McGill University

Overview

Bioresource Engineering at McGill University combines engineering principles with biological sciences to address pressing challenges related to land, water, food systems, and the environment. This program empowers students to develop sustainable technologies and systems that integrate biological processes with engineering practices.

What you'll study

The curriculum provides a solid foundation in core engineering principles alongside specialized coursework focused on bioresources. Students will gain essential technical knowledge and skills to prepare them for real-world applications.

• Core engineering courses: Topics include Differential Equations, Engineering Design, and Engineering Economy.
• Engineering analysis: Students will explore Mechanical Analysis & Design and Electric Machinery.
• Bioresource materials: Coursework covers Bioresource Engineering Materials.

Students can choose from various career streams to tailor their education:

• BioEnvironmental Engineering
• Soil and Water Engineering
• Ecological Engineering
• Food and Bioprocess Engineering
• Agricultural Engineering

Applied learning is a key aspect of the program, linking theoretical knowledge with practical problem-solving in bio-based contexts.

Entry requirements

Entry criteria may vary based on the applicant's background. The university will review secondary school results and any relevant post-secondary coursework to assess eligibility. There is no requirement for the GRE or GMAT for this undergraduate program.

Career prospects

Graduates of the Bioresource Engineering program can pursue various career paths in sectors such as environmental consulting, agricultural technology, and sustainable resource management. The skills acquired through this program prepare students for impactful roles in addressing global challenges related to sustainability and resource management.