University of Regina

Overview

The Bachelor of Engineering in Industrial Systems at the University of Regina is designed to cultivate your expertise in manufacturing, process efficiency, and systems design. This program equips you with the ability to address real-world industrial challenges by integrating engineering principles with considerations of human factors, business dynamics, and environmental impacts. The course is structured to provide a comprehensive education over a typical duration of approximately 60 months, delivered on campus.

What you'll study

Typical course areas include:

• Simulation of Industrial Systems
• Human Factors Engineering
• Manufacturing Process and Machinery
• Industrial Machine Design
• Computer-Aided Engineering
• Computer Integrated Manufacturing
• Facilities Planning and Design
• Energy Systems
• Heat, Mass and Momentum Transfer
• Strength of Materials
• Materials-focused engineering topics such as fatigue and performance

Capstone experience: The program includes a capstone project or design component, allowing students to apply their learning in a practical context. Specific course titles and requirements may differ, so it is advisable to consult the University of Regina’s academic calendar for the most current information.

Electives and specialization: Students may have the opportunity to choose additional engineering electives based on their approved degree plan, allowing for tailored learning paths.

Entry requirements

Admission to the program is determined by your academic qualifications and the overall strength of your application. It is advisable to check with the university for any specific standardized test requirements, as they may vary.

Career prospects

Graduates of the Bachelor of Engineering in Industrial Systems can pursue a variety of career paths in fields such as manufacturing, systems analysis, process engineering, and project management. The skills acquired throughout the program prepare you for roles that require innovative problem-solving and a deep understanding of both technical and operational aspects of industrial systems.