ECE courses

121 courses · Colorado State University-Fort Collins · Fall 2026

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ECE 101 — Foundations in ECE Credit: 1
1 section
ECE 102 — Digital Circuit Logic Credits: 4
1 section
ECE 103 — DC Circuit Analysis Credits: 3
1 section
ECE 202 — Circuit Theory Applications Credits: 4
1 section
ECE 204 — Introduction to Electrical Engineering Credits: 3
1 section
ECE 205 — Analog Circuits I Credits: 3
1 section
ECE 206 — Analog Circuits II Credits: 3
1 section
ECE 232 — Introduction to Project Practices Credit: 1
1 section
ECE 251 — Introduction to Microcontrollers and IoT Credits: 4
1 section
ECE 252 — Introduction to Digital Circuits Credits: 3
1 section
ECE 253 — Microcontrollers and C for Internet-of-Things Credits: 3
1 section
ECE 303 — Introduction to Communications Principles Credits: 3
1 section
ECE 311 — Linear System Analysis I Credits: 3
1 section
ECE 312 — Linear System Analysis II Credits: 3
1 section
ECE 331 — Electronics Principles I Credits: 4
1 section
ECE 332 — Electronics Principles II Credits: 4
1 section
ECE 340 — Electromagnetics for Computer Engineering Credits: 3
1 section
ECE 341 — Electromagnetic Fields and Devices I Credits: 3
1 section
ECE 342 — Electromagnetic Fields and Devices II Credits: 3
1 section
ECE 395A — Independent Study Credits: Var[1-6]
1 section
ECE 395B — Independent Study: Open Option Project Credits: Var[1-6]
1 section
ECE 395C — Independent Study : Vertically Integrated Project Credits: Var[1-6]
1 section
ECE 401 — Senior Design Project I Credits: 3
1 section
ECE 402 — Senior Design Project II Credits: 3
1 section
ECE 403 — Intro to Optical Techniques in Biomedical Eng Credits: 3
1 section
ECE 404 — Experiments in Optical Electronics Credits: 2
1 section
ECE 411 — Control Systems Credits: 3
1 section
ECE 412 — Digital Control and Digital Filters Credits: 3
1 section
ECE 415 — Semiconductor Physics and Junctions Credits: 2
1 section
ECE 421 — Telecommunication Credits: 3
1 section
ECE 430 — Fourier and Wavelet Analysis with Apps Credits: 3
1 section
ECE 431 — Biomedical Signal and Image Processing Credits: 3
1 section
ECE 441 — Optical Electronics Credits: 3
1 section
ECE 444 — Antennas and Radiation Credits: 3
1 section
ECE 445 — Digital Logic Synthesis Credits: 3
1 section
ECE 450 — Digital System Design Laboratory Credit: 1
1 section
ECE 451 — Digital System Design Credits: 3
1 section
ECE 452 — Computer Organization and Architecture Credits: 3
1 section
ECE 455 — Introduction to Robot Programming/Simulation Credits: 3
1 section
ECE 456 — Computer Networks Credits: 4
1 section
ECE 457 — Fourier Optics Credits: 3
1 section
ECE 461 — Modern Power Systems Credits: 3
1 section
ECE 463 — Electrical Motors and Generators Credits: 4
1 section
ECE 495A — Independent Study Credits: Var[1-6]
1 section
ECE 495B — Independent Study: Open Option Project Credits: Var[1-6]
1 section
ECE 495C — Independent Study: Vertically Integrated Projects Credits: Var[1-6]
1 section
ECE 502 — Advanced Fourier Optics Credits: 4
1 section
ECE 503 — Ultrafast Optics Credits: 3
1 section
ECE 504 — Physical Optics Credits: 3
1 section
ECE 506 — Optical Interferometry and Laser Metrology Credits: 3
1 section
ECE 507 — Plasma Physics and Applications Credits: 3
1 section
ECE 512 — Digital Signal Processing Credits: 3
1 section
ECE 513 — Digital Image Processing Credits: 3
1 section
ECE 514 — Applications of Random Processes Credits: 3
1 section
ECE 516 — Information Theory Credits: 3
1 section
ECE 517 — Advanced Optical Imaging Credits: 3
1 section
ECE 518 — Biophotonics Credits: 3
1 section
ECE 519 — Network Centric Systems Credits: 3
1 section
ECE 520 — Optimization Methods--Control and Comm. Credits: 3
1 section
ECE 521 — Satellite Communication Credits: 3
1 section
ECE 522 — Random Walks Credits: 3
1 section
ECE 526 — Biological Physics Credits: 3
1 section
ECE 527A — Biosensing: Cells as Circuits Credit: 1
1 section
ECE 527B — Biosensing: Signal and Noise in Biosensors Credit: 1
1 section
ECE 527C — Biosensing: Sensor Circuit Fundamentals Credit: 1
1 section
ECE 527D — Biosensing: Electrochemical Sensors Credit: 1
1 section
ECE 527E — Biosensing: Affinity Sensors Credit: 1
1 section
ECE 527F — Biosensing: Biophotonic Sensors Using Refractive Index Credit: 1
1 section
ECE 528 — Embedded Systems and Machine Learning Credits: 4
1 section
ECE 529 — Signal Processing & Artificial Intelligence Credits: 3
1 section
ECE 532 — Dynamics of Complex Engineering Systems Credits: 3
1 section
ECE 534 — Analog Integrated Circuit Design Credits: 4
1 section
ECE 536 — RF Integrated Circuit Design Credits: 3
1 section
ECE 537 — Biomedical Signal Processing Credits: 3
1 section
ECE 538 — Design/Analysis of Analog Digital Interface Credits: 4
1 section
ECE 539 — Digital Communications Credits: 3
1 section
ECE 540 — Computational Electromagnetics Credits: 3
1 section
ECE 541 — Applied Electromagnetics Credits: 3
1 section
ECE 544 — Silicon Photonics for Computing Systems Credits: 3
1 section
ECE 546 — Laser Fundamentals and Devices Credits: 3
1 section
ECE 548 — Microwave Theory and Component Design Credits: 3
1 section
ECE 549 — Radar Systems and Design Credits: 3
1 section
ECE 553 — Adaptive Systems and Machine Learning Credits: 3
1 section
ECE 554 — Computer Architecture Credits: 3
1 section
ECE 555 — Advanced Robotics–Redundancy & Optimization Credits: 3
1 section
ECE 556 — AI for Radar and Remote Sensing Credits: 3
1 section
ECE 559 — Machine Learning in Imaging and Spectroscopy Credits: 3
1 section
ECE 560 — Foundations of Fine-Grain Parallelism Credits: 4
1 section
ECE 561 — Hardware/Software Design of Embedded Systems Credits: 4
1 section
ECE 562 — Power Electronics I Credits: 3
1 section
ECE 563 — Introduction to Power System Markets Credits: 3
1 section
ECE 564 — Semiconductor Memory Credits: 3
1 section
ECE 565 — Electrical Power Engineering Credits: 3
1 section
ECE 566 — Grid Integration of Renewable Energy Systems Credits: 3
1 section
ECE 568 — Communication Systems in Smart Grids Credits: 3
1 section
ECE 570 — Microgrids Credits: 3
1 section
ECE 571 — VLSI System Design Credits: 4
1 section
ECE 572 — Semiconductor Transistors Credit: 1
1 section
ECE 573 — Semiconductor Optoelectronics Laboratory Credits: 3
1 section
ECE 574 — Optical Properties in Solids Credits: 3
1 section
ECE 578 — Satellite Data Analysis Credits: 3
1 section
ECE 579 — Global Navigation Satellite Systems Credits: 3
1 section
ECE 587 — Internship Credits: Var[1-6]
1 section
ECE 604 — Nonlinear Optics Credits: 3
1 section
ECE 611 — Nonlinear Control Systems Credits: 3
1 section
ECE 641 — Electromagnetics Credits: 3
1 section
ECE 650 — Extreme Ultraviolet and Soft X-Ray Radiation Credits: 3
1 section
ECE 652 — Estimation and Filtering Theory Credits: 3
1 section
ECE 653 — Detection Theory Credits: 3
1 section
ECE 658 — Internet Engineering Credits: 4
1 section
ECE 666 — Topics in Robotics Credits: 3
1 section
ECE 669 — Emerging Topics in AI for Power Systems Credits: 3
1 section
ECE 673 — Thin Film Growth Credits: 3
1 section
ECE 695 — Independent Study Credits: Var[1-18]
1 section
ECE 697 — Group Study Credits: Var[1-6]
1 section
ECE 699 — Thesis Credits: Var[1-18]
1 section
ECE 742 — Topics in Electromagnetics Credits: 3
1 section
ECE 752 — Topics in Signal Processing Credits: 3
1 section
ECE 777 — X-Ray Lasers Credits: 3
1 section
ECE 795 — Independent Study Credits: Var[1-18]
1 section
ECE 799 — Dissertation Credits: Var[1-18]
1 section

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