Master in Chemical Engineering

The University of Saskatchewan in Saskatoon is a comprehensive Canadian research university founded in 1907, known for strengths in agriculture, health sciences, environmental sustainability and Indigenous engagement. Its large campus blends modern research facilities with a supportive student community, offering undergraduate and graduate programs across arts, sciences, engineering, business, education and health-related fields. The university emphasizes both disciplinary excellence and interdisciplinary collaboration.

Students benefit from access to world-class research centers, extensive laboratory and field resources, and opportunities to take part in projects that tackle pressing global challenges such as food security, water management and public health. Campus services include academic advising, career development, and support for international and Indigenous students, while co-op placements, internships and community partnerships help translate learning into practical experience and job readiness.

International applicants will find a welcoming environment in Saskatoon with comprehensive supports for transition, study and research collaboration. The university’s focus on experiential learning, research mentorship and community engagement prepares graduates for diverse career paths and advanced study. For students seeking a research-intensive education in Canada with strong professional pathways and a commitment to inclusion, the University of Saskatchewan is a compelling choice.

The Master in Chemical Engineering at the University of Saskatchewan is a 2-year research-based program that allows students to conduct original research with state-of-the-art facilities. This program is for students who want to specialize in chemical engineering and gain advanced knowledge in the field.

The curriculum covers research areas such as biochemical engineering, corrosion, fluid mechanics, reaction engineering, and thermodynamics. Students will develop skills in experimental design, data analysis, and research methodologies through hands-on lab work and projects.

Graduates can pursue careers as Chemical Engineers, Research Scientists, Process Engineers, or Quality Control Specialists in industries such as energy, biotechnology, and manufacturing.