GDEV 5085

Last Updated

  • Schedule of Classes - January 15, 2024 7:50PM EST
  • Course Catalog - January 15, 2024 7:28PM EST

GDEV 5085
Circular Economy Seminar

Course information provided by the Courses of Study 2023-2024.

This seminar, open to students across the university, introduces circular economy principles and frameworks through a series of faculty and practitioner-led talks and activities. It features discussions about specific initiatives to keep materials – from organics to plastics, construction materials, textiles and more – in use. It also features sessions on efforts to bring about, manage, and govern circular economies, from the re-design of materials to efforts to help people repair and re-use the things they own. We will examine a city at the forefront of circularity initiatives, and prospects for a future in which products are engineered with living materials.

When Offered Fall.

Outcomes
  • Identify key principles of the circular economy.
  • Analyze the application of those principles in a blog post.
  • Describe efforts to propel, manage, and govern circularity and regenerate nature.
  • Connect with faculty on campus interested in circularity and working on related research.

View Enrollment Information

Syllabi: none

  •   Regular Academic Session.  Combined with: GDEV 3085

  • 2 Credits Sat/Unsat

  • 18620 GDEV 5085   SEM 101

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  • Instruction Mode: In Person
    This seminar, open to students across the university, introduces circular economy principles and frameworks through a series of faculty and practitioner-led talks and activities. It features discussions about specific initiatives to keep materials – from organics to plastics, construction materials, textiles and more – in use. It also features sessions on efforts to bring about, manage, and govern circular economies, from the re-design of materials to efforts to help people repair and re-use the things they own. We will examine a city at the forefront of circularity initiatives, and prospects for a future in which products are engineered with living materials.