ELE courses
124 courses · Syracuse University · Fall 2026
- ELE 200 — Selected Topics1 section
- ELE 231 — Electrical Engineering Fundamentals1 section
- ELE 251 — Fundamentals of Linear Systems1 section
- ELE 270 — Experience Credit1 section
- ELE 280 — International Course1 section
- ELE 290 — Independent Study1 section
- ELE 291 — Electrical Engineering Laboratory I1 section
- ELE 292 — Linear Systems Laboratory1 section
- ELE 300 — Selected Topics1 section
- ELE 314 — Power Engineering1 section
- ELE 324 — Electromagnetics I1 section
- ELE 325 — Electromagnetics II1 section
- ELE 333 — Analog Electronics1 section
- ELE 346 — Semiconductor Devices1 section
- ELE 351 — System and Signal Analysis1 section
- ELE 352 — Digital Signal Processing1 section
- ELE 354 — Communication Systems1 section
- ELE 380 — International Course1 section
- ELE 392 — Digital Signal Processing and Control Systems Laboratory1 section
- ELE 400 — Selected Topics1 section
- ELE 412 — Control Systems1 section
- ELE 414 — Power System Analysis and Control1 section
- ELE 415 — Microgrids1 section
- ELE 416 — Electromechanical Devices1 section
- ELE 417 — Power Electronics1 section
- ELE 418 — Sensors & Measurements1 section
- ELE 424 — Applied Electromagnetics1 section
- ELE 425 — Microwave Engineering1 section
- ELE 450 — Independent Study1 section
- ELE 452 — Digital Audio Signal Processing1 section
- ELE 453 — Image and Video Processing1 section
- ELE 454 — Introduction to Radar Systems1 section
- ELE 458 — Data Networks: Basic Principles1 section
- ELE 464 — Introduction to VLSI Design1 section
- ELE 470 — Experience Credit1 section
- ELE 480 — International Course1 section
- ELE 490 — Independent Study1 section
- ELE 491 — Senior Design Project I1 section
- ELE 492 — Senior Design Project II1 section
- ELE 499 — Honors Capstone Project1 section
- ELE 500 — Selected Topics1 section
- ELE 516 — Control of Robots1 section
- ELE 524 — Introduction to Applied Optics1 section
- ELE 551 — Communication Systems1 section
- ELE 580 — International Course1 section
- ELE 590 — Independent Study1 section
- ELE 591 — Special Problems in Electrical Engineering1 section
- ELE 601 — Applications of Complex Function Theory1 section
- ELE 602 — Boundary Value Problems I1 section
- ELE 603 — Functional Methods of Engineering Analysis1 section
- ELE 606 — Probabilistic Methods in Electrical Engineering1 section
- ELE 612 — Modern Control Systems1 section
- ELE 614 — Power System Analysis and Control1 section
- ELE 615 — Microgrids1 section
- ELE 617 — Power Electronics1 section
- ELE 618 — Sensors & Measurements1 section
- ELE 621 — Electromagnetic Fields1 section
- ELE 623 — Microwave Engineering Fundamentals1 section
- ELE 625 — High Frequency Transmission Systems1 section
- ELE 633 — Discrete and Integrated Analog Electronic Circuits1 section
- ELE 635 — Digital Electronic Circuits1 section
- ELE 642 — Introduction to Solid-State Physics1 section
- ELE 643 — Theory of Semiconductor Devices1 section
- ELE 651 — Digital Communications1 section
- ELE 652 — Digital Audio Signal Processing1 section
- ELE 653 — Image and Video Processing1 section
- ELE 654 — Introduction to Radar Systems1 section
- ELE 658 — Data Networks: Design and Performance1 section
- ELE 659 — Digital Signal Processing I1 section
- ELE 664 — Introduction to System-on-Chip Design1 section
- ELE 667 — Embedded System Design1 section
- ELE 670 — Experience Credit1 section
- ELE 681 — Introduction to Photonic Engineering1 section
- ELE 682 — Fiber Optic Communication1 section
- ELE 683 — Infrared Engineering1 section
- ELE 685 — Photonic Devices1 section
- ELE 690 — Independent Study1 section
- ELE 691 — Special Topics in Electrical Engineering1 section
- ELE 702 — Boundary Value Problems II1 section
- ELE 703 — Convex Optimization1 section
- ELE 704 — Neural Networks and Fuzzy Logic Applications1 section
- ELE 712 — Optimal Control Systems1 section
- ELE 715 — Robot Manipulators I1 section
- ELE 721 — Antennas and Antenna Systems1 section
- ELE 722 — Microwave Filters1 section
- ELE 723 — Microwave Transistor Amplifiers1 section
- ELE 724 — Microwave Oscillators1 section
- ELE 725 — Electromagnetic Engineering I1 section
- ELE 726 — Computational Methods of Field Theory1 section
- ELE 728 — Planar Microwave Antennas1 section
- ELE 735 — Digital Electronic Crcts1 section
- ELE 742 — Electronic Materials1 section
- ELE 751 — Wireless Communications1 section
- ELE 752 — Coding Theory and Its Applications1 section
- ELE 753 — Radar Engineering1 section
- ELE 755 — Digital Image Processing1 section
- ELE 756 — Random Processes1 section
- ELE 757 — Information Theory1 section
- ELE 758 — Selected Topics in Data Networks1 section
- ELE 759 — Digital Signal Process II1 section
- ELE 761 — VLSI Timing Analysis1 section
- ELE 762 — Computer-Aided Design for VLSI and Digital Systems1 section
- ELE 765 — System Verification and Testing1 section
- ELE 781 — Dielectric Waveguides and Fibers1 section
- ELE 784 — Optical Information Processing1 section
- ELE 786 — Laser Propagation and Modulation1 section
- ELE 787 — Lasers1 section
- ELE 790 — Independent Study1 section
- ELE 791 — Advanced Topics in Electrical Engineering1 section
- ELE 821 — Special Topics in Electromagnetic Theory1 section
- ELE 827 — Electromagnetic Engineering II1 section
- ELE 847 — Semiconductor Optoelectronics1 section
- ELE 849 — Special Topics in Solid State1 section
- ELE 851 — Detection and Estimation Theory1 section
- ELE 852 — Kalman Filters1 section
- ELE 853 — Advanced Topics in Communication Theory1 section
- ELE 890 — Independent Study1 section
- ELE 891 — Special Problems in Electrical Engineering1 section
- ELE 970 — Experience Credit1 section
- ELE 990 — Independent Study1 section
- ELE 995 — Engineer Degree Project1 section
- ELE 996 — Master's Project1 section
- ELE 997 — Masters Thesis1 section
- ELE 999 — Dissertation for the PhD1 section
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