FWISP
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Framework: ISP
Pavilion Model - Node Flowers Mockup

Framework: ISP

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
1:1 3D printed mockup of the FWISP nodes and plants for the FWISP Winter Station construction

Structural nodes are 3D printed to snap together. Nodes that aren’t used for the structure can be used to host seasonal winter plants

1:1 3D printed mockup of the FWISP nodes and plants for the FWISP Winter Station construction

Models

Competitions

Installations

RELATED RESEARCH IMAGES

RELATED PROJECT IMAGES

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
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
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
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
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
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
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
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
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

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 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.
Seeing Park Avenue as an underutilized zone that connects four vibrant neighborhoods from 42nd Street to 144th Street, Infrastructural Infill is a study testing the potential to locate a combination of mixed-use housing and transportation in the residual spaces caused by urban infrastructure.
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.
Scaffolding is often seen as a temporary urban necessity—functional, but rarely celebrated. This project reimagines scaffolding as an architectural intervention and public art piece throughout Española Way, transforming it into a vibrant, interactive element in Miami Beach’s urban fabric.
Framework: Inverted Square Pyramid (FW:ISP) reimagines the traditional pyramid by flipping it upside down, shifting its focus from the cosmos to the people. The structure’s apexes become seating points within a flexible, interactive framework that encourages public engagement and play.
Planes, frames, and volumes are fundamentals to all assembly logics. With the proliferation of additive production methods, the possibility of volumetric prefabricated components has the potential to radically alter the way that we conceive of construction and the permanence of building parts.
The RACA project must meet two demands: A. REFLECTION (museum) or B. CONTINUATION (practice + addition). The current program and its stagnancy has left the site forgotten—it is a typical static museum on a living site. The site and addition must constantly change through the participation of people.

OTHER RESEARCH