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499.SUMMIT - Jersey City Prison Design
Posted: Friday, April 06, 2012 |

499.SUMMIT is a conceptual proposal for a futuristic high-rise urban penitentiary in Jersey City which seeks to challenge the conventions of traditional prison design. The project, a collaborative effort by grad students Andreas Tjeldflaat and Gregory Knobloch, was part of the PennDesign studio FUTURE PRISON DESIGN.

499.summit - skytropolis studio from Andreas Tjeldflaat + Greg Knobloch on Vimeo.

499.SUMMIT, rendering (Image: Andreas Tjeldflaat and Gregory Knobloch)

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499.SUMMIT, rendering (Image: Andreas Tjeldflaat and Gregory Knobloch)

Project Description from the Architects:

Our prison system has failed to see advancements throughout the past century and desperately requires innovation and re-imagination.  While recent literature begins to question the sociological status of prisons, there has be little exploration of the physical apparatus in which inmates are housed. We as designers must take a critical look at these static institutions, and question how we can play a significant role in the design and function of future prisons.

499.SUMMIT carefully challenges all preconceived notions of the word “prison”, and proposes simple yet powerful ideas that re-imagine the high-rise as an urban penitentiary.  The massing consists of three towers in the shape of an arch.  The inherent linear and formal qualities of the ‘arch’ allowed us to establish our key circulatory concept: UP, OVER, DOWN.  Each arch has three primary phases, Incarceration (up), Transformation (over), and Integration (down).  The arches begin isolated during the incarceration phase and merge together both physically and programmatically during the integration phase.  As the inmates graduate through the facility, they are being exposed to an increasing degree of social interaction, in order to make the transition back into society as soft as possible.  To catalyst this process, public program and residential housing units are introduced in the integration phase downwards.

Rendering (Image: Andreas Tjeldflaat and Gregory Knobloch)

Click above image to view slideshow
Rendering (Image: Andreas Tjeldflaat and Gregory Knobloch)

Rendering (Image: Andreas Tjeldflaat and Gregory Knobloch)

Click above image to view slideshow
Rendering (Image: Andreas Tjeldflaat and Gregory Knobloch)

Rendering (Image: Andreas Tjeldflaat and Gregory Knobloch)

Click above image to view slideshow
Rendering (Image: Andreas Tjeldflaat and Gregory Knobloch)

Rendering (Image: Andreas Tjeldflaat and Gregory Knobloch)

Click above image to view slideshow
Rendering (Image: Andreas Tjeldflaat and Gregory Knobloch)

Rendering (Image: Andreas Tjeldflaat and Gregory Knobloch)

Click above image to view slideshow
Rendering (Image: Andreas Tjeldflaat and Gregory Knobloch)

Model (Image: Andreas Tjeldflaat and Gregory Knobloch)

Click above image to view slideshow
Model (Image: Andreas Tjeldflaat and Gregory Knobloch)

Model (Image: Andreas Tjeldflaat and Gregory Knobloch)

Click above image to view slideshow
Model (Image: Andreas Tjeldflaat and Gregory Knobloch)

Find more diagrams and plans in the image gallery below.

Plan (Image: Andreas Tjeldflaat and Gregory Knobloch) Diagram (Image: Andreas Tjeldflaat and Gregory Knobloch) Diagram (Image: Andreas Tjeldflaat and Gregory Knobloch) Diagram (Image: Andreas Tjeldflaat and Gregory Knobloch) Sketch (Image: Andreas Tjeldflaat and Gregory Knobloch)


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