COURSE CURRICULUM

The mechanical engineering program offers a comprehensive foundation in science, mathematics, technology and management, preparing students for a career in a rapidly evolving engineering environment. The first year focuses on building essential knowledge in engineering principles, mathematics, computing, and physical sciences. Modules such as Analytical Mathematics and Engineering Sciences establish the fundamental concepts required to solve engineering problems, while courses like Engineering Materials and Engineering Principles explore the characteristics and behaviour of materials and electromechanical systems. Students also develop practical and professional skills through the Mental Wealth modules, which examine the impact of engineering on society, the environment, and industry. In the second year, students deepen their understanding with modules like Engineering Design and Analysis, Dynamics and Control, and Thermofluids Dynamics. These modules focus on applying mathematical models and simulations to real-world engineering scenarios using modern tools such as finite element analysis and control systems. The Mental Wealth: Engineering Profession 2 module develops students' teamwork, project planning and communication skills through feasibility studies and industry-oriented projects. The final year sharpens technical expertise and professional readiness. The Capstone Project challenges students to demonstrate independent research and critical thinking skills through a substantial project aligned with current industry challenges or academic research. Modules such as Advanced Mechanics and Advanced Manufacturing Technology focus on innovation, sustainability and advanced problem-solving, while Turbomachinery and Energy Systems introduces students to renewable energy technologies and complex thermal-fluid systems. Mental Wealth: Engineering Profession 3 prepares students for the ethical, digital and managerial demands of modern engineering careers in the context of the fourth industrial revolution. Throughout the program, access to modern laboratories and simulation tools supports hands-on learning, while industry links provide opportunities to engage with real-world challenges. This integrated and applied approach ensures that graduates are technically competent, adaptable and well-prepared for professional engineering roles.