Electric Power Engineering (Professional Program)

Program Requirements

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A student wishing to qualify for a B.S. degree by the end of the first year of professional school studies must complete the humanities and social sciences core requirement during the first year of the professional program.

ECSE students following the Electric Power Engineering Program may follow this option to complete both the B.S. and M.S. degrees. In this case, the fourth year follows closely the outline for the last year of the baccalaureate program. However, in choosing electives the student should bear in mind that the following course must be taken at some time prior to or during the professional program:

• ENGR 4760 - Engineering Economics Credit Hours: 3

Additional Requirements

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The following 4000-level courses (or their equivalents) can be used to satisfy the degree’s mathematics course requirement:

• MATH 4300 - Introduction to Complex Variables: Theory and Applications Credit Hours: 4
• MATH 4500 - Methods of Partial Differential Equations of Mathematical Physics Credit Hours: 4
• MATH 4600 - Advanced Calculus Credit Hours: 4
• MATH 4700 - Foundations of Applied Mathematics Credit Hours: 4

Curricula

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The typical curricula for the remainder of the program is as follows:

Footnotes

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1. At least two courses should be selected from the following:

• ENVE 4400 - Nuclear Power Systems Engineering (Spring)

• EPOW 6820 - Power Quality Credit Hours: 3
• EPOW 6830 - Protective Relaying Credit Hours: 3
• EPOW 6840 - Power Generation Operation and Control Credit Hours: 3
• EPOW 6860 - Surge Phenomena in Electric Power Engineering Credit Hours: 3
• EPOW 6880 - The Utility as a Business Credit Hours: 3
• EPOW 6960 - Topics in Electric Power Engineering Credit Hours: 3