Dynamic Control of Energy Systems. This course considers methods for developing dynamic models of energy processes and technologies to achieve improved process control and increased efficiency with applications of differential equations and discrete math equations. Dynamic models are used to evaluate load management strategies and to develop computer control algorithms for building energy systems. Options for Energy Efficiency. This course makes detailed examination of new technologies to increase the efficiency of energy conversion, transportation systems and end-use technologies.
Consideration is made of the socioeconomic and governmental barriers to energy efficiency.
This course provides an introduction to the processes used for fabricating parts, such as machining, grinding and casting and sheet-metal fabrication, including both traditional and nontraditional processes. Topics include interaction of materials, processing and design, economics of manufacturing, design for improved processing. Manufacturing processes for metals, plastics and composites are addressed. Materials Science in Manufacturing. This course is the study of engineering materials used in the fabrication of products including metals, polymers, ceramics, composites and elastomers.