Combined Engineering Emphasis Sequence
In addition to the required courses, a student must select engineering electives in the emphasis sequence to form a coherent plan of study. The approval of the student's academic advisor is required to ensure that the course choices meet the requirements of the program. Students must maintain a B (3.0) average in both their upper-division undergraduate courses and in their graduate courses with no grade of less than C (2.0).
The requirements for each articulated emphasis sequence offered by the School of Engineering are presented below:
B.S.E. Electrical Engineering Emphasis/M.S.E. Electrical Engineering Emphasis:
Required Undergraduate Courses:
- EGR 314 Circuit Analysis II
- EGR 315 Electronic Circuits I
- EGR 323 Signals and Systems Analysis
- EGR 326 Advanced Digital Systems
- EGR 330 Power Systems Analysis
- EGR 340 Electromagnetic Fields
Required Graduate Courses:
- EGR 600 Advanced Engineering Analysis
- EGR 602 Engineering and Society
- EGR 604 Measurement and Analysis
Five elective courses selected from the following:
- EGR 415 Communications Systems
- EGR 423 Digital Signal Processing Systems
- EGR 424 Design of Microcontroller Applications
- EGR 426 Integrated Circuit Systems Design
- EGR 430 Electromechanics
- EGR 436 Analog Circuit Design
- EGR 455 Automatic Control Systems
- EGR 480 Fiber Optics
- EGR 655 Power Electronics
- EGR 656 Electrical Drive Systems
- EGR 653 Digital and Adaptive Systems
B.S.E. Electrical Engineering Emphasis/M.S.E. Computer Engineering Emphasis:
Required Undergraduate Courses:
- EGR 314 Circuit Analysis II
- EGR 315 Electronic Circuits I
- EGR 323 Signals and Systems Analysis
- EGR 326 Advanced Digital Systems
- EGR 330 Power Systems Analysis
- EGR 340 Electromagnetic Fields
- CS 350 Software Engineering
- CS 452 Operating Systems
Required Graduate Courses:
- EGR 600 Advanced Engineering Analysis
- EGR 602 Engineering and Society
- EGR 604 Measurement and Analysis
- EGR 680 Advanced FPGA Implementation
Two elective courses selected from the following:
- EGR 424 Design of Microcontroller Applications
- EGR 426 Integrated Circuit Systems Design