University of Ottawa

Overview

The Master of Applied Science (MASc) in Advanced Materials and Manufacturing at the University of Ottawa is designed to cultivate advanced knowledge in materials science, solid mechanics, and contemporary manufacturing techniques. This research-based program is administered through the Ottawa–Carleton Institute for Mechanical and Aerospace Engineering (OCIMAE), integrating rigorous coursework with hands-on research supervision and access to specialized facilities.

What you'll study

Programme Structure

The MASc program blends graduate-level courses with a substantial research element, overseen by faculty members. Your individual study plan will be tailored to your academic background and the specific research topic you select.

Indicative Coursework Areas

• Foundations of solid mechanics (e.g., Theory of Elasticity, Advanced Stress Analysis)
• Plasticity and deformation principles (e.g., Theory of Perfectly Plastic Solids, Deformation of Materials, Hot Working Metals)
• Fracture, fatigue, and damage tolerance (e.g., Fracture Mechanics, Deformation and Fracture of Engineering Materials, Fatigue and Damage Tolerance in Aircraft)
• Microstructure and properties of materials (e.g., Microstructure and Properties of Materials, Materials Characterization Techniques)
• Materials selection and engineering design (e.g., Materials Selection in Engineering Design)
• Surfaces, coatings, and prevention of failure (e.g., Surfaces and Coatings; failure analysis of high-temperature protective coatings for aerospace applications)
• Advanced topics in materials and manufacturing (e.g., Composite Materials; Superalloys and Ceramic–Metal Matrix Composites)
• Research and special studies (e.g., Special Studies in Solid Mechanics and Materials; Experimental Stress Analysis)

Research Component

• Your research will focus on your MASc thesis topic, with dedicated support from supervisors and adherence to technical milestones.
• Thesis requirements will be established by the graduate program and your supervisory committee.

Note

The availability of specific courses and the overall module selection may vary based on your research interests and academic schedule.

Entry requirements

To apply, candidates must possess a bachelor’s degree with a specialization or major in mechanical engineering or a related field, with a minimum average of 70% (B) required for admission.

Career prospects

Graduates of the MASc in Advanced Materials and Manufacturing are well-equipped to pursue various career paths in industries such as aerospace, automotive, and materials science. Potential roles include research and development engineers, materials engineers, and project managers, among others. The program's emphasis on advanced research and practical application prepares students for impactful careers in both academia and industry.