The ESS program prepares student for careers and graduate work in the rapidly growing environmental disciplines of energy and sustainable systems. These disciplines encompass renewable energy, sustainable development and redevelopment of urban areas, energy planning and policy analysis, and climate change analysis. The coursework is designed to provide students the necessary scientific foundation, planning skills, analytical methods and requisite knowledge of key energy and sustainability issues at the regional, national and international levels, so that they can become effective performers in their future careers or graduate-level academics. As graduates, a sampling of the areas student will be professionally qualified for include: knowledge of the interaction between climate change and the current/proposed energy uses, the ability to assess and prepare technical planning and policy documents related to various energy uses and their environmental impacts, knowledge of the distribution and capabilities of current and alternative/renewable energy sources, green building and energy auditing techniques, and urban and regional planning methods such as innovative zoning and “smart growth” for improving the local and regional environments with respect to their energy efficiency, water quality, and other general systems of infrastructure (e.g., electrical grids and fiber optic networks). If available, the Urban Alternative House – an ERS departmental initiative where sustainable urban energy, water and natural ecosystems can be studied – will be the site of several courses in the program.
Requirements. Sixty-two credits, as follows:
E. Optional elective sequences for further specialization:
Economics (3 credits). ECN 374 .
F. Minimum GPA of 2.75.
G. All requirements of the College of Arts and Sciences (CAS) Bachelor of Science degree, including General Education requirements .