Ìý
Bachelor of Science in Electrical engineering
Program Summary (Requires 123 credits)Ìý
General Education |
Ìý |
24 |
Mathematics |
Ìý |
15 |
Science |
Ìý |
9 |
Common Core |
Ìý |
24 |
Computer Engineering- Electrical Engineering Core |
Ìý |
18 |
Electrical Engineering Core |
Ìý |
9 |
Semi-Core Group 1 |
Ìý |
3 |
Semi-Core Group 2 |
Ìý |
9 |
Elective |
Ìý |
12 |
Subtotal |
Ìý |
123 |
Ìý
General EducationÌý
Foundations of Written Communication |
Ìý |
6 |
Foundations of Society and Human Behavior |
Ìý |
6 |
Foundations of Global Citizenship |
Ìý |
6 |
Foundations of Humanities |
Ìý |
6 |
Subtotal |
Ìý |
24 |
Ìý
Mathematics
Calculus with Analytic Geometry 1 |
MAC 2311 |
4 |
Calculus with Analytic Geometry 2 |
MAC 2312 |
4 |
Calculus with Analytic Geometry 3 |
MAC 2313 |
4 |
Engineering Mathematics 1 |
MAP 3305 |
3 |
Subtotal |
Ìý |
15 |
Ìý
Science
Physics for Engineers 2 |
PHY 2044 Ìý |
3 |
General Physics for Engineers 1 |
PHY 2048 |
4 |
General Physics Lab 1 |
PHY 2048L |
1 |
General Physics Lab 2 |
PHY 2049L |
1 |
Subtotal |
Ìý |
9 |
Ìý
Core Courses
All students must take the following core courses, which total 51 credits.
Common Core
Introduction to Data Science and Analytics |
CAP 4773 |
3 |
Computer Logic Design |
CDA 3203 |
3 |
Computer Architecture |
CDA 4102 |
3 |
Foundations of ComputingÌý |
COT 2000 |
3 |
Programming 1 |
COP 2220 |
3 |
Stochastic Models |
EEE 4541 |
3 |
RI: Engineering Design 1 |
EGN 4950C |
3 |
RI: Engineering Design 2 |
EGN 4952C |
3 |
Subtotal |
Ìý |
24 |
Ìý
Computer Engineering - Electrical Engineering CoreÌý
Design of Digital Systems and Lab |
CDA 4240C |
3 |
Electronics 1 |
EEE 3300 |
3 |
Circuits 1 |
EEL 3111 |
3 |
Electronics Laboratory 1 |
EEL 3118L |
3 |
Signals and Digital Filter Design |
EEL 3502 |
3 |
Fundamentals of Engineering |
EGN 1002 |
3 |
Subtotal |
Ìý |
18 |
Ìý
Electrical Engineering Core
Electronics 2 and Lab |
EEE 4361C |
3 |
Principles of Communication Systems |
EEL 4512C |
3 |
Control Systems 1 |
EEL 4652C |
3 |
Subtotal |
Ìý |
9 |
Ìý
Semi-Core Courses
All students must take 3 credits from Semi-Core Group 1 and 9 credits from Semi-Core Group 2.
Electrical Engineering Semi-Core Group 1 (Select one course)
Electric Power Systems |
EEL 4216 |
3 |
Electrical Machines |
EEL 4220 |
3 |
Subtotal |
Ìý |
3 |
Ìý
Electrical Engineering Semi-Core Group 2 (Select three courses)
Introduction to Embedded System Design |
CDA 4630 |
3 |
Communication Networks |
CNT 4007 |
3 |
Electronics 3 and Lab |
EEE 4362C |
3 |
Introduction to Digital Signal Processing |
EEE 4510 |
3 |
Electromagnetic Fields and Waves |
EEL 3470 |
3 |
Photovoltaic Power Systems |
EEL 4281 |
3 |
Digital Communication Systems |
EEL 4522 |
3 |
Introduction to Wireless Communication Systems |
EEL 4580 |
3 |
Subtotal |
Ìý |
9 |
Ìý
Electives
All students must take 6 credits of technical electives and 6 credits of Electrical Engineering electives. Any 4000-level course offered by the Electrical Engineering and Computer Science Department may be used as a technical or Electrical Engineering elective. In addition, any two Computer Science courses listed in the Computer Science minor program may be used as technical electives. Certain 5000- or 6000-level courses offered by the Electrical Engineering and Computer Science Department may be taken as technical electives or Electrical Engineering electives, subject to the approval of an academic advisor.
Electrical Engineering Electives |
Ìý |
6 |
Technical Electives |
Ìý |
6 |
Ìý
The following course may be taken as a technical or Electrical Engineering elective.
Directed Independent Study |
COT 4900Ìý |
1-3 |
Ìý
***Please check University Catalog for newest updates.Ìý