Tubythm

Sound frequency as generative logic. Rhythm, amplitude, and interference patterns translated into a spatial growth language: each frequency reinterpreted as structural tension and density, forming tubular systems that appear as if sound waves have solidified in space.

The project moves through four distinct computational methods — Grasshopper point grids, Kangaroo physics simulation, Rhino Multipipe, and 3D Voronoi tessellation — converging on a PETG tube skeleton derived from Voronoi wireframe curves and refined through iterative physical prototyping.

Fabrication used Mixed Reality overlays via HoloLens to guide the physical assembly: holographic cues for cutting positions and bend angles, step-by-step AR sequencing for insertion order, and MR tolerance overlays to verify joint spacing and overlap lengths in real time. Digital precision transferred directly to handcraft.