COURSE CURRICULUM

The Master of Science (Astrophysics specialisation) requires completion of 96 credit points through a structured postgraduate program focused on advanced coursework and research training in astrophysics. The specialisation is designed to build deep scientific knowledge and technical expertise in understanding the universe, combining theoretical, computational, and observational approaches. Students undertake a range of advanced subjects that develop strong foundations in modern astrophysics, with a core emphasis on computational astrophysics. This compulsory area equips students with essential skills in numerical modelling, data analysis, and simulation techniques used in contemporary space science research. In addition, students may choose elective coursework from areas such as observational astronomy, general relativity and cosmology, exoplanets, stellar physics, nuclear astrophysics, high-energy astrophysics, and data analysis with machine learning. These electives allow students to tailor their studies to specific interests while gaining a broad understanding of astrophysical phenomena. A significant component of the program involves research projects in computational astrophysics or observational astronomy, where students apply advanced methods to real scientific problems under academic supervision. Overall, this 96-credit-point structure integrates advanced coursework with hands-on research experience, preparing graduates for careers in astrophysics, space science, data-intensive research fields, and further academic study including PhD pathways, while developing strong analytical, computational, and problem-solving skills essential for modern scientific inquiry.