Projects

CRYSTAL BRIDGES PAVILION UPDATE

Link to the University of Arkansas Video of the project: https://youtu.be/htwiuFWbDvM It has been over a year since the public opening of the Bachman Wilson House, originally designed by Frank Lloyd Wright, and relocated from New Jersey to the museum grounds.

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CRYSTAL BRIDGES PAVILION UPDATE

Link to the University of Arkansas Video of the project: https://youtu.be/htwiuFWbDvM It has been over a year since the public opening of the Bachman Wilson House, originally designed by Frank Lloyd Wright, and relocated from New Jersey to the museum grounds.

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ROBOTIC FABRICATION BIKE TRAIL PAVILION

  The FAYETTEVILLE BIKE TRAIL ROBOTICALLY FABRICATED PAVILION demonstrates the first project produced using a 6-Axis Robot Arm, at the Fay Jones School of Architecture in the Spring 2015 semester. The project is the result of an intensive design, fabrication

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ROBOTIC FABRICATION BIKE TRAIL PAVILION

  The FAYETTEVILLE BIKE TRAIL ROBOTICALLY FABRICATED PAVILION demonstrates the first project produced using a 6-Axis Robot Arm, at the Fay Jones School of Architecture in the Spring 2015 semester. The project is the result of an intensive design, fabrication

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CRYSTAL BRIDGES PAVILION

The BACHMAN WILSON HOUSE VIEWING PAVILION at the CRYSTAL BRIDGES MUSEUM OF AMERICAN ART in Bentonville, Arkansas is well on its way to completion. The pavilion was designed by Pérez as part of a three semester teaching and research collaboration

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CRYSTAL BRIDGES PAVILION

The BACHMAN WILSON HOUSE VIEWING PAVILION at the CRYSTAL BRIDGES MUSEUM OF AMERICAN ART in Bentonville, Arkansas is well on its way to completion. The pavilion was designed by Pérez as part of a three semester teaching and research collaboration

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IAAC DIGITAL TECTONICS JURY

I had the wonderful opportunity to participate in the final jury for the DIGITAL TECTONICS review at the Institute for Advanced Architecture in Barcelona this summer. Special thanks to Marta Male-Alemany for her kind invitation, and Luis Fraguada for his

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IAAC DIGITAL TECTONICS JURY

I had the wonderful opportunity to participate in the final jury for the DIGITAL TECTONICS review at the Institute for Advanced Architecture in Barcelona this summer. Special thanks to Marta Male-Alemany for her kind invitation, and Luis Fraguada for his

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FABRIC FORM-FINDING

  Work in progress at the Advanced Fabrication Lab, University of Arkansas Fay Jones School of Architecture. Part of the RETHINKING MAKING spring, 2012 seminar that I taught this past semester, concentrating on the interplay between digital + analog methods

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FABRIC FORM-FINDING

  Work in progress at the Advanced Fabrication Lab, University of Arkansas Fay Jones School of Architecture. Part of the RETHINKING MAKING spring, 2012 seminar that I taught this past semester, concentrating on the interplay between digital + analog methods

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workshop Files

Installation Link FileSet 1  FileSet 2

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workshop Files

Installation Link FileSet 1  FileSet 2

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ADAPTIVE COMPONENTS WORKSHOP

Nick Puckett will be Lecturing and delivering a workshop focused on ADAPTIVE COMPONENTS- November 4-6, 2011 at the Fay Jones School of Architecture Advanced Fabrication Lab [FABLAB]. The event is organized by Assistant Professor Santiago R. Perez and co-hosted by

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ADAPTIVE COMPONENTS WORKSHOP

Nick Puckett will be Lecturing and delivering a workshop focused on ADAPTIVE COMPONENTS- November 4-6, 2011 at the Fay Jones School of Architecture Advanced Fabrication Lab [FABLAB]. The event is organized by Assistant Professor Santiago R. Perez and co-hosted by

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New 5-Axis Swarfing Patterns

The Rhino / Grasshopper CAMel plugin is now running the 5-Axis machine, generating G-Code entirely within the Grasshopper modeling environment. This supports a rapid workflow for experimentation with the possibilities offered by 5-Axis milling, such as complex SWARF patterns as

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New 5-Axis Swarfing Patterns

The Rhino / Grasshopper CAMel plugin is now running the 5-Axis machine, generating G-Code entirely within the Grasshopper modeling environment. This supports a rapid workflow for experimentation with the possibilities offered by 5-Axis milling, such as complex SWARF patterns as

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PARAMETRIC STEEL

Work in Progress by Akihiro Moriya, a student in my FABCRAFT spring seminar. The steel component geometry is produced parametrically using a grasshopper definition controlled by the surface geometry. The steel is plasma-cut on our combination 5-Axis mill and plasma

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PARAMETRIC STEEL

Work in Progress by Akihiro Moriya, a student in my FABCRAFT spring seminar. The steel component geometry is produced parametrically using a grasshopper definition controlled by the surface geometry. The steel is plasma-cut on our combination 5-Axis mill and plasma

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Adaptive Surface Systems

A working prototype utilizing the new “Firefly” plugin for Rhino / Grasshopper. The adaptive surface reacts to changing light conditions, reshaping the pliable insert and sending data back to the digital model in real-time. The 2-way data stream allows simultaneous

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Adaptive Surface Systems

A working prototype utilizing the new “Firefly” plugin for Rhino / Grasshopper. The adaptive surface reacts to changing light conditions, reshaping the pliable insert and sending data back to the digital model in real-time. The 2-way data stream allows simultaneous

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