COURSE CURRICULUM

The MSc Medical Physics in Cancer Radiation Therapy provides a comprehensive curriculum designed to equip students with the knowledge and practical skills required for careers in medical physics and cancer research. Core units cover the science of radiotherapy, particle beam therapy, and advanced radiotherapy, giving students a deep understanding of the physical principles and techniques used in cancer treatment. Clinical and translational medical physics units focus on bridging theoretical concepts with practical applications in clinical settings, while radiobiology and imaging modules provide essential insights into the biological effects of radiation and the technologies used for treatment planning and monitoring. The program emphasizes the integration of artificial intelligence and data analysis in medical physics, enabling students to apply computational methods to enhance treatment precision and patient outcomes. Research methods and a dedicated research project allow students to develop experimental design, analytical, and problem-solving skills, fostering the ability to conduct independent, high-quality research. Through exposure to state-of-the-art facilities and collaboration with academics and clinical experts, students gain hands-on experience that is highly relevant to professional practice. Overall, the MSc prepares graduates for careers in clinical and research environments, equipping them with interdisciplinary expertise, technical skills, and critical thinking necessary to advance the field of cancer radiation therapy.