Bachelor of Science in Electrical Engineering
The Electrical Engineering program contains six options. All options are divided into two-year lower and upper divisions.
The lower division provides diverse courses covering a broad base of technical subjects while the upper division provides
the more specialized courses.
Freshman Year
|
1st Semester Hours
|
EE |
3105+
|
Introduction to Electrical Engineering |
3 |
ENGL |
3111+
|
Expository English Composition |
3 |
CHEM |
3105+
|
General Chemistry |
3 |
MATH |
4111+
|
Calculus I |
4 |
Core Curriculum Requirement* |
3 |
Total
|
16
|
2nd Semester
|
ENGL |
3112+
|
Research and Critical Writing |
3 |
CHEM |
3106+
|
General Chemistry |
3 |
MATH |
3112+
|
Calculus II |
3 |
HIST |
3101
|
History of U. S. to 1865 |
3 |
CS |
4120+
|
Computer Programming for Scientists & Engineers |
4 |
EE |
1205+
|
Measurements Laboratory |
1 |
Total
|
17
|
SOPHOMORE YEAR
|
1st Semester
|
MATH |
3213+
|
Calculus III |
3 |
HIST |
3102
|
History of U. S. since 1865 |
3 |
POLS |
3210
|
Introduction to Politics |
3 |
EE |
3269+
|
Digital Systems Design I |
3 |
PHYS |
4210+
|
Mechanics and Thermal Physics |
4 |
PHYS |
1120+
|
Physics Laboratory I |
1 |
Total
|
17
|
2nd Semester
|
EE |
3251+
|
Networks I |
3 |
EE |
1251+
|
Basic EE Lab |
1 |
MATH |
3226+
|
Differential Equations |
3 |
MATH |
3323+
|
Matrix Algebra |
3 |
PHYS |
4211+
|
Fields and Waves |
4 |
MECH |
3239+
|
Engineering Dynamics or
|
MECH |
3375+
|
Thermodynamics I |
3 |
Total
|
17
|
JUNIOR YEAR
|
1st Semester
|
EE |
1309
|
Computation Lab |
1 |
EE |
3339
|
Electronics I |
3 |
EE |
3352
|
Networks II |
3 |
EE |
3321
|
Electromagnetic Field Theory |
3 |
EE |
3376
|
Microprocessor Instrumentation |
3 |
EE |
1376
|
Microprocessor Instrumentation Lab |
1 |
PHYS |
3325
|
Survey of Modern Physics |
3 |
Total
|
17
|
2nd Semester
|
EE |
2310
|
Electrical Engineering Lab I |
2 |
EE |
3340
|
Electronics II |
3 |
EE |
3329
|
Electronic Devices |
3 |
EE |
3353
|
Signals and Systems |
3 |
EE |
3384
|
Probabilistic Methods |
3 |
Core Curriculum Requirement* |
3
|
Total
|
17
|
SENIOR YEAR
|
Two Semesters
|
EE |
1495
|
Senior Professional Orientation |
1 |
EE |
2412
|
Senior Project Lab I |
2 |
EE |
2411
|
Electrical Engineering Lab II |
2 |
or |
EE |
1442
|
Digital Lab II |
and |
EE |
1478
|
Microprocessor and Interfacing Lab |
|
EE |
2414
|
Senior Project Lab II |
2 |
POLS |
3211
|
American Government and Politics |
3 |
Core Curriculum Requirement* |
3 |
IE |
3326
|
Engineering Economy |
3 |
Option Courses * |
12 |
Approved Technical electives* |
6 |
Total
|
34
|
|
Total Semester Credit Hours 135
|
+ Grade of "C" or better required in these courses.
* Nine hours of electives must be selected from core
curriculum courses. Three of these hours must be in fine arts, three hours in humanities, and three hours in cultural diversity. At least 12 hours must be
selected from one of the options described below. Three hours of approved technical electives must be selected from upper level courses in
Engineering or the Biological or Physical Sciences. Three additional hours of technical electives must be chosen from the technology and society menu
of the core curriculum and they must be upper level.
Options
Each option lists courses that permit students to develop a specialization or pursue particular career objectives. In satisfying the requirements of an option, students
will complete an in-depth program of current interest to electrical engineering. Students should select an option prior to completion of the junior year and plan their
course of study in order to satisfy any prerequisite for courses within their chosen option. Most option courses are offered only once each academic year. By careful
selection of electives, students may obtain more depth in their chosen option or develop breadth in electrical engineering. Students may petition their advisor for
course substitution within the option.
Option 1
General Electrical Engineering
Option 2
Computer Engineering
Option 3
Electromagnetic Engineering
Option 4
Communications and Control Engineering
Option 5
Solid State Devices and Materials
Option 6
Electronics Engineering
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