Master in Engineering - Mechanical Engineering Concentration (with thesis)

Founded in 1907 and located in Trois-Rivières, the University of Quebec Trois-Rivières (UQTR) is a compact, multidisciplinary institution that delivers practical, research-informed teaching across arts, sciences, business, health and engineering. Serving roughly 9,000 students and offering about 225 programs, UQTR combines small-class engagement with a wide curriculum so students can tailor study paths and gain hands-on experience within their fields.

The university emphasizes applied learning through internships, co-op placements and community partnerships that connect classroom study to regional industry. Research collaboration is active across laboratories and centers, enabling students to work alongside faculty on projects that address local and global challenges. Campus facilities are modern and supportive, and the bilingual Quebec setting provides international students with an opportunity to improve French or English skills while accessing dedicated student services, language support and orientation programs.

With about 1,500 international students, UQTR offers a welcoming environment for newcomers who value affordable living, strong student support and a balance of academic rigor and practical training. Career services, professional networks in the Mauricie region and pathways to graduate study help graduates transition from study to employment. Prospective students seeking a research-active, community-centered university in a friendly mid-sized Canadian city will find UQTR a strategic and student-friendly choice.

The Master in Engineering - Mechanical Engineering Concentration is a degree program for students who want to deepen their knowledge in mechanical engineering. It's a master's degree that takes a few years to complete and is taught in English. This program helps students develop their technical and scientific skills.

The curriculum includes compulsory courses like Research Methodology, and optional courses such as Design and Modeling in Engineering II, and Advanced modeling of the behavior of materials and assemblies. Students also work on research projects and can choose from a range of complementary courses. This hands-on approach helps students develop skills in areas like modeling, simulation, and optimization.

Graduates of this program can pursue careers as Mechanical Engineers, Research and Development Managers, Engineering Managers, and Quality Control Engineers. They can work in industries like manufacturing, aerospace, and automotive, and can be employed by companies like Boeing, General Motors, or Siemens.