COURSE CURRICULUM

The Chemical Engineering graduate program at Lakehead University offers a diverse range of advanced courses designed to deepen knowledge and research skills in key areas of the field. Courses such as Rheology cover the deformation and flow of complex materials including polymers and colloids, while Bioenergy and Biorefining Processes explore renewable fuel production and environmental impacts. Colloid and Particle Interaction focuses on the fundamentals of colloid science and its industrial applications. The Fundamentals of Petroleum Recovery course addresses reservoir properties, fluid flow, and oil recovery methods, integrating practical projects to analyze current research gaps. Process Optimization teaches mathematical and computational techniques for improving chemical engineering systems, including heat exchanger network design and energy targeting. Advanced Heat and Mass Transfer and Advanced Fluid Dynamics provide rigorous training in transfer phenomena and fluid behavior, including turbulence and non-Newtonian fluids. Advanced Reaction Engineering covers reactor design and analysis for various reaction types and conditions, supporting data collection and modeling skills. Advanced Separation Processes introduces modern techniques such as membrane separations and chromatography for purification tasks essential in chemical and environmental industries. The Advanced Sustainable Material course emphasizes lignocellulosic materials, manufacturing processes, and characterization techniques for sustainable material development. Additionally, the Reading Course offers flexible, directed individual study under faculty supervision to explore specialized interests. Together, these courses equip students with a comprehensive understanding of both theoretical and applied aspects of chemical engineering, preparing them for innovative research and professional success.