MEng in Materials Science and Engineering - Sustainable Energy in Toronto Canada | University of Toronto

The Department of Materials Science and Engineering provides advanced degree programs including Master of Applied Science (MASc), Master of Engineering (MEng), and Doctor of Philosophy (PhD). Students can pursue specialized coursework and research across various disciplines. Research focuses span structural analysis, fabrication techniques, and property evaluation of metallic alloys, ceramic coatings, semiconductors, nanocomposites, and biological materials, with significant attention given to computational analysis and predictive modeling.
Chemical metallurgy topics examine oxide reduction processes, slag characteristics in iron/steel production, reaction kinetics at elevated temperatures, metallurgical process simulations, extraction metallurgy, and aqueous processing methods. Physical metallurgy and materials science explore characteristics of metals, ceramics, and polymers, investigating deformation mechanics, surface science, microscopic analysis, biomedical materials, nuclear substances, nanostructured composites, amorphous metals, degradation mechanisms, mechanical failure, joining techniques, phase changes, and crystallization processes.
These investigations collectively aim to decipher the connections between material composition, performance characteristics, and production methods, while innovating next-generation materials and sustainable manufacturing approaches that incorporate environmental assessments and recycling considerations.
This curriculum delivers specialized education in materials engineering, enabling students to earn a career-focused graduate qualification from Canada's premier engineering institution within a twelve-month period.
Energy sustainability and its ecological consequences rank among the most pressing global concerns of our era. Technological innovation in engineering plays a pivotal role in creating sustainable energy solutions. The Sustainable Energy Emphasis, supported by Climate Positive Energy, introduces graduate engineering students to diverse energy topics and innovations. Completing this Emphasis alongside MEng, MASc, or PhD studies enhances comprehension of current energy system constraints, obstacles, and prospects, covering both conventional and emerging technologies and their interconnected applications.