conversion principles; Rotating electric machines and their magnetic field interactions;
Electrical circuit models to quantify machine and power system interactions; Power,
torque, speed, and performance of synchronous and induction machines. Prerequisites:
EENG 3303, EENG 3304.
EENG 4335 Direct Generation Methods (3-0)
The conversion of energy directly into electricity without the usual electric machines are
considered. Different forms of energy storage are studied. Technologies considered
include solar panels, heat transfer, chemical and fuel cells. Prerequisite: ENGR 2305.
EENG 4340 Control Systems (3-0)
Introduction to control system, modeling of systems, state variable analysis, feedback
control and performance, stability, Root locus, Nyquist diagrams and Bode plots,
frequency response of the system. The computer as a simulation tool for control system
design and analysis is introduced. Prerequisites: MATH 3320, EENG 3380.
EENG 4380 Special Topics in Electrical Engineering (3-0)
Occasionally offered special topics as course in Electrical Engineering to be used as a
senior-level elective course. Prerequisites: Specified by the instructor
EECS 4391 Independent Study in Electrical Engineering (3-0)
Instructor specified and directed independent study course in electrical engineering.
Work or study should be equivalent to an average of 3 hours student effort per week.
Final report is required. Prerequisites: Senior standing and consent of the instructor
EENG 4460 Senior Design (4-0)
A capstone design course that builds on previous course work, including all stages of
the design process taking into account myriad realistic constraints such as
manufacturability, sustainability, economic, environmental, safety, use of applicable
standards and reliability issues. Oral presentation, written report and demonstration at
the senior design expo. Prerequisites: EENG 3307.
ENGR 4195 Professional Practice (1-0)
Introduction to the engineering profession with emphasis on professional and ethical
responsibility. The impact of engineering solutions in a global, economic,
environmental, and societal context is discussed. Professional registration is discussed
and an engineering field examination is given. Prerequisite(s): Senior standing in
engineering.