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This mechanical engineering program delivers comprehensive training in core principles and practical applications, equipping students with problem-solving skills for real-world challenges. Our industry partnerships enhance the curriculum, with professional engineers delivering lectures and offering career prospects.
The curriculum covers mechanical engineering fundamentals, mathematics, dynamics, electronics, materials science, statics, thermodynamics, and essential engineering competencies. This versatile foundation allows seamless transition to other engineering fields after the first year if desired. Coursework spans applied mathematics, mechanical systems, fluid dynamics, microelectronics, computational engineering, material science, power systems, thermal dynamics, and production design. Advanced studies include dynamic systems, hydraulic power, mechanical design, thermal transfer, engine thermodynamics, measurement technologies, manufacturing processes, computational modeling, and structural mechanics. Fourth-year students explore specialized topics like thermal systems, automation, optical technologies, advanced materials, structural analysis, robotic systems, mechanical oscillations, sustainable energy solutions, and capstone design projects. The fifth-year MEng program emphasizes industry-focused independent research alongside elective courses in advanced control systems and management training.
Graduates have secured positions with leading firms including: Babcock, Chevron, Wood Group, Spooner Industries, Scottish Power Renewables, Jee Ltd, OyI Manufacturing, BAE Systems, and Rolls-Royce.