The course is aimed at understanding energy systems of the Earth, including internal and external mechanisms, the physical processes and limitations involved, their social and environmental dimensions, and natural resources used for the energy extraction, storage, transport, and consumption. The topics include analytical and conceptual tools that build on the fundamental physics of energy to help us evaluate energy systems and think critically about how these systems can be transformed to reach our collective sustainability goals. This course also includes perspectives on the current and future sustainable energy practices in relation to cultural, economic, political, and environmental changes, as well as on the consequences of these changes for interactions within and between human communities and their environments.

Prerequisites: 2nd year standing required and Science (Faculty) (3)
Corequisites: Academic Integrity Training 100
Further information: Course availability and times