University of Regina

Overview

The PhD in Electronic Systems Engineering at the University of Regina is designed for those seeking to advance their knowledge and research capabilities in critical areas of electronic systems. This program emphasizes original research and provides opportunities to explore a variety of topics including RF communications, wireless sensor networks, signal and image processing, FPGA-based systems, smart grids, and power systems protection.

What you'll study

The program is research-led and primarily focused on the completion of a doctoral thesis, allowing students to make significant contributions to the field of Electronic Systems Engineering (ESE). Key components of the program include:

• Supervision: Each student is paired with a primary supervisor, an experienced faculty member within ESE, who guides them through their research journey.
• Additional supervision: Students may have the option to include additional supervisors from ESE, other engineering disciplines, or industry, enhancing the breadth of expertise available for their research.
• Thesis focus: The thesis should primarily reflect the ESE program's focus while integrating relevant interdisciplinary insights as needed.
• Research methodology: Candidates with an MEng degree may need to complete an additional research methodology course to ensure a solid foundation for their doctoral studies.
• Research output: The culmination of the program is an original doctoral thesis that showcases the student’s independent research capabilities and technical contributions to the field.

Typical research areas supported by the program encompass RF communication, wireless sensor networks, signal processing, FPGA system design, machine learning, smart grid optimization, and power systems protection.

Entry requirements

Prospective students should hold a master’s degree in engineering or a closely related field, preferably from a thesis-based program. While applicants with an MEng degree are welcome, they may need to undertake an additional course in research methodology as part of their doctoral preparation. Specific GRE/GMAT scores and GPA thresholds are not mandated; eligibility is ultimately assessed by the university based on the fit of the proposed research.

Career prospects

Graduates of the PhD program in Electronic Systems Engineering are well-equipped for various career paths in academia, research institutions, and industry. They may pursue roles as researchers, engineers, or educators, contributing to advancements in technology and innovation across multiple sectors. The skills developed during the program also enhance employability in fields such as telecommunications, automation, and systems engineering.