Electrical and Computer Engineering BS

Requirements

General Education and Freshman Course Requirement — 45 or 46 hours

See the General Education Curriculum Section for the complete list of courses.

Exceptions: The Laboratory Science and Mathematics components of the General Education curriculum are fulfilled by required major and support courses.  Issues in Science is waived in lieu of upper division engineering courses.

Major 52-53 hours

EEC 1500	Introduction to Engineering Design	2
EEC 2030/ITI 2030/PHY 2030	Digital Logic I	4
EEC 2150	Engineering Programming I	3
EEC 2500/PHY 2500	Circuits I	4
EEC 3030	Digital Logic II	4
EEC 3110	Junior Design Project I	1
EEC 3120	Junior Design Project II	1
EEC 3150	Engineering Programming II	3
EEC 3200/PHY 3200	Electromagnetics I	3
EEC 3210	Signals and Systems	3
EEC 3220	Microcontrollers and Embedded Systems	3
EEC 3240	Control Systems	3
EEC 4100	Communication Systems	3
EEC 4110	Senior Design Project I	2
EEC 4120	Senior Design Project II	2
EEC 4130	Engineering Economics and Project Management	1
EEC 4140	Engineering Ethics and Professionalism	1

Computer Engineering Option - 9 hours

EEC 3320/ITI 3320	Advanced Data Structures and Algorithms	3
EEC 3330/ITI 3330	Computer Architecture and Organization	3
EEC 3340/ITI 3340	Operating Systems	3

Electrical Engineering Option - 10 hours

EEC 2510/PHY 2510

Circuits II

4

Choose two of the following - 6 hours

EEC 3250	Semiconductor Electronics	3
EEC 4150	Power Systems	3
EEC 4200/PHY 4200	Electromagnetics II	3

Required Support Courses - 32 hours

CHE 1040	General Chemistry I	4
	or
PHY 3140	Modern Physics	4
MAT 1250	Discrete Mathematics	2
MAT 1510	Calculus I	4
MAT 1520	Calculus II	4
MAT 2510	Calculus III	4
MAT 2550/PHY 2550	Mathematical Methods for Physical Science and Engineering	3
MAT 3000	Theory of Probability and Mathematical Statistics	3
PHY 2110	General Physics I	4
PHY 2120	General Physics II	4

NOTE: The required mathematics courses satisfy the requirements for a mathematics minor.

Total Credit Hours: 129-131