Master in Energy and Materials Science

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 Energy and Materials Science at the University of Quebec Trois Rivieres is a master's program for students who want to gain knowledge in energy sciences and materials. It is a one-year program that helps students develop a systematic approach to research in a cutting-edge field, with a focus on hydrogen as an energy carrier.

The curriculum includes compulsory and optional courses, such as master's seminars, chemistry of cellulosic materials, and energy systems. Students also choose from a range of courses, including chemical analysis, biorefinery, and fuel cells. The program also involves research work, where students write a dissertation that demonstrates their ability to carry out scientific research.

Graduates of this program can pursue careers as energy engineers, materials scientists, research scientists, and hydrogen fuel cell engineers. They can work in industries such as energy, aerospace, and automotive, and with employers like research institutions, government agencies, and private companies.