COURSE CURRICULUM

The Master of Engineering (MEng) program in Nuclear Engineering offers a diverse and comprehensive curriculum designed to enhance technical expertise and practical skills in nuclear science and engineering. Students engage in core courses such as Advanced Engineering Mathematics (ENGR 5013G), Programming Methodology (ENGR 5200G), and Project Management (ENGR 5410G, NUCL 5010G), alongside specialized seminars and directed studies (NUCL 5003G, 5004G). The program covers foundational nuclear engineering topics, including Nuclear Concepts for Engineers and Scientists (NUCL 5060G), Nuclear Plant Systems and Operation (NUCL 5100G), and CANDU Safety and Steam Supply Systems (NUCL 5111G, 5140G). Advanced courses explore nuclear fuel engineering (NUCL 5225G), thermalhydraulics (NUCL 5230G), power plant thermodynamics (NUCL 5250G), and process control systems (NUCL 5285G). Environmental and safety aspects are emphasized through Environmental Modelling (NUCL 5070G), Occupational Health and Safety (NUCL 5090G), Nuclear Safety Design (NUCL 5510G), and Regulatory Affairs (NUCL 5350G). Specialized topics include radioactive waste management (NUCL 5300G), nuclear forensic analysis (NUCL 5470G), and nuclear security (NUCL 5500G). Complementary engineering courses such as Advanced Optimization (ENGR 5010G), Computational Fluid Dynamics (ENGR 5122G), and Intelligent Control Systems (ENGR 5940G) broaden analytical skills. Access to Mathematical Modelling (MCSC 6010G) and High-Performance Computing (MCSC 6030G) supports research and innovation. This program equips graduates to excel in industry, government, and research roles in nuclear engineering.