CLS 134 — Seven Materials That Made the Modern World
Quarter: Summer
Instructor(s): Arthur Chait
Date(s): Jul 7—Aug 11
Class Recording Available: No
Class Meeting Day: Tuesdays
Grade Restriction: NGR only; no credit/letter grade
Class Meeting Time: 6:00—7:30 pm (PT)
Tuition: $365
Refund Deadline: Jul 9
Unit(s): 0
Status: Registration opens May 18, 8:30 am (PT)
Quarter: Summer
Day: Tuesdays
Duration: 6 weeks
Time: 6:00—7:30 pm (PT)
Date(s): Jul 7—Aug 11
Unit(s): 0
Tuition: $365
Refund Deadline: Jul 9
Instructor(s): Arthur Chait
Grade Restriction: NGR only; no credit/letter grade
Recording Available: No
Status: Registration opens May 18, 8:30 am (PT)
Strip away the software and sleek digital interfaces of modern life, and you uncover something unexpected: seven unassuming materials have held our world together for centuries. Silicon, glass, steel, aluminum, copper, plastics, and concrete form the backbone of everything from microchips and medical devices to skyscrapers, cars, and global infrastructure. This course examines how each material emerged, why it rose to dominance, and why replacing it has proven so difficult. We’ll explore the science, history, and societal consequences of these materials, weighing the benefits they’ve delivered against the environmental costs and supply challenges they now pose. The module on silicon will include an introduction to rare earth minerals, revealing how obscure substances have become central to global supply chains, national security, and technological competition. Through lectures, discussion, and hands-on examination of raw and finished samples, students will gain a tangible understanding of the materials that quietly but decisively shape the modern world.
No technical background is required.
ARTHUR CHAIT
Former Adjunct Professor, Notre Dame de Namur and Menlo College
Arthur Chait is an entrepreneur and startup mentor and has taught entrepreneurship at Notre Dame de Namur, Universidad Francisco Marroquín, and Menlo College. He mentors startups at Stanford, StartX, and Startup World Cup and serves as a judge for the Black Ambition Prize and DECA. He founded EoPlex and was senior vice president at Flextronics and division president at Stanford Research Institute. He received a BS in engineering from Rutgers and an MBA from the University of Pittsburgh. Textbooks for this course:
There are no required textbooks; however, some fee-based online readings may be assigned.