McGill University

Overview

The Bioresource Engineering program at McGill University offers a graduate pathway designed to tackle pressing challenges in areas such as agriculture, water resources, ecosystems, food systems, and sustainable technologies. Students engage in both advanced coursework and research, often collaborating with various departments and research groups within McGill.

What you'll study

Graduate study blends advanced coursework with research activities. Depending on your selected track and supervisor, you will undertake graduate-level courses in engineering and related disciplines, culminating in a thesis or research project.

Common academic themes (coursework may include)

• Agricultural machinery, mechatronics, and robotics
• Food engineering and bio-processing
• Post-harvest technology and value-chain improvement
• Waste management and environmental protection
• Bio-energy and sustainable energy systems
• Artificial intelligence and data-driven methods for bioresource systems

Research and thesis component

• Collaborate with a faculty supervisor and research group
• Develop a research proposal and conduct supervised research
• Complete a thesis or equivalent research deliverable, with format determined by degree requirements

Interdisciplinary learning

• Courses may be taken across McGill’s campuses and in partnership with other departments
• Students gain technical breadth while specializing in their research area

Entry requirements

• Academic background: A bachelor’s degree in engineering, applied science, or a closely related field (specific prerequisites may vary by research area)
• GPA: Minimum GPA requirements differ based on the applicant's profile and program rules (consult McGill's graduate admission criteria for details)
• English proficiency (choose one):
• TOEFL iBT: minimum score (example score typically around 86)
• IELTS Academic: minimum score (example score typically around 6.5)
• Standard documents:
• Online application and associated fee
• Official transcripts
• Letters of recommendation
• Personal statement
• Writing sample/portfolio (if requested by the department)
• Evidence of a potential research supervisor/fit (as required by the program)
• Additional notes: Some applicants may need to provide further materials depending on their background and research interests

Career prospects

Graduates of the Bioresource Engineering program can pursue diverse career opportunities in areas such as environmental consulting, agricultural innovation, sustainable resource management, and research and development. The interdisciplinary knowledge and practical skills gained through this program position students well for roles in both the public and private sectors, including potential positions in academia.