Computational Fabrication

Using differential growth simulation in Blender Geometry Nodes to grow biomimetic structures around glass primitives, then 3D printing the results.

Building a 3D printer slicer from scratch in Grasshopper and Python, from contour generation to validated G-code output.

Building a parametric 3D building generator and contour slicer in Grasshopper, then laser cutting the results in wood and cardboard.

Implementing L-Systems in Processing with turtle graphics, probabilistic branching, and laser-etched fabrication.