CTST
Compression Test
Storage Skin Model

Compression Test

Models of the CTST infill housing prototype showing the structural grid skin that doubles as storage and enclosureModels of the CTST infill housing prototype showing the structural grid skin that doubles as storage and enclosureModels of the CTST infill housing prototype showing the structural grid skin that doubles as storage and enclosureModels of the CTST infill housing prototype showing the structural grid skin that doubles as storage and enclosure

RELATED RESEARCH IMAGES

RELATED PROJECT IMAGES

Section showing the compressed nature of the CTST infill housing units within a void as entered from belowSection showing the compressed nature of the CTST infill housing units within a void as entered from belowSection showing the compressed nature of the CTST infill housing units within a void as entered from belowSection showing the compressed nature of the CTST infill housing units within a void as entered from below
Axonometric animation showing the various layers of the CTST project from columns to circulation and unit spacesAxonometric animation showing the various layers of the CTST project from columns to circulation and unit spacesAxonometric animation showing the various layers of the CTST project from columns to circulation and unit spacesAxonometric animation showing the various layers of the CTST project from columns to circulation and unit spaces
Series of axonometric drawings of the various components of the CTST infill unit constructionsSeries of axonometric drawings of the various components of the CTST infill unit constructionsSeries of axonometric drawings of the various components of the CTST infill unit constructionsSeries of axonometric drawings of the various components of the CTST infill unit constructions
Pair of model studies looking at the structural system and shelving systems stabilizing the CTST infill constructionPair of model studies looking at the structural system and shelving systems stabilizing the CTST infill constructionPair of model studies looking at the structural system and shelving systems stabilizing the CTST infill constructionPair of model studies looking at the structural system and shelving systems stabilizing the CTST infill construction
Set of study models looking at using tilt-up structure and pathways to hold two units in the CTST studySet of study models looking at using tilt-up structure and pathways to hold two units in the CTST studySet of study models looking at using tilt-up structure and pathways to hold two units in the CTST studySet of study models looking at using tilt-up structure and pathways to hold two units in the CTST study
CTST Construction diagram based on shelving systems stabilized by combining frames with solid volumes CTST Construction diagram based on shelving systems stabilized by combining frames with solid volumes CTST Construction diagram based on shelving systems stabilized by combining frames with solid volumes CTST Construction diagram based on shelving systems stabilized by combining frames with solid volumes
Sequence of construction strategies for building two units of CTST compressed housing from a void belowSequence of construction strategies for building two units of CTST compressed housing from a void belowSequence of construction strategies for building two units of CTST compressed housing from a void belowSequence of construction strategies for building two units of CTST compressed housing from a void below
Sequence showing the modular components for the CTST construction with frames, bed modules, storage and servicesSequence showing the modular components for the CTST construction with frames, bed modules, storage and servicesSequence showing the modular components for the CTST construction with frames, bed modules, storage and servicesSequence showing the modular components for the CTST construction with frames, bed modules, storage and services
Series of function diagrams of the CTST housing units showing the rooms, shelving, and circulationSeries of function diagrams of the CTST housing units showing the rooms, shelving, and circulationSeries of function diagrams of the CTST housing units showing the rooms, shelving, and circulationSeries of function diagrams of the CTST housing units showing the rooms, shelving, and circulation
Series of concept sketches for informal structural systems that can be tilted up for the CTST housing infillSeries of concept sketches for informal structural systems that can be tilted up for the CTST housing infillSeries of concept sketches for informal structural systems that can be tilted up for the CTST housing infillSeries of concept sketches for informal structural systems that can be tilted up for the CTST housing infill
Functions made possible by the all-in-one module with bed, bench, and kitchen for the CTST micro unitsFunctions made possible by the all-in-one module with bed, bench, and kitchen for the CTST micro unitsFunctions made possible by the all-in-one module with bed, bench, and kitchen for the CTST micro unitsFunctions made possible by the all-in-one module with bed, bench, and kitchen for the CTST micro units
Diagram showing the various multi-function capabilities within the shared party wall of the CTST infill designDiagram showing the various multi-function capabilities within the shared party wall of the CTST infill designDiagram showing the various multi-function capabilities within the shared party wall of the CTST infill designDiagram showing the various multi-function capabilities within the shared party wall of the CTST infill design

OTHER PROJECTS

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.
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.
Utilizing built form as a strategic carrier of culture in opposition of the status quo, the Hellinikon project links the disconnected suburban mountain communities to the east with the sea to the west while splitting the Hellinikon International Airport and Olympic Park into distinct zones.
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.
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.
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 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.
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.

OTHER RESEARCH