Computational Design and Robotics

The project investigates functionally graded timber structures using robotic fabrication, computational design, and real-time machine learning systems. By integrating material-aware milling strategies and automated joinery techniques, the work demonstrates novel ways of optimizing wood processing for structural and architectural applications.

An exploration of color and materiality in additive manufacturing through robotic clay deposition. The project combines algorithmic design with clay gradient techniques to create interlocking polyhedra, blending geometry, material innovation, and advanced fabrication.