Interdisciplinary Team Award, 2019

This team developed a computer-aided design tool to study basket weaving. The software they developed turns arbitrary 3D models into assembly instructions that can be followed to fabricate any number of shapes out of woven elastic ribbons. The same mathematics that mapmakers use to draw a flat representation of our curved planet on paper comes in handy in this computational challenge. First, imagine weaving a form, any form, as a differential geometry problem; then, develop a novel numerical method to find good solutions on arbitrary surfaces. The software could have applications in many areas, from novel high-performance materials that rely on engineering nanoscale structures, to precise biomedical devices like a personalized cardiovascular stent.

Credit:
Joshua Vekhter
Computer Science Graduate Student

Jiacheng Zhuo
Computer Science Graduate Student

Luisa Gil Fandino
Assistant Professor of Instruction, Division of Textiles and Apparel

Dr. Qixing Huang, Assistant Professor, Department of Computer Science

Dr. Etienne Vouga, Assistant Professor, Department of Computer Science