Winter Quarter 2004
During the Winter Quarter, Dr. Koomey offered CEE 173R/207R. Quantitative Methods for Forecasting Energy Futures. This course reviews quantitative methods for forecasting and assessing energy futures, including trend-based approaches, econometric projections, end-use methods, computable general equilibrium models, scenario analysis, and combined modeling approaches. 

CEE 173Q: Quantitative methods for forecasting energy futures (T/TH 1:15-2:30pm) Description: This course reviews quantitative methods for forecasting and assessing energy futures, including trend-based approaches, econometric projections, end-use methods, computable general equilibrium models, scenario analysis, and combined modeling approaches. As a case study, the course will assess the controversy surrounding the economics of greenhouse gas emissions reductions. Will emissions reductions hurt the economy as some have claimed, or might the policy actions to achieve those reductions actually save money in some instances? The course will review the historical success of previous energy and carbon emissions forecasting efforts, will critique top-down and bottom-up modeling methods, and will explore the implications of market imperfections and regulatory distortions for this policy issue. It will also summarize more general lessons for using analytic techniques to explore the future in the face of the rapid technological changes that pervade our age.

In spring quarter of 2004, Dr. Koomey taught a class on combined heat and power (cogeneration) technologies. These technologies have the potential to achieve substantial economic and emissions savings compared to more conventional electricity generation technologies.   This class will prepare students to analyze the economic, emission, energy, and water implications of these technologies compared more conventional options.