation:Red Hook, Brooklyn, NYYear:Summer 2013
Possible Shelters
B/Q Expressway
Site Location
STACKING UNITS PRO-VIDES ADDITIONAL BAL-
DOUBLE BEDROOM
SINGLE BEDROOM
TRIPLE BEDROOM
SINGLE BEDROOM & COMMERCIAL SPACE
AGGREGATION
VERTICAL CIRCULATION
AGGREGATION
STREET ACCESS TO EXTERIOR CORRI-
UNIT ARRANGEMENT
CIRCULATION FLOW
STREET ACCESS
SITE: PARKING
ELEVATED UNITS
CASCADING ROOFTOPS
ELEVATED WALKWAYS & BALCONIES
Double Bedroom
Single Bedroom
Triple Bedroom
Single Bedroom &Commercial Space
Sliding Units ProvidesAdditional Balcony
Aggregation
Vertical Circulation
Aggregation
Green Roof Spaces
WEST 9TH ST.
HIC
KS
ST.
HE
NR
Y S
T.
GROUND FLOOR PLANSCALE: 1/16” = 1’ - 0”
WEST 9TH ST.
WEST 9TH ST.
HIC
KS
ST.
HE
NR
Y S
T.
GROUND FLOOR PLANSCALE: 1/16” = 1’ - 0”
WEST 9TH ST.
HIC
KS
ST.
HE
NR
Y S
T.
Ground Plan
Third Floor Plan
Roof Plan
LONGITUDINAL SECTION: FOOD COOPERATIVE AND ACADEMIC FACILITIESSCALE: 1/16” = 1’ - 0”
Commercial and Recreational Spaces
LONGITUDINAL SECTION: FOOD COOPERATIVE AND ACADEMIC FACILITIESSCALE: 1/16” = 1’ - 0”
ELEVATED WALKWAY
Section 02
Section 01
Circulation, Corridors, & Balcony Spaces
SITE1:200
ROOF PLAN3/32” =1’- 0
7TH FLOOR3/32” =1’- 0
PRATTGRADUATEDORMITORYProject:DormitoryLocation:Brooklyn, NYYear:Fall 2012
Brownstones
Warehouses
Site Location Kent Avenue
Franklin Avenue
Considerations when building in any city must respond to con-text and establish a position with respect to the fabric of the city- New York City. The design is a mid-rise graduate housing community of 55 two and single bed-room apartments for Pratt Institute. The site is a 15,000 s.f. infill site in Brooklyn adjacent to the Pratt campus. The design of a medium density dormitory housing is an opportunity to investigate multiple limitations and an architectural identity in an urban area. The use of a structural module is taken as a point of departure for the housing project. The regularity of the module is used to allow volumetric invention with regard to public spaces. The structure emerges as spatial determinant. The individual dwelling unit is explored in light of the contrast between public and private space.
Roof Plan
7th Floor Plan
6th Floor Plan
Legend:
Circulation Level Below (Duplex Units)
Back Facade & Circulation
7th Floor and Roof Patio, Interior View
FACADE
Front Elevation
FACADEFront Facade
Front Facade Frame
Exterior Stair
Back Facade
Channeled Glass & Window
Back Facade Frame
Sliding Glass Doors
Balcony Space
Exploded Axonometric of Facade Layers
Back Elevation
The process of the project began with the design of a prototypical class-room. These classrooms were then repeated or iterated and their strategies were extended to develop the larger interior and exterior environment of the overall kindergarten which was located on a steeply sloping site in St. George, a neighborhood located in Staten Island, NY. As the aggregation and assemblage of the different classrooms formed there was an opportunity to create a “playscape” on the roof of the building. The roof gave way for an additional space to be used as a recreational area, yet have a sense of uniformity throughout the project. The roof made different levels accessible to different classrooms and different areas of the program.
ST. MARKSLEARNINGCENTERProject:KindergartenLocation:Staten Island, NYYear:Spring 2012
Special Planning Areas
St. George’s HistoricalDistrict
Sloping Site Location
Hudson River
PLAN 01 PLAN 02 PLAN 03 PLAN 04 PLAN 05 PLAN 06 PLAN 01 PLAN 02 PLAN 03 PLAN 04 PLAN 05 PLAN 06Roof Plan Ground Plan
CR1
CR1
CR2
CR2
CR3
GYM
GYM
CR3
MUSIC
CR4
CR4
CR5
CR5
ADMINISTRATION
Classrooms
Music & Gym Facilities
Administration
Section 01
Program Diagram
Building Structure In Relation To Contour & Site
Example of a Classroom In Relation to Roof Playscape
Excavated Site
Ground PLane for Classrooms
Classroom Prototypes
Structural Grid
Roof/ Playscape
Exploded Axonometric of Aggregations
NARRATIVEOF JOINTSProject:Spatial Design- ModelYear:Fall 2012
Joint of Space, the established tectonic characterizes a spatial joinery. The joints dematerialize and the voids charge. Understanding the cube as an embryonic possibility, out of which something differentiated and therefore ‘not cube’ would arise. Sequences of geometric transformation, then constructed tectonic ensembles to enact them. Continuing the idea of transformation, alowed for a static rather than a dynamic system. To create legible systems of structure and enclosure that took “identities” that were open to transformation within, and re-relation between. This play of identities created hierarchies of spatial and material enclosure that constituted as this final project.
Section 01
Cubic Spatial Diagram Research