algorithmic modeling for Rhino
Jelly prototype for a kinematic pavilion that reacts to light influneces and changes its shape accordingly. The pavilion is driven by a single driver and controls all its legs. Rhino and Grasshopper was used to design, control and fabricate the pavilion. For the light analysis and as control unit for the arduino board we used firefly for grasshopper.
For a video please check here: http://www.grasshopper3d.com/video/rhino-grasshopper-kinematic-pavillon
The project was developed in 2013 at the University of applied Arts in Vienna for the class Energy Design Strategies by Bernhard Sommer in cooperation with Daniel Prost.
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The Jelly Kinematic Pavilion, designed using Rhino Grasshopper, showcases innovative structural dynamics. Its intricate geometry, enabled by computational design, adapts to environmental conditions seamlessly. This portable marvel exemplifies the synergy between advanced algorithms and architectural form. The pavilion's construction, facilitated by a portable printer highlights the evolving possibilities in on-site fabrication. This fusion of technology and design not only redefines spatial aesthetics but also emphasizes sustainability through efficient material use and assembly processes.
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