COURSE CURRICULUM

The Master of Science in Renewable Energy Engineering includes a range of advanced modules designed to develop both technical expertise and professional skills in sustainable energy systems. The program covers thermofluid systems, providing an understanding of fluid mechanics and heat transfer principles essential for energy applications. Hybrid energy systems explore the integration of multiple renewable technologies to improve efficiency and reliability. Solar energy engineering focuses on the design and application of photovoltaic and solar thermal systems, while wind and hydro power engineering examines the principles and technologies behind wind turbines and hydropower generation. Bioenergy engineering introduces methods for converting biological materials into usable energy sources. Design principles and practice strengthen students’ ability to develop effective engineering solutions, and business innovation and sustainability highlights the importance of sustainable development and commercial viability in the renewable energy sector. Entrepreneurial practice encourages innovation and the development of new energy-related business ideas. The individual project allows students to conduct in-depth research or practical work on a specific renewable energy topic, applying the knowledge gained throughout the program. Module delivery may vary and is subject to change. Assessment methods include examinations, assignments, and project work, ensuring a balanced evaluation of theoretical understanding and practical application. Overall, the program prepares graduates for technical and innovative roles in the global renewable energy industry.