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The field of mechatronics and manufacturing engineering focuses on intelligent, computer-controlled electromechanical systems, robotics, automation, and creating cutting-edge technologies and materials to enhance manufacturing processes and systems.
Mechanical Engineering master's programs enable students to explore all core aspects of mechanical engineering. These programs also offer three key specialization areas where students can concentrate on future-focused technical fields with strong industry demand: Design, Energy and Thermofluids Engineering, and Mechatronics and Manufacturing Engineering.
Students also have the option to study diverse elements across mechanical engineering's wide-ranging discipline. Subjects can span from robotics, automation, and mechatronics to mechanics, controls, computer-aided design, as well as thermofluids and heat transfer. Mechanical engineering frequently intersects with other fields like electrical, computer, and software engineering, offering graduate students opportunities to investigate these related disciplines.
The research-focused Master of Applied Science (MASc) program offers ideal training for careers in research, development, advanced engineering, or academia. The Master of Engineering (MEng) program focuses on enhancing technical expertise through coursework, sometimes including a significant project component.