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DEGREE REQUIREMENTS
The Department of Electrical and Computer Engineering offers concentrations in Electrical Engineering and Bioengineering under the Masters of Engineering (M.E.) degree program of the College of Engineering. The M.E. degree requires: 1) admission of all degree-seeking students to candidacy for the degree after the completion of nine (9) graduate credit hours in residence at the University; 2) a minimum of thirty-three (33) graduate-semester-hours of course work, including at least six hours of mathematics, three (3) credit hours of special problems in engineering applications (design project), and six (6) credit hours of electives with the consent of the advisor.
ADMISSION REQUIREMENTS
For unconditional admission to the Master of Engineering (ME) degree program, the student must have a bachelor's degree in engineering or science from an accredited program and must have the necessary prerequisite courses. If the evaluation of a student's undergraduate degree program reveals prerequisite deficiencies, the student must eliminate them by satisfactorily completing each of the prerequisite courses prescribed before the unconditional status is achieved. None of the courses used to eliminate undergraduate deficiencies may be used in the student's program of study for the ME degree.
For admission with unconditional classification, in addition to the above the student must possess a grade point average (GPA) of 3.0 on a 4.0 scale.
For admission with conditional classification, in addition to the above, the student must have a passing score of 70 on the Fundamentals of Engineering examination and a GPA of 2.75 on a 4.0 scale. The Graduate Record Examination (GRE) is not required.
All students applying for admission must submit to the Graduate School one completed Graduate Application form and, two copies of transcripts from all colleges and universities previously attended.
GRADUATE COURSE OFFERINGS
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Areas of Specialization
A. COMMUNICATION SYSTEMS
Core Courses - 15 hours from courses listed below:
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听 Code
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听 Course
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听Credit Hours
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听 EECE 5010
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听 Information Theory
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听听听听听听听 3
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听 CISE 5110
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听 Intro. to Artificial Intelligence
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听听听听听听听 3
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听 EECE 5220
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听 Modern Signal Processing
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听听听听听听听 3
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听 EECE 5230
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听 Digital Image Processing
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听听听听听听听 3
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听 CISE 5200
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听 Probability, Random Processes听and听Estimation Theory
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听听听听听听听 3
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Electives with the consent of the advisor - 6 hours
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B. CONTROL SYSTEMS
Core Courses - 15 hours from courses listed below:
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听 Code
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听 Course
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听Credit Hours
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听 CISE 5110
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听 Intro. to Artificial Intelligence
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听听听听听听听 3
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听 ENGR 5070
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听 Object Oriented Programming for Engr.
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听听听听听听听 3
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听 ENGR 5200
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听 Modeling and Simulation of Dynamic Sys.
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听听听听听听听 3
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听 CISE 5300
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听 Fundamentals of Robotics
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听听听听听听听 3
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听 EECE 5640
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听 Advanced Topics in Controls
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听听听听听听听 3
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Electives with the consent of the advisor - 6 hours
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C. ELECTRICAL POWER SYSTEMS
Core Courses - 15 hours from courses listed below:
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听 Code
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听 Course
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听Credit Hours
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听 CISE 5110
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听 Intro. to Artificial Intelligence
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听听听听听 3
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听 EECE 5300
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听 Computer Applications to Power System
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听听听听听 3
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听 EECE 5310
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听 Power System Relaying
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听听听听听 3
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听 EECE 5320
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听 Surge Phenomenon in Power Engineering
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听听听听听 3
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听 EECE 5330
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听 Special Topics in Power Engineering
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听听听听听 3
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听 CISE 5200
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听 Probability, Random Processes and 听Estimation Theory
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听听听听听 3
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Electives with the consent of the advisor - 6 hours
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