University of Regina

Overview

The PhD in Industrial Systems Engineering at the University of Regina equips you with the skills to undertake advanced research in diverse fields such as manufacturing systems, control systems, process engineering, and energy systems. This program emphasizes the development of expertise through rigorous graduate-level coursework and a research-centered dissertation.

What you'll study

Programme Structure

• Doctoral training and research: Engage in essential graduate coursework that enhances your research methodologies and foundational knowledge in the field.
• Research proposal and supervision: Collaborate with your supervisor(s) to formulate a comprehensive research plan, navigating through the key milestones of your doctoral journey.
• Dissertation: The culmination of your studies will be a dissertation based on original research, which you will present and defend orally.

Research themes (examples)

• Quality control and reliability analysis
• Performance evaluation of manufacturing and industrial systems
• Fatigue analysis for components and industrial structures
• Vibration and noise analysis in mechanical and industrial applications
• Design and manufacturing of pressure vessels and related systems
• Process engineering and energy systems research
• Control and systems engineering topics

Course selection and the balance between coursework and research training will be tailored to your background and the guidance of your supervisory committee.

Entry requirements

Applicants are generally required to possess a thesis-based Master’s degree in a relevant discipline for admission into the doctoral program. Your educational background and research experience should reflect your preparedness for advanced scholarly work.

Should your background not completely align with the proposed research area, you may need to complete additional graduate-level coursework. Such preparatory work is subject to the program's regulations and may not count toward formal degree requirements.

Career prospects

Graduates from this program are well-prepared for a variety of career paths in academia, research, and industry. Opportunities may include roles in research and development, operations management, quality assurance, and consulting within manufacturing and engineering sectors.