Materials Science and Engineering University of Toronto

Overview

The Materials Science and Engineering programme at the University of Toronto provides students with a rigorous academic environment to explore the complex relationships between material structures and properties. This graduate offering is designed to foster innovation through a combination of advanced coursework and practical research applications in a world-class setting.

Why Materials Science and Engineering at the University of Toronto?

The department is at the forefront of innovation, integrating traditional engineering principles with modern analytics and artificial intelligence. Students benefit from a curriculum that employs advanced simulation and computational modelling to optimise material performance and enhance manufacturing processes. The institution's commitment to sustainability is evident in its focus on life cycle analysis and material recycling principles.

Research facilities support a wide spectrum of specialisations, ranging from additive manufacturing to smart devices. The department fosters a collaborative atmosphere where students work alongside expert faculty to tackle complex global challenges. This environment ensures that graduates are well-equipped to drive advancements in both industrial and academic spheres.

Tuition Fee Breakdown

• International fee: CAD 31870 per year
• National fee: CAD 6210 per year

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

The curriculum is designed to provide deep expertise in core engineering subjects while allowing for interdisciplinary exploration. Modules may include:

• Additive & Advanced Manufacturing
• Advanced Characterization & Forensics
• Biomaterials
• Nanomaterials, 2D & Composite Materials
• Coating & Surfaces
• Computational Materials & Data Analytics
• Smart Materials & Devices
• Electronics, Photonics & Sensors
• Energy Generation & Storage

Careers with Materials Science and Engineering

Graduates are prepared for leading roles across various high-tech industries and research organisations. The programme develops the technical proficiency required for careers in sustainable materials processing, electronics, and aerospace. By mastering data-driven approaches and AI applications, alumni are positioned to lead innovation in manufacturing and material design. The focus on structure-property-processing relationships ensures that students can transition into roles involving performance prediction and the development of next-generation smart materials.