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The energy and thermofluids engineering discipline encompasses various technologies like renewable energy solutions, hydrogen systems, combustion engines, turbine technology, power generation facilities, and HVAC systems, along with associated fluid dynamics, thermal transfer, and thermodynamic principles.
Mechanical Engineering graduate programs enable students to explore all core mechanical engineering domains. These programs offer three specialized study tracks focusing on future-focused, employer-sought technical areas: Mechanical Design, Energy and Thermofluids Engineering, and Mechatronics with Manufacturing Engineering.
Students also have the option to pursue a comprehensive mechanical engineering curriculum. Subjects range from robotic systems, automation technologies, and mechatronic applications to structural mechanics, control systems, computer-assisted design, and thermal fluid sciences. Mechanical engineering frequently intersects with fields like electrical, computing, and software engineering, offering graduate students interdisciplinary exploration opportunities.
The research-focused Master of Applied Science (MASc) program equips graduates for careers in R&D, advanced engineering, or academia. The Master of Engineering (MEng) program focuses on technical skill enhancement through coursework, potentially including a significant capstone project.