COURSE CURRICULUM

The Master of Engineering in Energy Systems Engineering at University of Galway offers a comprehensive, one-year Level 9 program worth 60 ECTS, aimed at graduate engineers from energy-related disciplines or traditional fields such as mechanical, civil, or electrical engineering who wish to specialise in the energy sector. The curriculum blends technical expertise, research experience, and applied learning to equip students with the skills necessary to design, analyse, and optimise advanced energy systems. Core modules include Advanced Energy Systems Engineering, Renewable Energy Economics and Policy, SmartGrid technologies, and a substantial Energy Systems Engineering Project that provides hands-on experience and the opportunity to apply knowledge to real-world engineering challenges. Research Methods for Engineers ensures that students develop strong analytical and methodological skills essential for problem-solving and project execution in the energy sector. Optional modules allow students to tailor their learning to specific interests and industry needs, covering areas such as systems modelling and simulation, advanced wind energy engineering, composite materials, green hydrogen technology, circular economy principles, digital control systems for automation and robotics, Internet of Things systems design, Python programming, technology innovation, entrepreneurship, and sustainability measurement. Delivered in the state-of-the-art Alice Perry Engineering Building, students gain access to advanced laboratories, simulation tools, and collaborative workspaces, providing a high-quality practical learning environment. The program emphasises the integration of theoretical knowledge with applied skills to prepare graduates for roles in renewable energy, energy consultancy, engineering design, research and development, and project management. Graduates leave with a strong foundation in both the technical and strategic aspects of modern energy systems, ready to contribute to the evolving energy industry and address global challenges in sustainability, renewable energy deployment, and energy transition initiatives.