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Courses

The following table lists all graduate courses being offered for the spring/summer 2021 term.

Course Instructor Date/Time
EE 8208 Arch Synthesis and Design of Digital Systems Lev Kirischian Monday and Tuesday, 6:00 p.m. - 9:00 p.m.
EE 8209 Intelligent Systems TBA Wednesday and Thursday, 6:00 p.m. - 9:00 p.m.
EE 8904 Electricity Markets TBA Monday, 6:00 p.m. - 9:00 p.m.

Disclaimer: Above days/times are subject to change. Course space availability cannot be guaranteed upon registration.

Notes:

  1. For any non-electrical and computer engineering course registration, you must submit a completed and signed  (PDF file) Course Substitution Request (opens in new window)  to the program office, as these registrations must be processed manually. Please check course availability and room location on MyServiceHub at my.Torontomu.ca. Access the complete electrical and computer engineering calendar here.

  2. All graduate dates and deadlines can be found on Toronto Metropolitan University’s Significant Dates page.

For questions related to graduate programming in the department, visit the FAQ web page or send an email to frontoffice@ee.ryerson.ca.

AI Concentration Courses

All students in the AI concentration are required to take four core courses: Intelligent Systems (EE 8209), Neural Networks (EE 8204), Deep Learning (EE 8603) and Advanced Data Engineering (EE 8605). Students are also required to complete four interdisciplinary electives exploring energy, sustainability, computer networks, digital media and urban development through an AI lens. To learn more about the courses offered in the AI concentration, visit Toronto Metropolitan University’s Yeates School of Graduate Studies Electrical and Computer Engineering page. 

Full Course Listing

Descriptions for each of the following courses, as well as a full program curriculum, can be found on Toronto Metropolitan University’s Yeates School of Graduate Studies Electrical and Computer Engineering page.

  • EE 8010 Master’s Research in Electrical and Computer Engineering
  • EE 8102 Signal Detection Theory
  • EE 8103 Random Processes
  • EE 8104 Adaptive Signal Processing
  • EE 8105 Digital Signal Processing I
  • EE 8107 Digital Communications
  • EE 8108 Multimedia Processing and Communications
  • EE 8109 Wireless Communications I
  • EE 8111 Digital Signal Processing II
  • EE 8114 Optical Communications and Networks
  • EE 8120 Applied Optimization Techniques
  • EE 8121 Wireless Networks
  • EE 8122 Opto-electronic Devices
  • EE 8123 Radio Frequency Circuits and Systems
  • EE 8202 Digital Image Processing I
  • EE 8204 Neural Networks
  • EE 8205 Embedded Computer Systems
  • EE 8208 Architectural Synthesis & Design of Digital Systems
  • EE 8209 Intelligent Systems
  • EE 8211 Advanced Topics in Computer Networks
  • EE 8212 Digital Image Processing II
  • EE 8213 Computer Network Security
  • EE 8214 Computer Systems Modelling
  • EE 8215 Human Computer Interaction
  • EE 8216 Computer Networks
  • EE 8217 Reconfigurable Computing Systems
  • EE 8218 Parallel Computing
  • EE 8219 Arch of Field-Programmable Gate Arrays
  • EE 8220 Advanced Digital Filters
  • EE 8221 Systems-on-Chip Design
  • EE 8301 Linear System Theory
  • EE 8401 Computer Methods in Power System Analysis
  • EE 8403 Advanced Topics in Power Systems
  • EE 8405 Power System Stability and Control
  • EE 8407 Power Converter Systems
  • EE 8408 Switch Mode Power Supplies
  • EE 8409 Electromagnetic Theory
  • EE 8410 Power Electronics
  • EE 8412 Advanced AC Drive Systems
  • EE 8414 Lightning: Modelling and Detection
  • EE 8416 Modelling and Control of Power Electronics
  • EE 8417 Vector Control of Rotating Machines
  • EE 8418 Antenna Theory and Design
  • EE 8501 VLSI System Design
  • EE 8502 CMOS Mixed-Mode Circuits and Systems
  • EE 8503 VLSI Circuits and Systems for Communications
  • EE 8504 Advanced VLSI/FPGA System Design and Opt Alg
  • EE 8505 Digital Systems Testing
  • EE 8506 Digital CMOS VLSI Integrated Circuits
  • EE 8601 Directed Studies in Electrical Engineering
  • EE 8603 Selected Topics in Computer Engineering I
  • EE 8604 Selected Topics in Electrical Engineering I
  • EE 8605 Selected Topics in Computer Science I
  • EE 8606 Selected Topics in Biomedical Engineering I
  • EE 8607 Selected Topics in Computer Engineering II
  • EE 8608 Selected Topics in Electrical Engineering II
  • EE 8609 Selected Topics in Computer Science II
  • EE 8610 Selected Topics in Biomedical Engineering II
  • EE 8901 Smart Grids
  • EE 8902 Demand Management and Conservation
  • EE 8903 Energy Storage and Use
  • EE 8904 Electricity Markets
  • EE 9010 PhD Research Seminar in Electrical and Computer Engineering