COURSE CURRICULUM

The Mechanical Engineering degree spans three years, providing a well-rounded education that blends theoretical knowledge with practical application. In Year 1, students are introduced to key engineering concepts and foundational skills. Computer Aided Engineering develops digital design skills, while Professional Engineering Skills focuses on communication, teamwork, and ethics in engineering. Applied Mathematics and Programming builds analytical and computational abilities essential for solving engineering problems. Material Science and Testing explores the properties and performance of different engineering materials, and Integrated Electro-mechanical Systems and Practices introduces students to the interaction of mechanical and electrical systems, laying the groundwork for multidisciplinary engineering.Year 2 deepens students’ technical understanding and prepares them for more complex applications. Statics and Dynamics covers the analysis of forces and motion in mechanical systems. Thermodynamics, Heat Transfer and Fluid Mechanics introduces essential principles for understanding energy systems, fluid behavior, and thermal dynamics. Control and Instrumentation focuses on system automation, sensors, and data interpretation. Sustainable Manufacturing examines environmentally responsible production methods, highlighting efficiency, waste reduction, and sustainable engineering practices.In Year 3, students advance to specialized and research-oriented study. Modelling and Simulation for Engineers teaches computational tools to simulate real-world engineering problems. Future Engineering explores upcoming trends, technologies, and innovations in the field. Engineering Research Practice prepares students for independent research and critical thinking, essential for their final Engineering Project. This major capstone project allows students to apply their learning to a substantial real-world problem, demonstrating their capabilities in design, analysis, and implementation. Sustainable Energy and Transportation covers the development of eco-friendly technologies and transport systems. Altogether, this program equips graduates with a comprehensive skill set in mechanical engineering, preparing them for careers in industry or further academic study, with the technical expertise and professional readiness needed to contribute meaningfully to future engineering challenges.