Schedule of Classes: Electrical Engineering: 2021-2022


Click on the section name to visit the web page for that section, or the course name to see all offerings of the course.

To reference a comprehensive list of all SOE renumbered courses, please see:

Please note that the course schedule and offerings are subject to change.

« Back to 2020-2021

Fall 2021 Winter 2022 Spring 2022 Summer 2022
EE80J: Renewable Energy Sources
EE80S: Sustainability Engineering and Practice
EE80T: Modern Electronic Technology and How It Works
EE81C: Designing a Sustainable Future
Fall 2021 Winter 2022 Spring 2022 Summer 2022
EE101: Introduction to Electronic Circuits
EE101L: Introduction to Electronic Circuits Laboratory
EE103: Signals and Systems
EE103L: Signals and Systems Lab
EE104: Bio-electronics and Bio-instrumentations
EE115: Introduction to Micro-Electro-Mechanical-Systems Design
EE122A: Collaborative Sustainability Project Design
EE122B: Collaborative Sustainability Project Implementation
EE122C: Collaborative Sustainability Project Implementation
EE123A: Engineering Design Project I
EE123B: Engineering Design Project II
EE129A: Capstone Project I
EE129B: Capstone Project II
EE129C: Capstone Project III
EE130: Introduction to Optoelectronics and Photonics
EE130L: Introduction to Optoelectronics Laboratory
EE135: Electromagnetic Fields and Waves
EE135L: Electromagnetic Fields and Waves Laboratory
EE136: Engineering Electromagnetics
EE145: Properties of Materials
EE145L: Properties of Materials Laboratory
EE151: Communications Systems
EE152: Introduction to Wireless Communications
EE153: Digital Signal Processing
EE154: Feedback Control Systems
EE157: RF Hardware Design
EE157L: RF Hardware Design
EE171: Analog Electronics
EE171L: Analog Electronics Laboratory
EE172: Advanced Analog Circuits
EE173: High-Speed Digital Design
EE173L: High-Speed Digital Design Laboratory
EE174: Introduction to EDA Tools for PCB Design
EE175: Energy Generation and Control
EE175L: Energy Generation and Control Laboratory
EE176: Energy Conversion and Control
EE176L: Energy Conversion and Control Laboratory
EE177: Power Electronics
EE177L: Power Electronics Laboratory
EE178: Device Electronics
EE180J: Advanced Renewable Energy Sources
EE181J: Renewable Energy Sources in Practice
EE183: Special Topics in Electrical Engineering
EE192: Special Topics in Electrical Engineering (Pending Approval)
Fall 2021 Winter 2022 Spring 2022 Summer 2022
EE204: Bio-Electronics And Bio-Instrumentations
EE211: Introduction to Nanotechnology
EE212: Introduction to BioMEMS
EE213: Nanocharacterization of Materials
EE215: Micro-Electro-Mechanical Systems (MEMS) Design
EE216: Nanomaterials and Nanometer-scale Device
EE217: Engineering of Thin Film Deposition
EE218: Fundamentals of Nanoelectronics
EE221: Advanced Analog Integrated Circuits
EE222: High-Speed Low-Power Integrated Circuit Design
EE225: Semiconductor Processing and Bandgap Engineering
EE226: CMOS Radio Frequency Integrated Circuit Design
EE227: Fundamentals of Semiconductor Physics
EE228: Device Electronics
EE230: Optical Fiber Communication
EE231: Optical Electronics
EE232: Quantum Electronics
EE236: Integrated Biophotonics
EE241: Introduction to Feedback Control Systems
EE250: Digital Signal Processing
EE251: Principles of Digital Communications
EE252: Wireless Communications
EE253: Introduction to Information Theory
EE261: Error Control Coding
EE262: Statistical Signal Processing
EE264: Image Processing and Reconstruction
EE265: Introduction to Inverse Problems
EE266: Optics and Microscopy
EE279: Optimization and Control for Electric Power Systems
EE280A: Current topics in Applied Microscopy and Neuronal Imaging
EE280B: Seminar on Integrated Bioelectronics
EE280I: Seminar on Microscopy and Nanotechnology
EE280M: Seminar on Micro-Electro-Mechanical Systems (MEMS)
EE280N: Seminar on Nanophotonics and Lab-on-Chip Systems
EE280O: Seminar on Applied Optics
EE280Q: Seminar on Quantum Electronics and Nanoelectronics
EE280Z: Seminar on Smart Grids and Data Analytics
EE283: Special Topics in Electrical Engineering
EE288: Radar, Synthetic Aperture Radar, and ISAR
EE289: Adaptive Optics for Biological Imaging
EE290: EE Graduate Seminar
Note: 2 credits as of Winter 2018. 1 credit Fall 2017, and before.
EE291: Tomorrow's Professors, Engineers, and Entrepreneurs
EE293: Advanced Topics in Electrical Engineering