University of Toronto

Overview

The Honours Bachelor of Science (HBSc) in Environmental Chemistry at the University of Toronto provides students with essential chemical and analytical skills to comprehend the impact of pollutants on air, water, soil, and ecosystems. This program integrates core chemistry with environmental science and offers the opportunity to enhance career readiness through optional co-op work terms.

What you'll study

The HBSc in Environmental Chemistry blends fundamental chemistry with environmental science and analytical training. The curriculum is structured to guide students from introductory concepts to more specialized studies in environmental chemistry and analytical techniques.

Typical course areas include:

• Environmental Science
• Environmental Chemistry
• Techniques in Analytical Chemistry
• Physical Sciences (chemistry-focused foundations)
• Earth and climate-related foundations (e.g., Earth History, Climatology, Mineralogy)
• Mathematics for science (e.g., calculus)

Learning and assessment approach: Students can expect a diverse mix of lectures, problem-based learning, laboratory work, and data interpretation assignments that foster scientific reasoning and technical communication skills.

Co-op option: Students who opt for the co-op program will engage in paid work terms alongside their studies, subject to eligibility and placement availability.

Entry requirements

There are no specific GRE, GMAT, or GPA grading score requirements for this program. However, it is advisable to check the latest admissions criteria directly from the University of Toronto.

Career prospects

Graduates of the Environmental Chemistry program are well-equipped for diverse career paths in environmental consulting, regulatory agencies, research institutions, and industries focused on sustainability and environmental protection. The analytical skills and scientific knowledge gained through this program prepare students for roles in monitoring and managing environmental quality, as well as developing strategies for pollution reduction and resource conservation.