COURSE CURRICULUM

The Mechanical Engineering program provides a structured and comprehensive pathway that begins with a foundation year and advances through to specialised final-year study. In the foundation year, students acquire core academic and technical skills essential for higher-level engineering education. Modules such as Analytical Mathematics, Engineering Sciences, and Introduction to Computing build a strong grounding in scientific and computational concepts. Human Biology adds interdisciplinary context, especially relevant for fields like biomedical engineering. Mental Wealth modules focus on personal and professional development, fostering critical skills like communication, teamwork, and reflective learning.Progressing into the first year, students are introduced to more focused engineering content. Modules like Thermofluids, Engineering Materials, and Applied Mathematics and Computing deepen technical knowledge while maintaining emphasis on practical application and societal impact through Mental Wealth: Engineering Profession 1. This stage establishes a balance between theoretical foundations and hands-on problem solving.In the second year, the curriculum shifts towards more advanced analysis and design. Students explore Engineering Design and Analysis, Dynamics and Control, and Applied Mechanics, where tools such as finite element analysis (FEA) are introduced. Mathematical and modelling capabilities are further enhanced, supporting the transition to industry-relevant practices. Mental Wealth: Engineering Profession 2 fosters collaboration and introduces project feasibility studies, helping students connect technical work with real-world constraints.The final year emphasises specialisation and independent learning. Students undertake a Capstone Project, demonstrating their ability to integrate and apply knowledge across disciplines. Advanced modules such as Advanced Mechanics, Advanced Manufacturing Technology, and Turbomachinery and Energy Systems align with emerging industry trends in sustainability and innovation. Mental Wealth: Engineering Profession 3 prepares students for leadership roles by addressing the demands of the fourth industrial revolution, covering digital tools, ethical practices, and sustainable engineering. Altogether, the program equips graduates with the knowledge, skills, and mindset needed to thrive as competent, responsible, and forward-thinking engineers.