ADC3
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Alternative Desert Cities 3
Maulsi Unit Diagram

Alternative Desert Cities 3

Housing diagram of the various spaces within the housing bars proposed by student Adrisda MaulsiHousing diagram of the various spaces within the housing bars proposed by student Adrisda MaulsiHousing diagram of the various spaces within the housing bars proposed by student Adrisda MaulsiHousing diagram of the various spaces within the housing bars proposed by student Adrisda Maulsi
Housing diagram of the various spaces within the housing bars proposed by student Adrisda Maulsi
Housing diagram of the various spaces within the housing bars proposed by student Adrisda Maulsi

Diagrams

Isometrics

Studies

Housing

Teaching

Urbanism

RELATED RESEARCH IMAGES

Sectional drawing cutting through the stacked housing volumes connected to new regional transit by student Weicheng WangSectional drawing cutting through the stacked housing volumes connected to new regional transit by student Weicheng WangSectional drawing cutting through the stacked housing volumes connected to new regional transit by student Weicheng WangSectional drawing cutting through the stacked housing volumes connected to new regional transit by student Weicheng Wang
Concept image illustrating a timeline from known urban form to a merged mountain/housing city by student Salvador BenitezConcept image illustrating a timeline from known urban form to a merged mountain/housing city by student Salvador BenitezConcept image illustrating a timeline from known urban form to a merged mountain/housing city by student Salvador BenitezConcept image illustrating a timeline from known urban form to a merged mountain/housing city by student Salvador Benitez
Collage of a the desert on fireCollage of a the desert on fireCollage of a the desert on fireCollage of a the desert on fire
Perspective of the internal relationship between the density of infill towers and connections by student student Brayan MunozPerspective of the internal relationship between the density of infill towers and connections by student student Brayan MunozPerspective of the internal relationship between the density of infill towers and connections by student student Brayan MunozPerspective of the internal relationship between the density of infill towers and connections by student student Brayan Munoz
Plan view of a physical model showing the housing bars shaped between open spaces of golf courses by student Adrisda MaulsiPlan view of a physical model showing the housing bars shaped between open spaces of golf courses by student Adrisda MaulsiPlan view of a physical model showing the housing bars shaped between open spaces of golf courses by student Adrisda MaulsiPlan view of a physical model showing the housing bars shaped between open spaces of golf courses by student Adrisda Maulsi
Extended urban section drawing conceptually cutting the various sizes of housing funnels proposed by student Brandon ShiehExtended urban section drawing conceptually cutting the various sizes of housing funnels proposed by student Brandon ShiehExtended urban section drawing conceptually cutting the various sizes of housing funnels proposed by student Brandon ShiehExtended urban section drawing conceptually cutting the various sizes of housing funnels proposed by student Brandon Shieh
Conceptual image of a dense future city born of organic forms that contrast existing Phoenix forms by student Brayan MunozConceptual image of a dense future city born of organic forms that contrast existing Phoenix forms by student Brayan MunozConceptual image of a dense future city born of organic forms that contrast existing Phoenix forms by student Brayan MunozConceptual image of a dense future city born of organic forms that contrast existing Phoenix forms by student Brayan Munoz
Perspective view from the top terraces of the proposed housing layer on Camelback Mountain by student Miguel Ceniseros NunezPerspective view from the top terraces of the proposed housing layer on Camelback Mountain by student Miguel Ceniseros NunezPerspective view from the top terraces of the proposed housing layer on Camelback Mountain by student Miguel Ceniseros NunezPerspective view from the top terraces of the proposed housing layer on Camelback Mountain by student Miguel Ceniseros Nunez
Conceptual image proposing an entire city of housing set within the shadows of Camelback by student Miguel Ceniseros NunezConceptual image proposing an entire city of housing set within the shadows of Camelback by student Miguel Ceniseros NunezConceptual image proposing an entire city of housing set within the shadows of Camelback by student Miguel Ceniseros NunezConceptual image proposing an entire city of housing set within the shadows of Camelback by student Miguel Ceniseros Nunez
Elevation rendering of a modular system of housing based on an indoor/outdoor 'H' shaped unit by student Weicheng WangElevation rendering of a modular system of housing based on an indoor/outdoor 'H' shaped unit by student Weicheng WangElevation rendering of a modular system of housing based on an indoor/outdoor 'H' shaped unit by student Weicheng WangElevation rendering of a modular system of housing based on an indoor/outdoor 'H' shaped unit by student Weicheng Wang
Top view of a physical model studying an infill region of towers and raised regional infrastructure by student Dellan RaishTop view of a physical model studying an infill region of towers and raised regional infrastructure by student Dellan RaishTop view of a physical model studying an infill region of towers and raised regional infrastructure by student Dellan RaishTop view of a physical model studying an infill region of towers and raised regional infrastructure by student Dellan Raish
Perspective showing the massing density of individual housing units and open spaces in student Melissa Quinones' proposalPerspective showing the massing density of individual housing units and open spaces in student Melissa Quinones' proposalPerspective showing the massing density of individual housing units and open spaces in student Melissa Quinones' proposalPerspective showing the massing density of individual housing units and open spaces in student Melissa Quinones' proposal
Urban concept plan diagramming a larger diagonal grid of nodes over Phoenix by student Salma Osuna LopezUrban concept plan diagramming a larger diagonal grid of nodes over Phoenix by student Salma Osuna LopezUrban concept plan diagramming a larger diagonal grid of nodes over Phoenix by student Salma Osuna LopezUrban concept plan diagramming a larger diagonal grid of nodes over Phoenix by student Salma Osuna Lopez
Programmatic massing diagram showing an overall and cut mass showing housing and shared spaces by student Lamarra CarterProgrammatic massing diagram showing an overall and cut mass showing housing and shared spaces by student Lamarra CarterProgrammatic massing diagram showing an overall and cut mass showing housing and shared spaces by student Lamarra CarterProgrammatic massing diagram showing an overall and cut mass showing housing and shared spaces by student Lamarra Carter
Housing plan showing the units within a single housing mound massing proposed by student Lauren BennettHousing plan showing the units within a single housing mound massing proposed by student Lauren BennettHousing plan showing the units within a single housing mound massing proposed by student Lauren BennettHousing plan showing the units within a single housing mound massing proposed by student Lauren Bennett
Concept diagram by student Michael Felix illustrating the ambition to blend city with desert through fragmentationConcept diagram by student Michael Felix illustrating the ambition to blend city with desert through fragmentationConcept diagram by student Michael Felix illustrating the ambition to blend city with desert through fragmentationConcept diagram by student Michael Felix illustrating the ambition to blend city with desert through fragmentation
Stepping housing section showing the units, gradens and circulation of the funnel-shaped forms by student Brandon ShiehStepping housing section showing the units, gradens and circulation of the funnel-shaped forms by student Brandon ShiehStepping housing section showing the units, gradens and circulation of the funnel-shaped forms by student Brandon ShiehStepping housing section showing the units, gradens and circulation of the funnel-shaped forms by student Brandon Shieh
Early massing study of a dense horizontal volume of housing within downtown Phoenix by student Brennan RichardsEarly massing study of a dense horizontal volume of housing within downtown Phoenix by student Brennan RichardsEarly massing study of a dense horizontal volume of housing within downtown Phoenix by student Brennan RichardsEarly massing study of a dense horizontal volume of housing within downtown Phoenix by student Brennan Richards
Regional aerial perspective of an early massing concept for housing forms blending with the landscape by student Brayan MunozRegional aerial perspective of an early massing concept for housing forms blending with the landscape by student Brayan MunozRegional aerial perspective of an early massing concept for housing forms blending with the landscape by student Brayan MunozRegional aerial perspective of an early massing concept for housing forms blending with the landscape by student Brayan Munoz
Concept elevation revealing student Michael Felix's strategy to create a series of simple bars that frame existing landscapesConcept elevation revealing student Michael Felix's strategy to create a series of simple bars that frame existing landscapesConcept elevation revealing student Michael Felix's strategy to create a series of simple bars that frame existing landscapesConcept elevation revealing student Michael Felix's strategy to create a series of simple bars that frame existing landscapes

RELATED PROJECT IMAGES

OTHER PROJECTS

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.
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.
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.
Expanding the mission of the local Biscayne National Park Institute, MICROGROVE is a living research community designed for scientists, ecologists, researchers, and eco-tourists, dedicated to the study, restoration, and increased social awareness of coastal ecosystems.
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.
Seating design is vital in fostering communal interactions in shared spaces. Rooted in the organic growth principles of the Metabolist movement and the transformational geometric language of digital Metaballs, Meta-Bench forms an experiential seating system which individuals can move and adjust.
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