ADC2
—
—
Alternative Desert Cities 2
Dicker Section Study

Alternative Desert Cities 2

In progress study section for a new lifted urban infrastructure that hovers lightly above Phoenix by student Amy DickerIn progress study section for a new lifted urban infrastructure that hovers lightly above Phoenix by student Amy DickerIn progress study section for a new lifted urban infrastructure that hovers lightly above Phoenix by student Amy DickerIn progress study section for a new lifted urban infrastructure that hovers lightly above Phoenix by student Amy Dicker
In progress study section for a new lifted urban infrastructure that hovers lightly above Phoenix by student Amy Dicker
In progress study section for a new lifted urban infrastructure that hovers lightly above Phoenix by student Amy Dicker

Diagrams

Studies

Infrastructure

Teaching

Landscape

RELATED RESEARCH IMAGES

Plan view of a model showing a new density of housing extending and terracing into a mountain by student Camille MedeirosPlan view of a model showing a new density of housing extending and terracing into a mountain by student Camille MedeirosPlan view of a model showing a new density of housing extending and terracing into a mountain by student Camille MedeirosPlan view of a model showing a new density of housing extending and terracing into a mountain by student Camille Medeiros
Plan study for a unit made up of multiple separable pie-wedge pieces by student Cecile KimPlan study for a unit made up of multiple separable pie-wedge pieces by student Cecile KimPlan study for a unit made up of multiple separable pie-wedge pieces by student Cecile KimPlan study for a unit made up of multiple separable pie-wedge pieces by student Cecile Kim
Long section perspective drawing blending landscape with a community of sunken housing units by student Amberley JohnsonLong section perspective drawing blending landscape with a community of sunken housing units by student Amberley JohnsonLong section perspective drawing blending landscape with a community of sunken housing units by student Amberley JohnsonLong section perspective drawing blending landscape with a community of sunken housing units by student Amberley Johnson
Conceptual urban sections studied at various scales for a flat and high density urbanism in Phoenix by student Ian BirlConceptual urban sections studied at various scales for a flat and high density urbanism in Phoenix by student Ian BirlConceptual urban sections studied at various scales for a flat and high density urbanism in Phoenix by student Ian BirlConceptual urban sections studied at various scales for a flat and high density urbanism in Phoenix by student Ian Birl
Introduction image of the Alternative Desert Cities studio showing a colorized map of the Phoenix sprawlIntroduction image of the Alternative Desert Cities studio showing a colorized map of the Phoenix sprawlIntroduction image of the Alternative Desert Cities studio showing a colorized map of the Phoenix sprawlIntroduction image of the Alternative Desert Cities studio showing a colorized map of the Phoenix sprawl
Unit diagram and perspective of a communal module for gathering water runoff on the mountain by student Brandon PowellUnit diagram and perspective of a communal module for gathering water runoff on the mountain by student Brandon PowellUnit diagram and perspective of a communal module for gathering water runoff on the mountain by student Brandon PowellUnit diagram and perspective of a communal module for gathering water runoff on the mountain by student Brandon Powell
Urban massing model for a series of landscape bars cut into the landscape by student Amberley JohnsonUrban massing model for a series of landscape bars cut into the landscape by student Amberley JohnsonUrban massing model for a series of landscape bars cut into the landscape by student Amberley JohnsonUrban massing model for a series of landscape bars cut into the landscape by student Amberley Johnson
Axonometric diagram illustrating the variety and organization of a tower with shared farming terraces by student Zihao LiAxonometric diagram illustrating the variety and organization of a tower with shared farming terraces by student Zihao LiAxonometric diagram illustrating the variety and organization of a tower with shared farming terraces by student Zihao LiAxonometric diagram illustrating the variety and organization of a tower with shared farming terraces by student Zihao Li
Collage perspective studying the possibility of a hybrid housing and farming typology around Phoenix by student Zihao LiCollage perspective studying the possibility of a hybrid housing and farming typology around Phoenix by student Zihao LiCollage perspective studying the possibility of a hybrid housing and farming typology around Phoenix by student Zihao LiCollage perspective studying the possibility of a hybrid housing and farming typology around Phoenix by student Zihao Li
Street perspective showing the inclusion of additional programs throughout the suburbs by student Christopher FernandezStreet perspective showing the inclusion of additional programs throughout the suburbs by student Christopher FernandezStreet perspective showing the inclusion of additional programs throughout the suburbs by student Christopher FernandezStreet perspective showing the inclusion of additional programs throughout the suburbs by student Christopher Fernandez
Urban section illustrating the layers of landscape, housing, and canopy cover for creating a new city by student Cecile KimUrban section illustrating the layers of landscape, housing, and canopy cover for creating a new city by student Cecile KimUrban section illustrating the layers of landscape, housing, and canopy cover for creating a new city by student Cecile KimUrban section illustrating the layers of landscape, housing, and canopy cover for creating a new city by student Cecile Kim
Urban massing model for a series of infill towers on the unused land around highway interchanges by student Xingyu ZhongUrban massing model for a series of infill towers on the unused land around highway interchanges by student Xingyu ZhongUrban massing model for a series of infill towers on the unused land around highway interchanges by student Xingyu ZhongUrban massing model for a series of infill towers on the unused land around highway interchanges by student Xingyu Zhong
Exploded diagram of the components creating a community on the new lands of the Salt River by student Cecile KimExploded diagram of the components creating a community on the new lands of the Salt River by student Cecile KimExploded diagram of the components creating a community on the new lands of the Salt River by student Cecile KimExploded diagram of the components creating a community on the new lands of the Salt River by student Cecile Kim
Initial study sketch for terraced housing units within the Salt River wash in Phoenix by student Cecile KimInitial study sketch for terraced housing units within the Salt River wash in Phoenix by student Cecile KimInitial study sketch for terraced housing units within the Salt River wash in Phoenix by student Cecile KimInitial study sketch for terraced housing units within the Salt River wash in Phoenix by student Cecile Kim
Mass study separating communal and private facilities within a stepped mountainous landscape by student Camille MedeirosMass study separating communal and private facilities within a stepped mountainous landscape by student Camille MedeirosMass study separating communal and private facilities within a stepped mountainous landscape by student Camille MedeirosMass study separating communal and private facilities within a stepped mountainous landscape by student Camille Medeiros
Urban plan to foster a microclimate between paired housing bars on the northern face of Camelback by student Donglei CaoUrban plan to foster a microclimate between paired housing bars on the northern face of Camelback by student Donglei CaoUrban plan to foster a microclimate between paired housing bars on the northern face of Camelback by student Donglei CaoUrban plan to foster a microclimate between paired housing bars on the northern face of Camelback by student Donglei Cao
Perspective and diagram of a mountain housing unit utilizing the natural properties of the earth by student Brandon PowellPerspective and diagram of a mountain housing unit utilizing the natural properties of the earth by student Brandon PowellPerspective and diagram of a mountain housing unit utilizing the natural properties of the earth by student Brandon PowellPerspective and diagram of a mountain housing unit utilizing the natural properties of the earth by student Brandon Powell
Model of serpentine housing bars made up of stacked units along the contours of Camelback Mountain by student Donglei CaoModel of serpentine housing bars made up of stacked units along the contours of Camelback Mountain by student Donglei CaoModel of serpentine housing bars made up of stacked units along the contours of Camelback Mountain by student Donglei CaoModel of serpentine housing bars made up of stacked units along the contours of Camelback Mountain by student Donglei Cao
Urban plan for a micro-community of housing and services around a reservoir by student Huyen PhamUrban plan for a micro-community of housing and services around a reservoir by student Huyen PhamUrban plan for a micro-community of housing and services around a reservoir by student Huyen PhamUrban plan for a micro-community of housing and services around a reservoir by student Huyen Pham
Concept collage illustrating the ambition to embed a new form of housing into farming circles by student Alejandra LobatoConcept collage illustrating the ambition to embed a new form of housing into farming circles by student Alejandra LobatoConcept collage illustrating the ambition to embed a new form of housing into farming circles by student Alejandra LobatoConcept collage illustrating the ambition to embed a new form of housing into farming circles by student Alejandra Lobato
Next

RELATED PROJECT IMAGES

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.
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 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.
Coney Island will remain a MUTANT appendage at the farthest shore of New York City. Coney is an agglomeration of all of its histories and should continue to simultaneously move each agenda forward. Coney will continue to evolve through mutations— this vision will accelerate its hybridity.
The YELE music studio competition, underway before the earthquake, must respond now, but plan for the future of the community. Music is relief in a time of tragedy. The goal is to meet the most basic survival needs now while leaving spaces for future growth through self sustaining phases.
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.
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.
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.

OTHER RESEARCH