Applications of Generative Design for Fabrication in Healthcare Settings

Explore the transformative impact of digital fabrication technologies in healthcare settings through this Stanford seminar. Delve into the applications of generative design for medical making, examining how tools like 3D printers and laser cutters are revolutionizing the creation of assistive and medical devices. Learn about the challenges faced by healthcare professionals in adopting these technologies and discover innovative solutions developed to bridge the gap between design tools and clinical needs. Gain insights into three cutting-edge design systems: a compiler for machine knitting, a framework for object-oriented 3D modeling, and an optimization toolkit for collaborative generative design. Understand how these advancements are reshaping healthcare, accessibility for people with disabilities, and sustainable textile manufacturing. Led by Megan Hofmann, an expert in accessibility and fabrication research, this seminar offers a comprehensive look at the future of digital fabrication in medical contexts and its potential to democratize the design and production of healthcare solutions.

Introduction
Digital Fabrication Design Tools
Medical Making
Functional Geometry
Generative Design
MetaHeuristic Optimization
Expert Driven Optimization
Next Steps
Questions Discussion
Interpretability
Motivation