COURSE CURRICULUM

The MSc Thermal Power & Fluid Engineering is a pioneering program with nearly 40 years of history at the University, designed to equip students with advanced knowledge and skills in thermofluids for modern industrial and research applications. The course is suitable for recent graduates in engineering or science, individuals transitioning from related disciplines such as mechanics, mathematics, or physics, and professionals seeking to enhance their expertise in heat and fluid flow. The curriculum focuses on developing analytical, computational, and experimental capabilities, providing advanced methods for the analysis and modelling of thermal and fluid systems that are highly sought after in industry and research. Students gain a deep understanding of heat and fluid flow processes and their critical role in contemporary power generation technologies. The program also provides in-depth training in numerical simulation and experimental techniques, preparing graduates to solve complex thermofluid engineering challenges. Teaching is delivered by academics from a world-leading research group in turbulence modelling and heat transfer, ensuring that students benefit from cutting-edge knowledge and research insights. Overall, the MSc Thermal Power & Fluid Engineering develops highly skilled thermofluid specialists who are capable of contributing to innovation, efficiency, and problem-solving in energy systems, industrial processes, and advanced engineering research.