Structural Evolution

  • Photo: Zahner

    Photo: Zahner

  • Photo: Zahner

    Photo: Zahner

  • Each panel is calibrated to hang in the correct orientation before being connected to its neighbors.

    Each panel is calibrated to hang in the correct orientation before being connected to its neighbors.

  • A 3D printed model tests the accuracy of the computer-simulated hanging orientation.

    A 3D printed model tests the accuracy of the computer-simulated hanging orientation.

  • A Grasshopper script facilitates cable placement. The solution space for each panel's attachments are parameterized to allow scrubbing through all possible attachment angles and locations. Here, a conflict with a hanging light fixture is highlighted.

    A Grasshopper script facilitates cable placement. The solution space for each panel's attachments are parameterized to allow scrubbing through all possible attachment angles and locations. Here, a conflict with a hanging light fixture is highlighted.

  • An adjustment of the input parameters gives one possible successful solution. The Grasshopper script reports the distance from the pivot line to the panel's center of gravity as an indication of the stability of the current solution.

    An adjustment of the input parameters gives one possible successful solution. The Grasshopper script reports the distance from the pivot line to the panel's center of gravity as an indication of the stability of the current solution.

Structural Evolution is a sculpture designed by University of Kansas Student Perry May. The sculpture is installed at the KU Engineering Department and was manufactured by Zahner. While at Zahner I worked with Perry to develop the structural details of the project, wrote Grasshopper scripts to design the form, patterning, and hanging solution, and managed the sculpture’s fabrication and installation.