COURSE CURRICULUM

The Advanced Mechanical Engineering program offers a comprehensive and practical approach to mastering key aspects of modern mechanical engineering. In the first trimester, students develop essential skills in engineering computation and instrumentation and control, building a strong foundation in analytical techniques, programming, and the use of modern measurement and control systems. These skills are crucial for understanding and optimising complex engineering processes and systems. In the second trimester, students engage in a mechanical engineering group design project, fostering collaboration, problem-solving, and project management abilities while applying theoretical knowledge to practical engineering challenges. This trimester also covers energy utilisation, providing an in-depth understanding of energy systems, efficiency, and sustainable practices critical to modern engineering applications. The program culminates in the third trimester with a dissertation, allowing students to undertake independent research, design experiments, and develop innovative solutions to real-world engineering problems. Throughout the course, students gain hands-on experience and learn to integrate computational, analytical, and practical approaches to engineering. By combining theoretical understanding, collaborative design work, and research-focused projects, the program prepares graduates to excel in mechanical engineering roles across diverse industries, including energy, automotive, and manufacturing, as well as to pursue advanced research or leadership positions in the field.