Master in Numerical Mechanics

Polytechnique Montréal is a leading engineering school located on Mount Royal in vibrant Montreal. Founded in 1873, it enrolls about 10,000 students, including roughly 2,900 international students, and offers more than 150 specialized engineering programs. The school is renowned for rigorous technical training, extensive research capacity and strong industry partnerships that help students move from campus labs into high-impact careers.

Academic life at Polytechnique blends theoretical depth with hands-on experience in well-equipped laboratories, research chairs and collaborative projects. Areas of strength include aerospace, biomedical, materials and sustainable technologies, complemented by interdisciplinary initiatives in artificial intelligence and energy. The bilingual nature of Montreal creates opportunities to study and work in both French and English, broadening students’ cultural and professional horizons.

International applicants benefit from comprehensive support services, from immigration advising to housing options; on-campus residences are available with monthly costs typically ranging from $600 to $1,100 CAD. The university’s strong employer connections, co-op placements and startup-friendly ecosystem enhance employability. For students seeking a globally respected engineering education in North America, Polytechnique Montréal offers a research-intensive, multicultural environment with clear pathways to professional growth.

The Master in Numerical Mechanics is a degree for engineers and science graduates who want to specialize in computational tools. It's a Master's degree that takes a few years to complete, taught in English at Polytechnique Montréal in Canada. The program helps students develop skills to model and solve engineering problems using computers.

The curriculum covers subjects like mechanical engineering, computational modeling, and numerical methods. Students develop skills in computer-based methods, and they work on practical projects with faculty or industry partners. This hands-on approach helps students learn by doing.

Graduates can pursue careers as engineering analysts, mechanical engineers, or research engineers in industries like aerospace, automotive, and manufacturing. They can also work as computational modeling specialists or engineering consultants, using their expertise to drive innovation and solve complex problems.