FWISP
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Framework: ISP
Pavilion Types

Framework: ISP

Diagram of the various types of forms that the FWISP system can form for Winter Station eventsDiagram of the various types of forms that the FWISP system can form for Winter Station eventsDiagram of the various types of forms that the FWISP system can form for Winter Station eventsDiagram of the various types of forms that the FWISP system can form for Winter Station events
Diagram of the various types of forms that the FWISP system can form for Winter Station events

Designed as a low-cost, adaptable system, FW:ISP can transform to fit various spaces—from beaches to urban squares. It can stretch horizontally as a pavilion, stack vertically as a lifeguard stand, shrink into a bus stop, or form a labyrinth.

Diagram of the various types of forms that the FWISP system can form for Winter Station events

Axonometrics

Diagrams

Forms

Competitions

Installations

RELATED RESEARCH IMAGES

RELATED PROJECT IMAGES

Elevation drawing of the FW:ISP system in a typical Winter Station configuration with people and plantsElevation drawing of the FW:ISP system in a typical Winter Station configuration with people and plantsElevation drawing of the FW:ISP system in a typical Winter Station configuration with people and plantsElevation drawing of the FW:ISP system in a typical Winter Station configuration with people and plants
1:1 3D printed mockup of the FWISP nodes and plants for the FWISP Winter Station construction1:1 3D printed mockup of the FWISP nodes and plants for the FWISP Winter Station construction1:1 3D printed mockup of the FWISP nodes and plants for the FWISP Winter Station construction1:1 3D printed mockup of the FWISP nodes and plants for the FWISP Winter Station construction
Perspective of visitors gathering around the FWISP pavilion at the Toronto Winter Station eventsPerspective of visitors gathering around the FWISP pavilion at the Toronto Winter Station eventsPerspective of visitors gathering around the FWISP pavilion at the Toronto Winter Station eventsPerspective of visitors gathering around the FWISP pavilion at the Toronto Winter Station events
Typical experience of the FWISP system showing Winter Station visitors sitting on the structureTypical experience of the FWISP system showing Winter Station visitors sitting on the structureTypical experience of the FWISP system showing Winter Station visitors sitting on the structureTypical experience of the FWISP system showing Winter Station visitors sitting on the structure
Aerial rendering of the FWISP Winter Station pavilion on the snowy beachAerial rendering of the FWISP Winter Station pavilion on the snowy beachAerial rendering of the FWISP Winter Station pavilion on the snowy beachAerial rendering of the FWISP Winter Station pavilion on the snowy beach
Front elevation of the FWISP pavilion Winter Station showing the lake beyondFront elevation of the FWISP pavilion Winter Station showing the lake beyondFront elevation of the FWISP pavilion Winter Station showing the lake beyondFront elevation of the FWISP pavilion Winter Station showing the lake beyond
Scale model showing the entire kit of parts needed to assemble the FWISP pavilion for Winter StationsScale model showing the entire kit of parts needed to assemble the FWISP pavilion for Winter StationsScale model showing the entire kit of parts needed to assemble the FWISP pavilion for Winter StationsScale model showing the entire kit of parts needed to assemble the FWISP pavilion for Winter Stations
Plan drawing of the FWISP system showing the porous ground floor with seats for Winter Station visitorsPlan drawing of the FWISP system showing the porous ground floor with seats for Winter Station visitorsPlan drawing of the FWISP system showing the porous ground floor with seats for Winter Station visitorsPlan drawing of the FWISP system showing the porous ground floor with seats for Winter Station visitors
Scaled model of the entire assembly of the FWISP Winter Station pavilionScaled model of the entire assembly of the FWISP Winter Station pavilionScaled model of the entire assembly of the FWISP Winter Station pavilionScaled model of the entire assembly of the FWISP Winter Station pavilion

OTHER PROJECTS

QTCT is tasked to blend these two identities onto one site—a give and take relationship between beach ambitions and urban necessities. QTCT is a sampling of two worlds: on one hand it is the embodiment of the language of the beach and on the other it is a detailed and exacting built urban space.
The GBN project sites itself as this link connecting the busiest night life district and revitalized neighborhood park in the north, the largest beach front in the city to the south, and establishes the cities first large public plaza and recreation fields adjacent to the new building.
The CART live/work housing prototype adds a vertical profile to downtown while converting an underutilized public path into an urban gesture by introducing of a specialized food cart zone in New Haven. The CART residents would rent and appropriate the moving space as a means of expanding their zone.
The Butterfly Theater is a living pavilion—part sculpture, part habitat, part playground. It takes inspiration from the elegance of flamingos and the presence of butterflies in Miami Beach, transforming the park’s open center into a place of movement, color, and quiet spectacle.
The Urban Test Object (UTO) serves as a large-scale intervention that accelerates our relationship with the future city. Rather than solving issues like density, infrastructure, or access, the UTO heightens awareness of the rapid urban transformations shaping our future.
The challenge of creating a pair of studio apartments that can fill a lifted 16'x16' void necessitates the creation of a quick, mobile, and opportunistic building system that can react to the found conditions of the site. Access to the site is limited and the ground must be free.
In Tempe there are two pedestrian axes: Mill Avenue and Palm Walk. Mill Avenue is successful and Palm Walk is not. Is there a way to make the palm trees useful to the students? The PEP structure is powered by buried hydraulic pressure systems giving vertical movement to the layer/palm interface.
University Island is a swirling shapeshifter, in both the landscape and the architecture, that offers it’s undefined field of opportunities to the students and anticipates that each will discover and produce their own individual relationship with the island and their education.

OTHER RESEARCH