24-660 Special Topics: Crafted Matter
Location: Pittsburgh
Units: 12
Semester Offered: Spring
This class explores how we may understand handicrafts through the lens of mechanics. Historically, craft-based actions—such as folding, cutting, weaving, and molding—are commonly associated to their use generating complex forms for creative expression. From the engineer's perspective, these simple and iterative techniques are useful for embedding desirable properties into materials. We will survey this paradigm for building designer materials by studying the history, mechanical fundamentals, and state-of-the-art research for modeling and designing crafted matter. The course will include experiential practice of crafts as well as theoretic considerations with an eye towards application in emerging technologies. The handicrafts covered include: I. Paper crafts (e.g., origami, kirigami); II. Woven crafts (e.g., knits, beadwork, baskets); and III. Forming crafts (e.g., glasswork, balloon art, pottery). A sampling of the mechanics topics covered include: slender structures, viscous flows, topological mechanics. Students are expected to have strong undergraduate backgrounds in fluid and solid mechanics. Assessment will be done following a "specifications grading" scheme. Standard assignments will include: 1. Pre-Class assignments covering readings and concepts that introduce ideas covered in lectures 2. In-class activities including participation in peer presentations, crafting workshops, and guest lecturers. 3. Problem sets covering core class content. 4. Projects including written and oral communications exploring advanced mechanics of a handicraft of your choosing.