Bachelor in Automation Engineering Technology

McMaster University, founded in 1887 and located in Hamilton, Ontario, is a top Canadian research university known for innovative teaching models, strong health sciences programs and a robust research portfolio. With multiple campuses and over 60 research centers, McMaster attracts a diverse international student community and offers interdisciplinary programs across engineering, business, humanities and science. SEO keywords relevant to prospective applicants include study in Canada, top research university Canada, and health sciences programs.

The university is recognized for its problem-based learning approaches, unique arts and science offerings and specialized research infrastructure including a research nuclear reactor. McMaster provides themed student residences and inclusive campus services to support international students from more than 75 countries. Keywords such as international student support, student housing Canada, and interdisciplinary undergraduate programs align with McMaster's student-centered environment and commitment to experiential learning.

Prospective international students should explore McMaster's graduate and undergraduate research opportunities, co-op placements and global partnerships to assess fit and career outcomes. The university's reputation for academic excellence, strong faculty mentorship and applied research makes it an appealing choice for students seeking a well-rounded, research-intensive education in Canada with pathways to industry engagement and professional development.

The Bachelor of Technology in Automation Engineering Technology at McMaster University equips students with the expertise to design, develop, and maintain cutting‑edge automated systems. Delivered in English and priced at CAD 32,410.40 per year, the program includes a CAD 85 application fee and requires only a high school diploma for entry. Its curriculum balances theoretical foundations with hands‑on training, ensuring graduates are ready for the fast‑moving industrial landscape.

Core courses such as Applied Thermodynamics, Advanced Fluid Mechanics, and System Analysis and Control provide a deep technical grounding, while modules on Kinematics, Machine Elements, and Strength of Materials develop practical engineering skills. Throughout the program, students engage in project‑based learning, internships, and co‑op placements, gaining real‑world experience in sectors like manufacturing, automotive, aerospace, and energy.

Upon completion, graduates are well‑positioned for roles as automation engineers, control system designers, robotics specialists, and more. The program’s strong industry connections and emphasis on problem‑solving foster a career‑ready mindset, making it an attractive option for international students who want to contribute to the future of smart manufacturing and sustainable technology.