COURSE CURRICULUM

The Master of Renewable Energy and Electrical Engineering provides a comprehensive foundation for students seeking to build expertise in modern electrical engineering and sustainable energy systems. The program combines professional engineering practice with advanced technical knowledge to prepare graduates for careers in the rapidly expanding renewable energy and power industries. The foundation zone develops essential professional competencies through units in engineering practice, engineering management and communication, project planning and project implementation. These subjects equip students with the skills to manage engineering projects, communicate effectively with stakeholders, work within multidisciplinary teams and apply professional and ethical standards in engineering environments. The discipline-specific foundation units strengthen technical capabilities by covering electrical machines and drives, power electronics, control systems and industrial automation, and power and renewable energy systems analysis. Students gain an understanding of how electrical machines operate, how power electronic devices improve energy efficiency, how automated control systems enhance industrial performance, and how renewable energy technologies integrate with modern power networks. The program emphasises both theoretical understanding and practical application, enabling students to solve complex engineering problems while supporting the transition to cleaner and more sustainable energy systems. Overall, the curriculum builds a strong platform for advanced study and professional engineering practice, preparing graduates to contribute effectively to the design, implementation and management of innovative electrical and renewable energy solutions.