COURSE CURRICULUM

This engineering program provides a comprehensive and forward-thinking approach to preparing students for careers in modern energy systems and sustainable technologies. At its core, the Applied Research and Engineering Practice 1 module equips students with essential skills for tackling real-world engineering problems through independent research. Students investigate a topic aligned with their program, apply appropriate methodologies, critically analyse data, and present their findings in a structured dissertation. This experience develops both their technical expertise and professional competencies, such as time management, decision-making, and critical thinking. Complementing this, the Thermo-mechanical Energy Conversion module explores the transformation of wasted thermal and mechanical energy into usable power. As energy demand rises, the importance of efficient energy harvesting is underscored, particularly in systems like cogeneration. Students gain a strong grounding in thermodynamics, heat transfer, and fluid mechanics, enabling them to innovate in the design and analysis of sustainable energy systems. The Renewable Energy Systems module further enhances this focus, offering in-depth study of technologies such as solar, wind, and fuel cells. Students explore how to control and integrate these systems into existing infrastructure, with a particular emphasis on challenges in electric propulsion and power management. This blend of theoretical and applied learning prepares graduates to contribute meaningfully to the global shift towards clean energy. The Industrial Placement module adds a critical experiential dimension to the program. Students secure and complete a placement aligned with their interests, gaining exposure to real engineering environments. This allows them to apply academic knowledge, refine professional skills, and better understand industry demands. While details of the Mental Wealth: Professional Life module are to be confirmed, it is likely to support personal and interpersonal development, helping students build resilience, adaptability, and communication skills. Collectively, these modules position students to thrive in diverse energy and engineering sectors, equipped with both technical knowledge and practical experience.