Master in Radiological Physics

Masaryk University in Brno is a well-established public university offering a broad range of academic programs across ten faculties and over 150 study options. With a strong tradition in law, medicine, social sciences, and the humanities, the university combines historic roots with modern facilities and research activity. Its central European location provides easy access to regional cultural and professional networks, enriching student life and study opportunities.

The institution emphasizes research-informed teaching, interdisciplinary collaboration, and internationalization. Students have access to contemporary laboratories, libraries, and support services, and the university supports mobility through exchange agreements and international programs. Academic staff engage in diverse research initiatives, and many degree programs are designed to prepare graduates for both local and international careers.

International students are welcomed with comprehensive services for orientation, language support, and integration into campus life. Masaryk University’s vibrant student community, practical learning opportunities, and emphasis on personal development make it a strong choice for learners seeking a high-quality European education with opportunities for research, internships, and cultural exchange.

The Master in Radiological Physics at Masaryk University is a master's degree for students who want to work in healthcare. It takes two years to complete and is taught in English. The program helps students develop skills to work as radiological physicists.

Students learn about nuclear physics, ionizing radiation, and their applications in radiodiagnostics, nuclear medicine, and radiotherapy. They also gain hands-on experience through internships at institutions like the Masaryk Cancer Institute and the Institute of Clinical and Experimental Medicine.

Graduates can work as radiological physicists, medical physicists, or radiation protection officers in hospitals, clinics, or research institutions. They can also work as nuclear safety specialists or radiation therapists, applying their knowledge to help patients and ensure public safety.