1. First experiment with Firefly, a plugin that allows communication in and our of Grasshopper, itself a parametric modeling plugin for Rhino, using an Arduino.  Here I am using two IR sensors as a sort of rudimentary 3D scan to explore the architectural properties of the Fremont Lab and using that data to control the loft of a surface in Rhino.

    First experiment with Firefly, a plugin that allows communication in and our of Grasshopper, itself a parametric modeling plugin for Rhino, using an Arduino.  Here I am using two IR sensors as a sort of rudimentary 3D scan to explore the architectural properties of the Fremont Lab and using that data to control the loft of a surface in Rhino.

  2. FABRICATION LABORATORY at DHUB Hourglass as well as Valve 43, seen below, are currently on display at the Disseny Hub in Barcelona as part of their year long Fabrication Laboratory exhibition.  These works were each created in Rhino with the Grasshopper parametric modeling plug-in and were fabricated at the Solheim Lab & Studio, which is a rapid prototyping center in the University of Washington’s Mechanical Engineering Department, using the experimental Vitraglyphic process developed by Professor Mark Ganter and his lab.

    FABRICATION LABORATORY at DHUB

    Hourglass as well as Valve 43, seen below, are currently on display at the Disseny Hub in Barcelona as part of their year long Fabrication Laboratory exhibition.  These works were each created in Rhino with the Grasshopper parametric modeling plug-in and were fabricated at the Solheim Lab & Studio, which is a rapid prototyping center in the University of Washington’s Mechanical Engineering Department, using the experimental Vitraglyphic process developed by Professor Mark Ganter and his lab.

    Valve 43