COURSE CURRICULUM

This MSc program in Electrical Power Engineering and Sustainability offers a comprehensive blend of advanced technical knowledge, practical application, and strategic insight tailored to meet the evolving challenges of modern energy systems. The course addresses the increasing need for engineers capable of designing and managing power systems that integrate renewable and sustainable energy sources. Modules such as Smart Grids and Sustainability and Power Systems Analysis explore the complexities of modern electricity networks, focusing on the impact of intermittent renewable sources and the technologies required to maintain reliability and efficiency. Power Electronic Converters and Electrical Machines and Drives provide foundational knowledge of energy conversion and control, essential for applications in electric vehicles, renewable integration, and industrial automation. Technology Integration and Interfacing supports this by covering sensors, transducers, and microcontrollers used in intelligent energy systems. Students engage in practical, team-based work through the Group Power Project, developing problem-solving, project management, and communication skills. The Individual Research Project allows students to conduct in-depth, independent research, demonstrating critical thinking and innovation in addressing real-world engineering problems. Research, Planning and Communication further develops the ability to formulate research questions, assess methodologies, and present findings effectively. The program also includes Strategy and Management, equipping students with the knowledge to understand and influence strategic decisions within energy-focused organisations. For international students, the Academic English for Postgraduates module enhances language proficiency and academic skills essential for success in a UK academic setting. Together, these modules prepare graduates to lead in the design, implementation, and management of advanced power systems, with a strong understanding of sustainability, innovation, and strategic impact. This multidisciplinary approach ensures graduates are equipped not only with technical expertise but also with the professional and research capabilities required to contribute to a more sustainable and intelligent energy future.