Biomedical Technologies

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Course Listing
Code | Title | Instructor | Outline | Info |
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CompEng 2SH4 Undergraduate | Principles of Programming |
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CompEng 2SI3 Undergraduate | Data Structures, Algorithms and Discrete Mathematics |
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CompEng 3SK3 Undergraduate | Computer-Aided Engineering |
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ECE 6BC3 Graduate | Modeling of Biological Systems |
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ECE 6BD4 Graduate | Biomedical Instrumentation |
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ELECENG 4BB3 Undergraduate | Bioelectricity |
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ElecEng 2CI4 Undergraduate | Introduction to Electrical Engineering |
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ElecEng 2CJ4 Undergraduate | Circuits and Systems |
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ElecEng 2EI4 Undergraduate | Electronic Devices and Circuits 1 |
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ElecEng 3EJ4 Undergraduate | Electronic Devices and Circuits 2 |
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ElecEng 3TP3 Undergraduate | Signals and Systems |
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Communication Technologies, Systems & Networks

Related Faculty
Related Courses
Code | Title | Instructor | Outline | Info |
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CompEng 2SH4 Undergraduate | Principles of Programming |
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CompEng 2SI3 Undergraduate | Data Structures, Algorithms and Discrete Mathematics |
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CompEng 3SK3 Undergraduate | Computer-Aided Engineering |
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CompEng 4DK4 Undergraduate | Computer Networks |
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CompEng 4DN4 Undergraduate | Advanced Internet Communications |
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ECE 6DK4 Graduate | Computer Communication Networks |
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ECE 6DN4 Graduate | Advanced Internet Communications |
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ElecEng 2CI4 Undergraduate | Introduction to Electrical Engineering |
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ElecEng 2CJ4 Undergraduate | Circuits and Systems |
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ElecEng 2EI4 Undergraduate | Electronic Devices and Circuits 1 |
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ElecEng 3EJ4 Undergraduate | Electronic Devices and Circuits 2 |
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ElecEng 3FK4 Undergraduate | Electromagnetics 2 |
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ElecEng 3TP3 Undergraduate | Signals and Systems |
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ElecEng 3TQ3 (C01) Undergraduate | Advanced Probability and Random Processes |
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ElecEng 3TR4 Undergraduate | Communication Systems |
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ElecEng 4EM4 Undergraduate | Photonic Devices and Systems |
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ElecEng 4FJ4 Undergraduate | Devices and Antennas for Wireless Systems |
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ElecEng 4TK4 Undergraduate | Digital Communications Systems |
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SFWRTECH 4AI3 Undergraduate | Artificial Intelligence |
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Electrified & Autonomous Transportation

McMaster University has one of the largest programs in academia in North America in electrified/autonomous transportation and smart mobility with over 400 researchers and $250 million of programs, infrastructure, and initiatives.
Our automotive program includes a new 80,000 square-foot McMaster Automotive Resource Centre (MARC) at McMaster Innovation Park, which is the home for the Canada Excellence Research Chair (CERC) in Hybrid Powertrain (the only CERC in Canada in transportation electrification). We collaborate with numerous private and public sector organizations and have unique relationships with major transportation OEMs and suppliers.
Related Faculty
Related Courses
Code | Title | Instructor | Outline | Info |
---|---|---|---|---|
CompEng 2SH4 Undergraduate | Principles of Programming |
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CompEng 2SI3 Undergraduate | Data Structures, Algorithms and Discrete Mathematics |
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CompEng 3SK3 Undergraduate | Computer-Aided Engineering |
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CompEng 4DK4 Undergraduate | Computer Networks |
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ElecEng 2CI4 Undergraduate | Introduction to Electrical Engineering |
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ElecEng 2CJ4 Undergraduate | Circuits and Systems |
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ElecEng 3CL4 Undergraduate | Introduction to Control Systems |
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ElecEng 3EJ4 Undergraduate | Electronic Devices and Circuits 2 |
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ElecEng 3PI4 Undergraduate | Energy Conversion |
Sessional Instructor: Mahmoud Maghrabi
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ElecEng 3TP3 Undergraduate | Signals and Systems |
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ElecEng 3TQ3 (C01) Undergraduate | Advanced Probability and Random Processes |
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ElecEng 4CL4 Undergraduate | Control Systems |
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ElecEng 4PK4 Undergraduate | Power Electronics |
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ElecEng 4PM4 Undergraduate | Electrical Power Systems |
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SFWRTECH 4AI3 Undergraduate | Artificial Intelligence |
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Electromagnetics & Photonics

Our Electromagnetics and Photonics research stream maintains world-class standing in both graduate training and research.
The Electromagnetic Optimization team (Prof. Bakr) develops new modeling, adjoint-sensitivity analysis, and optimization approaches for high and low-frequency engineering applications. The adjoint sensitivities are applied to the design of electric motors for hybrid and electric cars. The team is also developing design approaches for cloaking devices, for THz antenna arrays, and for energy harvesting devices and systems, including nano antennas, MIM, and MIIM diodes operating in the THz regime.
The Electromagnetic Vision (EMvi) Research Laboratory (Prof. Nikolova) works on radio-frequency, microwave and millimeter-wave systems for the near-field imaging and detection of optically obscured objects. Some of the exciting research projects include:
- radar security and surveillance systems for the detection of weapons concealed under the clothing
- early-stage breast cancer detection, and (iii) detection of structural flaws in hulls and pipes under protective coatings.
The Photonics team develops new integrated photonic devices (Prof. Li) as well as systems for fiber-optic links and networks (Prof. Kumar). Recent research projects include:
- high-speed directly modulated distributed feedback laser (DFB-DML)
- III-V/Si hybrid laser (Si-photonics laser)
- broadband, high-sensitivity optically pre-amplified Si-Ge photo-detector (Si-Ge SOA-PIN)
- surface plasmonic polariton (SPP) waveguides and devices
- direct image transmission through multimode fiber
- digital and optical backpropagation techniques for fiber nonlinearity mitigation
- optical OFDM systems
- biomedical imaging using Raman spectroscopy
- optical phase conjugation
Related Faculty
Related Courses
Code | Title | Instructor | Outline | Info |
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CompEng 3SK3 Undergraduate | Computer-Aided Engineering |
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ElecEng 2CI4 Undergraduate | Introduction to Electrical Engineering |
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ElecEng 2CJ4 Undergraduate | Circuits and Systems |
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ElecEng 2EI4 Undergraduate | Electronic Devices and Circuits 1 |
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ElecEng 2FH4 Undergraduate | Electromagnetics 1 |
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ElecEng 3FK4 Undergraduate | Electromagnetics 2 |
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ElecEng 3TQ3 (C01) Undergraduate | Advanced Probability and Random Processes |
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ElecEng 4EM4 Undergraduate | Photonic Devices and Systems |
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ElecEng 4FJ4 Undergraduate | Devices and Antennas for Wireless Systems |
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Integrated, Embedded and Interconnected Systems

Related Faculty
Related Courses
Code | Title | Instructor | Outline | Info |
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CompEng 2DI4 (C01) Undergraduate | Logic Design |
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CompEng 2SH4 Undergraduate | Principles of Programming |
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CompEng 2SI3 Undergraduate | Data Structures, Algorithms and Discrete Mathematics |
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CompEng 3DQ5 Undergraduate | Digital System Design |
Sessional Instructor: Karim Mahmoud
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CompEng 3SK3 Undergraduate | Computer-Aided Engineering |
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CompEng 4DM4 Undergraduate | Computer Architecture |
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CompEng 4DS4 Undergraduate | Embedded Systems |
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ECE 6DM4 Graduate | Computer Architecture |
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ECE 6DS4 Graduate | Embedded Systems |
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ElecEng 2CI4 Undergraduate | Introduction to Electrical Engineering |
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ElecEng 2CJ4 Undergraduate | Circuits and Systems |
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ElecEng 2EI4 Undergraduate | Electronic Devices and Circuits 1 |
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ElecEng 3EJ4 Undergraduate | Electronic Devices and Circuits 2 |
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ElecEng 3TP3 Undergraduate | Signals and Systems |
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ElecEng 3TQ3 (C01) Undergraduate | Advanced Probability and Random Processes |
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ElecEng 3TR4 Undergraduate | Communication Systems |
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SFWRTECH 4AI3 Undergraduate | Artificial Intelligence |
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Microelectronics & VLSI

The microelectronics research focuses on microelectronic, nanoelectronic and optoelectronic components and systems.
A major research focus is on nanoelectronic, optoelectronic and nanotechnology-based components and systems for information and communication systems, as well for health and environmental applications. Faculty are actively researching low-cost manufacturing technologies for sensors and integrated sensor systems for water quality and other environmental monitoring applications, and developing smart home hardware and software technologies for elderly health-care. Ongoing projects address high performance single photon detectors, time-to-digital converters, digital silicon photomultipliers, high-speed, high-sensitivity imagers, quantum dot photodetectors, and time-domain functional imaging systems for emerging biomedical/biochemical/medical/environmental applications. Design and test research tackles the rapid increase in the complexity of digital very large scale integrated (VLSI) circuits and enables novel applications on reconfigurable hardware. Other research and technology development involves nanotechnology-based sensing and imaging systems using our state-of-the-art heterogeneous integration, characterization, and evaluation facilities. Basic research is also being performed on device physics, modeling and reliability, low noise issues, development of novel characterization techniques, and organic/polymeric and other printable or hand-drawn semiconductor devices.
Related Faculty
Related Courses
Code | Title | Instructor | Outline | Info |
---|---|---|---|---|
CompEng 2DI4 (C01) Undergraduate | Logic Design |
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CompEng 2SH4 Undergraduate | Principles of Programming |
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CompEng 2SI3 Undergraduate | Data Structures, Algorithms and Discrete Mathematics |
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More | |
CompEng 3DQ5 Undergraduate | Digital System Design |
Sessional Instructor: Karim Mahmoud
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More | |
CompEng 3SK3 Undergraduate | Computer-Aided Engineering |
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CompEng 4DM4 Undergraduate | Computer Architecture |
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CompEng 4DS4 Undergraduate | Embedded Systems |
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ECE 6DM4 Graduate | Computer Architecture |
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ElecEng 2CI4 Undergraduate | Introduction to Electrical Engineering |
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ElecEng 2CJ4 Undergraduate | Circuits and Systems |
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ElecEng 2EI4 Undergraduate | Electronic Devices and Circuits 1 |
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ElecEng 3EJ4 Undergraduate | Electronic Devices and Circuits 2 |
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ElecEng 4EK4 Undergraduate | Microelectronics |
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ElecEng 4PK4 Undergraduate | Power Electronics |
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Optimization, Learning & Control

A number of faculty members in the department have been pursuing research interests that fall within the broad spectrum of the disciplines of optimization, learning and control in electrical and computer engineering.
Pioneering work in the development of the space mapping optimization technique has enabled rapid optimization of high-fidelity systems and devices that rely on complex multi-physics simulations at substantially reduced computational cost. Applications of optimization techniques in the design and control of communication systems, modern power and energy systems, and electrified transportation systems have been of particular interest. Pioneering research in Cognitive Systems has focused on the areas of Cognitive Radio Networks, Cognitive Radar and Cognitive Control. Emerging applications of estimation, learning and control in self-driving cars and unmanned aerial vehicles and robots are also being pursued.
Related Faculty
Related Courses
Code | Title | Instructor | Outline | Info |
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CompEng 2SH4 Undergraduate | Principles of Programming |
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CompEng 3SK3 Undergraduate | Computer-Aided Engineering |
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ECE 6CL4 Graduate | Control Systems Design |
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ElecEng 2CI4 Undergraduate | Introduction to Electrical Engineering |
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ElecEng 2CJ4 Undergraduate | Circuits and Systems |
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ElecEng 2EI4 Undergraduate | Electronic Devices and Circuits 1 |
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ElecEng 3CL4 Undergraduate | Introduction to Control Systems |
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ElecEng 3TP3 Undergraduate | Signals and Systems |
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ElecEng 3TQ3 (C01) Undergraduate | Advanced Probability and Random Processes |
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ElecEng 4CL4 Undergraduate | Control Systems |
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Power Electronics & Electric Machines

Related Faculty
Related Courses
Code | Title | Instructor | Outline | Info |
---|---|---|---|---|
CompEng 2SH4 Undergraduate | Principles of Programming |
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CompEng 3SK3 Undergraduate | Computer-Aided Engineering |
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ElecEng 2CI4 Undergraduate | Introduction to Electrical Engineering |
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More | |
ElecEng 2CJ4 Undergraduate | Circuits and Systems |
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ElecEng 2EI4 Undergraduate | Electronic Devices and Circuits 1 |
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ElecEng 2FH4 Undergraduate | Electromagnetics 1 |
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ElecEng 3CL4 Undergraduate | Introduction to Control Systems |
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ElecEng 3EJ4 Undergraduate | Electronic Devices and Circuits 2 |
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ElecEng 3FK4 Undergraduate | Electromagnetics 2 |
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ElecEng 3PI4 Undergraduate | Energy Conversion |
Sessional Instructor: Mahmoud Maghrabi
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ElecEng 3TP3 Undergraduate | Signals and Systems |
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ElecEng 4CL4 Undergraduate | Control Systems |
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ElecEng 4PK4 Undergraduate | Power Electronics |
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ElecEng 4PM4 Undergraduate | Electrical Power Systems |
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SFWRTECH 4AI3 Undergraduate | Artificial Intelligence |
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Outline | More |
Signal, Image & Video Processing

Signal, image and video processing research group has been at the forefront of signal processing research with activities that cover a wide range from theoretical research to the design of VLSI, optical and opto-electronic systems for fast implementation of signal processing algorithms.
Faculty in this research group are involved in applying state of the art signal processing techniques to a wide range of real world problems. Recent applications include medical imaging, tracking, self-driving cars, EEG signal processing video image compression and other multimedia related technologies. Faculty and students in the group have access to a number of facilities including Compute Canada’s Advanced Research Computing Systems. Facilities for fabrication of microelectronic and electro-optical devices and a network of workstations and computers provide a rich infrastructure for research in signal and image processing.
The faculty members of this research group have been recognized through awards given by a number of professional societies, including the Institute of Electrical and Electronics Engineers (IEEE). A number of faculty members of this group serve as editors for IEEE publications. The faculty in this groups are involved in a range of interdisciplinary research projects with collaborations with faculty in the medical school and the departments of psychology.
Graduate students play a central role in the life of the group. There is a close interaction between the faculty members of the group and their students. Seminars involve faculty, students, and guest speakers from other universities and local industry. There are also numerous informal meetings within the research group on topics ranging from image compression to functional brain mapping. Students considering pursuing a graduate degree in the area of signal and image processing are encouraged to browse through the web site for more information.
Related Faculty
Related Courses
Code | Title | Instructor | Outline | Info |
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CompEng 2SH4 Undergraduate | Principles of Programming |
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CompEng 2SI3 Undergraduate | Data Structures, Algorithms and Discrete Mathematics |
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CompEng 3SK3 Undergraduate | Computer-Aided Engineering |
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CompEng 4TL4 Undergraduate | Digital Signal Processing |
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CompEng 4TN4 Undergraduate | Image Processing |
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ElecEng 2CI4 Undergraduate | Introduction to Electrical Engineering |
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ElecEng 2CJ4 Undergraduate | Circuits and Systems |
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ElecEng 2EI4 Undergraduate | Electronic Devices and Circuits 1 |
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ElecEng 3TP3 Undergraduate | Signals and Systems |
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ElecEng 3TQ3 (C01) Undergraduate | Advanced Probability and Random Processes |
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SFWRTECH 4AI3 Undergraduate | Artificial Intelligence |
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Outline | More |