The unifying basis underlying the subfields of study in this area is that the modeling, design, analysis and simulation of physical systems require a thorough understanding of not only the behavior of individual components but also the modes in which these components interact with each other. The complexity of modern physical systems and the dynamism exhibited by the technologies used in this area requires that broad objectives be set for the program. Consequently, the academic program emphasizes the fundamental techniques of modeling, design and analysis built upon a sound base of theoretical and mathematical concepts. A principal goal of this program is to provide the educational basis for continued learning, and to impart the fundamental skills necessary to function effectively as a professional.
Additional information is found below.
No specific courses required. Supporting work, often referred to as the minor, consists of coursework outside the major area, although the Graduate Studies Committee may permit some or all of it to be taken in other areas within the department. Upper Division Max. of 9 hrs coursework with a max. Course Load Max. There are no specific courses required.