Electrical Engineering, B.S.E.E.

Freshman Year (33 Sem. Hrs.)

• CHEM 1201 General Chemistry I (3) *
• General education life sciences course (3) *
• ENGL 1001 English Composition (3) *
• MATH 1550 Analytic Geometry and Calculus I (5) *
• MATH 1552 Analytic Geometry and Calculus II (4) *
• PHYS 2101 General Physics for Technical Students (3) *
• PHYS 2108 Introductory Physics Laboratory (1)
• General education arts/humanities/social sciences courses (9) *
• EE 2270

Sophomore Year (34 Sem. Hrs.)

• CSC 1253 Computer Science I with C++ (3)
• CSC 1254 Computer Science II with C++ (3)
• EE 2120 Circuits I (3)
• EE 2130 Circuits II (3)
• EE 2230 Electronics I (3)
• EE 2231 Electronics Laboratory I (2)
• EE 2730 Digital Logic II (2)
• EE 2731 Digital Logic Laboratory (2)
• MATH 2057 Multidimensional Calculus (3)
• MATH 2090 Elementary Differential Equations and Linear Algebra (4)
• General education arts/humanities/social sciences course (3) *
• PHYS 2102 General Physics for Technical Students (3) *

Junior Year (33 Sem. Hrs.)

• ENGL 2000 English Composition (3) *
• EE 3140 Probability for Electrical and Computer Engineering (3)
• EE 3220 Electronics II (3)
• EE 3221 Electronics Laboratory II (2)
• EE 3320 Electrical and Magnetic Fields (3)
• EE 3410 Electric Power (3)
• EE 3530 Introduction to Control Engineering (3)
• EE 3610 Signals and Systems (3)
• EE 3750 Microprocessor Systems (2)
• EE 3751 Microprocessor Laboratory (2)
• Social sciences elective at the 2000 level or above (3) *

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• PHIL 2018 Professional Ethics (3) or
• PHIL 2020 Ethics (3) or
• PHIL 2025 Bioethics (3) or
• ROTC

Senior Year (27 Sem. Hrs.)

• EE design electives (9)
• EE 4810 Senior Design I (3)
• EE 4820 Senior Design II (3)
• General education arts/humanities/social sciences course (3) *
• Approved technical electives (9)

127 Total Sem. Hrs.

A prerequisite to any electrical engineering course may be met only by obtaining a “C” or better in each course cited as a pre-requisite. This rule does not apply to EE 2950  or EE 3950 .

Elective courses are available so that expertise may be obtained in one or more of the following three areas:

Electronics • theory, design, and fabrication of solid-state devices and design of electronic circuits and systems.

Energy • energy conversion, power system design and analysis, and control of power systems.

Systems and Signal Processing • automatic control, networks, signal processing, and communication. Additional information concerning these areas and guidelines for selecting electives are available in the departmental office.

General education required courses (*).