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The Master of Science in Computer Engineering degree requires a minimum of thirty credits. It is offered under Plan A: Thesis, which includes a six-credit thesis, or Plan C: Coursework. For either plan, students may choose from courses in one or more areas of specialization within the ECE curriculum.

In the field of electrical and computer engineering, basic physical and mathematical principles are utilized to develop new devices, technologies, and techniques of constantly broadening and rapidly changing applications. Examples include:

Microcomputers, parallel processing systems, and embedded systems, and their utilization in a growing range of system applications

Signal processing techniques in telemetry and communication networks

Image processing techniques in industrial material diagnostics and medical imaging

Information processing techniques for data analytics and machine learning

Photonics and fibre optic devices for applications in optical data processing, sensing, and communication

Sophisticated control techniques, transducers, and robotics for advanced automation and electric systems

Energy conversion devices and power systems, including smart grid, electric vehicles, and alternative energy systems.

Micro and nano-fabricated smart sensors for biomedical and environmental applications

Systems on chip for the internet of things, cyber physical systems, wearable and implantable medical devices