COURSE CURRICULUM

The Environmental Engineering graduate program at Lakehead University offers a comprehensive selection of courses designed to equip students with advanced knowledge and practical skills in tackling environmental challenges. Key courses include Air Pollution Control Methods and Analysis, which covers properties and control techniques for particulate and gaseous emissions such as cyclones, electrostatic precipitators, and incinerators, along with projects exploring current research gaps. Environmental Chemistry focuses on contaminant behavior in aquatic systems and atmospheric chemistry, with students engaging in literature reviews and research proposals. Advanced Green Chemicals and Processes explores sustainable alternatives in the pulp and paper industry, including biorefining and green composite production. The Design and Analysis of Experiments course introduces statistical methods like ANOVA and regression analysis, enabling students to plan and analyze experiments using software tools. Physicochemical Treatment Processes delves into the theory and design of water and wastewater treatment methods such as sedimentation, coagulation, filtration, and membrane separations. Biological Treatment Processes examine microbiology and kinetics of biological systems applied in water treatment, air pollution control, and bioremediation, with research projects included. Advanced Topics in Environmental Engineering varies by instructor interests and may cover areas like mine waste management, contaminated site remediation, hydrology, and emerging aquatic science topics. The program also offers a Reading Course for directed individual study, allowing students to pursue specialized interests under faculty supervision. Together, these courses provide a rigorous and flexible foundation for research and professional practice in environmental engineering.