Master in Advanced Materials and Manufacturing

The University of Ottawa, a bilingual institution, is located in the heart of Canada's capital, offering you a unique learning experience. As the largest bilingual university in the world, it provides advantages such as access to the country's great institutions, a diverse community with over 8,885 international students, and the opportunity to improve your language skills through its renowned French immersion program.

The university focuses on many fields, with 118 programs available. Specifically, its French immersion program is the best among Canadian universities, allowing you to gain a deeper understanding of French culture. You can also take advantage of programs in different disciplines, with the university offering courses in multiple languages, including English and French.

As a student, you will be part of a community with access to the city's benefits, including proximity to Canada's great institutions. The university's location in Ottawa provides you with opportunities to engage with the city's activities and facilities, making your student life unique and enriching. With a large student body of 42,000 students, you will find many opportunities to get involved in campus life and make the most of your time at the University of Ottawa.

The Master in Advanced Materials and Manufacturing at the University of Ottawa is a 2-year program for students with a Bachelor's degree. It combines research from the Department of Mechanical Engineering at the University of Ottawa and the Department of Mechanical and Aerospace Engineering at Carleton University, giving students a strong foundation in materials and manufacturing.

The curriculum includes courses like Theory of Elasticity, Composite Materials, and Fracture Mechanics. Students will also learn about Materials Selection in Engineering Design, Failure analysis of high-temperature protective coatings, and Microstructure and Properties of Materials. These courses help students develop skills in materials characterization, deformation of materials, and experimental stress analysis.

Graduates of this program can work as Materials Engineers, Manufacturing Engineers, Aerospace Engineers, or Research and Development Managers. They can find jobs in industries like aerospace, automotive, or energy, and work for companies like Boeing, General Motors, or Siemens.