Special Topics in Computational Design and Fabrication

Catalog description

This course explores the core mathematical, algorithmic, and computational principles that drive modern design tools, focusing on digital design representations, generative design, optimization, and interactive exploration. Students will learn to develop computational models for automating design processes, implement algorithms for shape generation and performance evaluation, and integrate digital design with fabrication techniques such as 3D printing, laser cutting, and machine knitting. The course includes coding assignments, fabrication assignments, and a final project where students will create a computational design and fabrication system for the domain of their choice. Students should also have knowledge of basic linear algebra, including vector/matrix multiplication, dot/cross products.