EE courses
62 courses · University of Southern California · Fall 2026
- EE 105 — Introduction to Electrical Engineering2 sections
- EE 109 — Introduction to Embedded Systems8 sections
- EE 141 — Applied Linear Algebra for Engineering5 sections
- EE 155 — Introduction to Computer Programming for Electrical Engineers2 sections
- EE 202 — Linear Circuits5 sections
- EE 250 — Distributed Systems for the Internet of Things4 sections
- EE 301 — Linear Systems2 sections
- EE 338 — Physical Electronics3 sections
- EE 348 — Electronic Circuits1 section
- EE 354 — Digital Circuits6 sections
- EE 364 — Probability and Statistics for Engineers and Computer Scient2 sections
- EE 370 — Electromagnetics for Engineering Systems4 sections
- EE 443 — Power Systems2 sections
- EE 444 — Power Systems Technology4 sections
- EE 450 — Foundations of Computer Networks6 sections
- EE 451 — Parallel and Distributed Computation2 sections
- EE 454 — System-on-Chip2 sections
- EE 457 — Computer Systems Organization8 sections
- EE 460 — Machine Learning for Engineers2 sections
- EE 477 — MOS VLSI Circuit Design8 sections
- EE 483 — Digital Signal Processing4 sections
- EE 490 — Directed Research1 section
- EE 494 — Undergraduate Thesis2 sections
- EE 503 — Probability for Electrical and Computer Engineers6 sections
- EE 507 — Micro- and Nano-Fabrication Technology1 section
- EE 510 — Linear Algebra for Engineering4 sections
- EE 511 — Machine Learning Hardware Accelerators2 sections
- EE 512 — Stochastic Processes for Financial Engineering4 sections
- EE 514 — Quantum Error Correction1 section
- EE 516 — High-Voltage DC Transmission Systems2 sections
- EE 518 — Mathematics and Tools for Financial Engineering4 sections
- EE 520 — Introduction to Quantum Information Processing1 section
- EE 525 — Power System Protection2 sections
- EE 529 — Optics2 sections
- EE 530 — Optical Materials, Instruments and Devices1 section
- EE 536 — Analog Integrated Circuits4 sections
- EE 537 — Modern Solid-State Devices1 section
- EE 538 — Computing Principles for Electrical Engineers2 sections
- EE 539 — Engineering Quantum Mechanics2 sections
- EE 541 — A Computational Introduction to Deep Learning1 section
- EE 542 — Internet and Cloud Computing1 section
- EE 546 — Mathematics of High-Dimensional Data1 section
- EE 547 — Applied and Cloud Computing for Electrical Engineers2 sections
- EE 557 — Computer Systems Architecture4 sections
- EE 562 — Random Processes in Engineering1 section
- EE 577 — VLSI System Design10 sections
- EE 585 — Linear System Theory2 sections
- EE 588 — Optimization for the Information and Data Sciences2 sections
- EE 590 — Directed Research1 section
- EE 599 — Special Topics3 sections
- EE 608 — Wearable Technology1 section
- EE 641 — Deep Learning Systems1 section
- EE 658 — Diagnosis and Design of Reliable Digital Systems1 section
- EE 660 — Machine Learning II: Mathematical Foundations and Methods4 sections
- EE 669 — Multimedia Data Compression2 sections
- EE 675 — Data Analysis and Control Techniques for Neurotechnology Des1 section
- EE 680 — Computer-Aided Design of Digital Systems1 section
- EE 682 — Law, AI and Intellectual Property for Engineers1 section
- EE 690 — Directed Research1 section
- EE 698 — Doctoral Seminar Series1 section
- EE 790 — Research1 section
- EE 794 — Doctoral Dissertation5 sections
Spot missing or incorrect course data?