EE coursesElectrical Engineering
90 courses · Penn State
- EE 8 Introduction to Digital Music
- EE 9 First-Year Seminar in Electrical Engineering
- EE 97 Special Topics
- EE 199 Foreign Studies
- EE 200 Design Tools
- EE 210 Circuits and Devices
- EE 211 Electrical Circuits and Power Distribution
- EE 212 Introduction to Electronic Measuring Systems
- EE 296 Independent Studies
- EE 297 Special Topics
- EE 299 Foreign Studies
- EE 300W Design Process
- EE 310 Electronic Circuit Design I
- EE 311 Electronic Circuit Design II
- EE 312 Electrical Circuit Analysis
- EE 313W Electronic Circuit Design II
- EE 314 Signals and Circuits II
- EE 315 Electrical Signals and Circuits with Lab
- EE 316 Introduction to Embedded Microcontrollers
- EE 317 Circuits II and Data Acquisition
- EE 320 Introduction to Electro-Optical Engineering
- EE 330 Engineering Electromagnetics
- EE 331 Electromagnetic Fields and Waves
- EE 337 Introduction to Quantum Information Science and Engineering
- EE 340 Introduction to Nanoelectronics
- EE 341 Semiconductor Device Principles
- EE 350 Continuous-Time Linear Systems
- EE 351 Discrete-Time Linear Systems
- EE 352 Signals and Systems: Continuous and Discrete-Time
- EE 353 Signals and Systems: Continuous and Discrete-Time
- EE 360 Communications Systems I
- EE 362 Communication Networks
- EE 380 Introduction to Linear Control Systems
- EE 383 Signals and Controls Laboratory
- EE 385 Energy Systems and Electric Machines
- EE 387 Energy Conversion
- EE 388 Energy Conversion Laboratory
- EE 395 Internship
- EE 396 Independent Studies
- EE 397 Special Topics
- EE 399 Foreign Studies
- EE 400 Engineering Design Concepts
- EE 401 Electrical Design Projects
- EE 403W Capstone Design
- EE 405 Capstone Proposal Preparation
- EE 406W Electrical Engineering Capstone Design
- EE 410 Linear Electronic Design
- EE 413 Power Electronics
- EE 415 Computing with Commercial Quantum Computers
- EE 416 Digital Integrated Circuits
- EE 417 Digital Design Using Field Programmable Devices
- EE 420 Electro-optics: Principles and Devices
- EE 421 Optical Fiber Communications
- EE 422 Optical Engineering Laboratory
- EE 424 Principles and Applications of Lasers
- EE 430 Principles of Electromagnetic Fields
- EE 432 RF and Microwave Engineering
- EE 434 Introduction to Signal Integrity for Interconnects
- EE 437 Physical implementation of qubits
- EE 438 Antenna Engineering
- EE 441 Semiconductor Integrated Circuit Technology
- EE 442 Solid State Devices
- EE 443 Introduction to Heterogeneous Integration & Packaging of Electronic Systems
- EE 453 Fundamentals of Digital Signal Processing
- EE 454 Fundamentals of Computer Vision
- EE 455 An Introduction to Digital Image Processing
- EE 456 Introduction to Neural Networks
- EE 458 Digital Image Processing and Computer Vision
- EE 460 Communication Systems II
- EE 461 Communications I
- EE 465 Probability for Electrical and Computer Engineers
- EE 466 Introduction to Software-Defined Radio
- EE 471 Introduction to Plasmas
- EE 472 Space Astronomy and Introduction to Space Science
- EE 474 Satellite Communications Systems
- EE 477 Fundamentals of Remote Sensing Systems
- EE 480 Linear Systems: Time Domain and Transform Analysis
- EE 481 Control Systems
- EE 482 Introduction to Digital Control Systems
- EE 483 Introduction to Automation and Robotics Systems
- EE 485 Energy Systems and Conversion
- EE 486 Sustainable Energy System Integration
- EE 488 Power Systems Analysis I
- EE 489 Power Systems Analysis II
- EE 494 Senior Thesis
- EE 494H Senior Thesis
- EE 495 Internship
- EE 496 Independent Studies
- EE 497 Special Topics
- EE 499 Foreign Studies
