Washington University, St. LouisEngineering

Short Course

One of the greatest challenges facing our planet is how to supply electricity to a rapidly growing population with an appetite for electric power. Limited resources and irreversible changes to our climate threaten catastrophic consequences unless intelligent decisions are made, but the scale of the problem makes it difficult to gain proper perspective.

For an energy technology to be viable, it must be economical and satisfy the policies that have been established to address social and environmental concerns. Only those technologies that lie in the nexus of the three disciplines - technology, policy and economics - can be deemed viable. Depending on location, each of these will vary and the optimum energy technology for a given location will vary accordingly.

Engineering Short Course: Energy & the Environment
Summer 2013
Cost: $600
3 units

Course Summary

This short course sets out to instruct the student on how to understand decision making regarding energy and the environment, and will provide a unique educational experience. The challenges will be explored via lectures and experiential learning.

Topics

  • Overview of Energy and the Environment and associated challenges
  • Description of power generation from coal, natural gas, biomass, wind, solar, hydro, geothermal, and nuclear
  • Political, environmental, and social considerations
  • Regulations, Economics, Decision-making
  • Students will gain experience with RETScreen software which is capable of analyzing renewable energy projects worldwide, from backyard to power plant scale systems

Experiential Learning

  1. Break up into groups of five based on five different technologies
  2. Using RETScreen software, identify regions locally where your group's technology is applicable
  3. Identify regions across the globe where your group's technology is applicable
  4. Break up into five new groups where each group has one expert from each of the five different technologies
  5. Given a location assignment by the instructor, identify the most promising technology for that region of the world
  6. Present conclusion of your group to other members of the short course

Instructors

  • Rich Axelbaum (Engineering)
  • Pratim Biswas (Engineering)
  • Dan Giammar (Engineering)
  • Bill Lowry (Political Science)
  • David Peters (Engineering)
  • Eli Snir (Olin Business School)
  • Lee Sobotka (Chemistry)
  • Jay Turner (Engineering)
  • Michael Wysession (Earth & Planetary Sciences)

Contact

  • Lynn Zaltsman
  • Administrative Assistant
  • (314) 935-7899
  • zaltsmanl@wustl.edu

Washington University in St. Louis School of Engineering & Applied Science, Department of Energy, Environmental & Chemical Engineering

Brauer Hall, CB 1180, 1 Brookings Drive, Saint Louis, MO, USA 63130
Phone: (314) 935-5548, Fax: (314) 935-7211

Reduce Font SizeEnlarge Font SizePrint Page