ECE courses

118 courses · University of Dayton · Fall 2026

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ECE 101 — Introduction to Electrical & Computer Engineering II.
1 section
ECE 201 — Circuit Analysis.
1 section
ECE 201L — Circuit Analysis Laboratory.
1 section
ECE 203 — Introduction to MATLAB Programming.
1 section
ECE 204 — Electronic Devices.
1 section
ECE 204L — Electronic Devices Laboratory.
1 section
ECE 215 — Introduction to Digital Systems.
1 section
ECE 215L — Digital Systems Laboratory.
1 section
ECE 300 — Professional Development Seminar II.
1 section
ECE 303 — Signals & Systems.
1 section
ECE 303L — Signals & Systems Laboratory.
1 section
ECE 304 — ELECTRONIC SYSTEMS.
1 section
ECE 305 — Introduction to Semiconductor Engineering.
1 section
ECE 314 — Fundamentals of Computer Architecture.
1 section
ECE 314L — Fundamentals of Computer Architecture Laboratory.
1 section
ECE 316 — Introduction to Electrical Energy Systems.
1 section
ECE 332 — Electromagnetics.
1 section
ECE 333 — Applied Electromagnetics.
1 section
ECE 334 — Discrete Signals & Systems.
1 section
ECE 340 — Engineering Probability & Random Processes.
1 section
ECE 398 — Multidisciplinary Research & Innovation Laboratory. 1-
1 section
ECE 400 — Professional Development for Seniors.
1 section
ECE 401 — Communication Systems.
1 section
ECE 402 — Power Electronics.
1 section
ECE 404 — Semiconductor Characterization and Metrology.
1 section
ECE 405 — Semiconductor Device Fabrication Lab.
1 section
ECE 406 — Advanced Semiconductor Manufacturing.
1 section
ECE 414 — Electromechanical Devices.
1 section
ECE 415 — Control Systems.
1 section
ECE 416 — Introduction to Industrial Robotic Manipulators.
1 section
ECE 420 — The Internet of Things.
1 section
ECE 431L — Multidisciplinary Design I.
1 section
ECE 432L — Multidisciplinary Design II.
1 section
ECE 441 — Digital Integrated Circuit Design.
1 section
ECE 444 — Advanced Digital Design.
1 section
ECE 445 — Signal Processing.
1 section
ECE 446 — CMOS Analog Circuit Design.
1 section
ECE 447 — Digital Control Systems.
1 section
ECE 448 — Fiber Optic Communications.
1 section
ECE 449 — Computer Systems Engineering.
1 section
ECE 450L — Projects Laboratory. 1-
1 section
ECE 465 — Fundamentals of Solid-State Batteries.
1 section
ECE 466 — Fundamentals of Hybrid Electrochemical Power.
1 section
ECE 471 — Contemporary Power Systems & the Smart Grid.
1 section
ECE 472 — Smart Grid Technologies.
1 section
ECE 476 — Introduction to Radar.
1 section
ECE 477 — Artificial Neural Networks.
1 section
ECE 482 — Smart Sensors and Automation.
1 section
ECE 486 — Computer Networks.
1 section
ECE 487 — Wireless Security.
1 section
ECE 490 — Biomedical Engineering and Healthcare Electronics.
1 section
ECE 491 — Medical Imaging.
1 section
ECE 493 — Honors Thesis.
1 section
ECE 494 — Honors Thesis.
1 section
ECE 498 — Multidisciplinary Research & Innovation Laboratory. 1-
1 section
ECE 499 — Special Problems in Electrical & Computer Engineering. 1-
1 section
ECE 500 — Introduction to the Graduate Program in Electrical and Computer Engineering.
1 section
ECE 501 — Contemporary Digital Systems.
1 section
ECE 503 — Random Processes.
1 section
ECE 504 — Power Electronics.
1 section
ECE 505 — Digital Signal Processing.
1 section
ECE 506 — Microelectronic Devices.
1 section
ECE 507 — Electromagnetic Fields I.
1 section
ECE 509 — Analysis of Linear Systems.
1 section
ECE 510 — Microwave Circuits for Communications.
1 section
ECE 511 — Antennas.
1 section
ECE 520 — The Internet of Things.
1 section
ECE 521 — Digital Communications I.
1 section
ECE 523 — Satellite Communications.
1 section
ECE 528 — Avionics, Navigation and Guidance.
1 section
ECE 530 — Digital Integrated Circuit Design.
1 section
ECE 531 — Analog Integrated Circuit Design.
1 section
ECE 532 — Embedded Systems.
1 section
ECE 533 — Computer Design.
1 section
ECE 536 — Microprocessor Applications.
1 section
ECE 538 — Object-Oriented Programming Applications.
1 section
ECE 545 — Automatic Control.
1 section
ECE 547 — Non-Linear Systems & Control.
1 section
ECE 549 — Engineering Systems for the Common Good.
1 section
ECE 550 — Artificial Neural Networks.
1 section
ECE 552 — Visual Perception for Autonomy.
1 section
ECE 554 — Applied Robotics.
1 section
ECE 557 — Autonomous Systems.
1 section
ECE 558 — Robot Modeling.
1 section
ECE 560 — Computational Imaging.
1 section
ECE 563 — Image Processing.
1 section
ECE 564 — 3D Computer Vision.
1 section
ECE 565 — Fundamentals of Solid-State Batteries.
1 section
ECE 566 — Fundamentals of Hybrid Electrochemical Power.
1 section
ECE 567 — Machine Learning & Patterning.
1 section
ECE 568 — Detection and Estimation.
1 section
ECE 569 — Advanced Random Processes.
1 section
ECE 572 — Optical Information Processing.
1 section
ECE 573 — Photonic Devices & Systems.
1 section
ECE 574 — Guided Wave Optics.
1 section
ECE 576 — Introduction to Radar.
1 section
ECE 577 — Introduction to Electronic Warfare (EW).
1 section
ECE 578 — Advanced Radar.
1 section
ECE 580 — Principles of Nanofabrication.
1 section
ECE 581 — Nanoelectronics.
1 section
ECE 582 — Smart Sensors and Automation.
1 section
ECE 583 — Advanced Photovoltaics.
1 section
ECE 586 — Computer Networks.
1 section
ECE 587 — Wireless Security.
1 section
ECE 590 — Biomedical Engineering and Healthcare Electronics.
1 section
ECE 591 — Medical Imaging.
1 section
ECE 595 — Special Problems in Electrical Engineering. 1-
1 section
ECE 596 — Independent Research Project in Electrical and Computer Engineering.
1 section
ECE 599 — Thesis. 1-
1 section
ECE 604 — Advanced Power Electronics.
1 section
ECE 633 — Advanced Computer Architecture.
1 section
ECE 642 — Optimal Control & Estimation.
1 section
ECE 645 — Adaptive Control.
1 section
ECE 661 — Statistical Signal Processing.
1 section
ECE 675 — SILICON PHOTONICS.
1 section
ECE 695 — Special Problems in Electrical and Computer Engineering. 1-
1 section
ECE 696 — Graduate Seminar. 0-
1 section
ECE 699 — PhD Dissertation. 1-
1 section

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