This course focuses on the physics and processing of solar
cells. It will cover semiconductor materials, basic semiconductor physics,
optical and electronic phenomena, and case studies of crystalline silicon and
thin film Photovoltaics. Photovoltaics will be discussed in a global
context. The course is interdisciplinary
and of potential interest to undergraduate and graduate students in CBE, MSE,
ECE, MEM, CAEE, CHEM, PHYS and other departments. Upon completion of this courses,
students will be able to:
1. Understand basic operation of solar cells and their current and potential role in the global energy portfolio.
2. Understand basic semiconductor physics relevant for more detailed understanding of photovoltaic device function.
3. Describe various solar cell technologies such as Si and CdTe and the benefits and limitations of each.
1. Understand basic operation of solar cells and their current and potential role in the global energy portfolio.
2. Understand basic semiconductor physics relevant for more detailed understanding of photovoltaic device function.
3. Describe various solar cell technologies such as Si and CdTe and the benefits and limitations of each.