Course Curriculum

The Master of Engineering (Mechanical Engineering Technology) is a comprehensive two-year program designed to equip students with specialized skills and practical knowledge essential for modern mechanical engineering industries. The curriculum is carefully structured to blend foundational theory with applied engineering practices, preparing graduates for diverse sectors including aerospace, automotive, energy, manufacturing, and renewable technologies. In the first year, students undertake core units such as Design and Failure Analysis of Materials, Heat Transfer, Industrial Hydraulics and Pneumatics, and Pumps, Compressors, Turbines and Drives. These units establish a solid understanding of mechanical systems, fluid dynamics, and material behavior under operational stresses. The second semester further deepens this knowledge through Process Engineering, Advanced Fluid Dynamics, and Professional Engineering Management, alongside an elective from options including Industrial Gas Turbines, Advanced Manufacturing, and Materials for Engineers, allowing students to tailor their learning to specific interests.The second year focuses on advanced computational and design skills with units like Computer Aided Design and Manufacturing and the Finite Element Method. Students also engage in Engineering Practice and Key Research Methods to develop critical research and problem-solving skills. Another elective provides further specialization, with choices such as Aerodynamics, Green Energy Technologies for Vehicles, and Data Analytics for Engineering Applications. The program culminates in a significant Project Thesis, where students apply their accumulated knowledge to solve complex engineering challenges, fostering innovation and independent research capabilities.Complementing academic coursework, students participate in mandatory hands-on workshops and professional experience placements, ensuring readiness for real-world engineering environments. Graduates of this program will be well-prepared for advanced roles in design, maintenance, manufacturing, and innovation within mechanical engineering fields, equipped to meet the evolving technological demands of the industry. The qualification also offers pathways to professional accreditation and further research opportunities.