Regularly Offered ENEE Electives
The Department's General Academic Affairs Committee (GAAC) establishes the list of ENEE courses for each term. Below is a list of courses that will normally be offered in the indicated semesters. We ask students to verfiy the course offering with the Schedule of Classes located on the Testudo website.
| Course Number | Course Title | Fall Semester | Spring Semester | 
|---|---|---|---|
| ENEE 408A | Capstone: Microprocessor Based Design | X | X | 
| ENEE 408C | Capstone: Modern Digital System Design | X | |
| ENEE 408D | Capstone: Mixed Signal VLSI Design | X | |
| ENEE 408E | Capstone: Optical System Design | X | |
| ENEE 408I | Capstone: Autonomous Control of Interacting Robots | X | X | 
| ENEE 408J | Capstone Design Project; Audio Electronics Engineering | X | |
| ENEE 408M | Capstone Design Project; Embedded Software Design | X | |
| ENEE 408N | Topics in Signal Processing; Design Experience in Machine Learning | X | |
| ENEE 408V | Capstone: Smart Submersible Marine Vehicles | X | |
| ENEE 408W | Capstone Design Project; High Power Microwave (HPM) Systems | X | |
| ENEE 411 | Advanced Analog and Digital Electronics | X | |
| ENEE 413 | Advanced Electronic Devices | X | |
| ENEE 415 | Advanced Manufacturing Lab | X | |
| ENEE 416 | Integrated Circuit Fabrication Laboratory | X | |
| ENEE 419D | Topics in Microelectronics; Embedded Machine Learning | X | |
| ENEE 420 | Communication Systems | X | |
| ENEE 425 | Digital Signal Processing | X | X | 
| ENEE 426 | Communications Networks | X | |
| ENEE 428 | Communications Design Laboratory | X | X | 
| ENEE 435 | Quantum Information Processing | X | |
| ENEE 436 | Foundations of Machine Learning | X | X | 
| ENEE 439G | Topics in Signal Processing; Information in a Photon | X | |
| ENEE 440 | Microprocessors | X | X | 
| ENEE 445 | Computer Laboratory | X | X | 
| ENEE 446 | Digital Computer Design | X | X | 
| ENEE 452 | Embedded Systems | X | |
| ENEE 456 | Cryptography | X | |
| ENEE 457 | Computer Security | X | |
| ENEE 459B | Reverse Engineering and Hardware Security Laboratory | X | |
| ENEE 459C | Topics in Computer Engineering; Digital CMOS VLSI Design Methods | X | |
| ENEE 459D | Topics in Computer Engineering; Advanced Laboratory of Digital Systems Using SystemsVerilog | X | X | 
| ENEE 459F | Topics in Computer Engineering; Advanced Laboratory in FPGR System Design | X | |
| ENEE 459P | Topics in Computer Engineering; Parallel Algorithms | X | |
| ENEE 460 | Control Systems | X | X | 
| ENEE 461 | Control Systems Laboratory | X | |
| ENEE 464 | Introduction to Optimization | X | |
| ENEE 469Q | Topics in Controls; Quantum Controls | X | |
| ENEE 473 | Electric Machines Laboratory | X | |
| ENEE 474 | Power Systems | X | |
| ENEE 475 | Power Electronics | X | |
| ENEE 476 | Renewable Energy | X | |
| ENEE 484 | Optoelectronic Devices | X | |
| ENEE 486 | Opto-electronics Laboratory | X | |
| ENEE 489J | Topics in Electrophysics; Microwave Devices Design & Testing Laboratory | X | |
| ENEE 489L | Topics in Electrophysics; Design of Active and Passive Microwave Devices | X | |
| ENEE490 | Physical Principles of Wireless Communications | X | |
| ENEE 491 | Quantum Phenomena in Electrical Engineering | X | |
| ENEE 492 | Introduction to Quantum Technology | X | |
| ENEE 493 | Quantum Hardware Laboratory | X | |
| ENEE 496 | Lasers & Electro-Optic Devices | X | 
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