PhD Programme in Radiation Biology and Biophysics

Education objectives

The growing need for research in radiation biology and biophysics is particularly relevant in the context of conditions such as ageing, oxidative stress, and cancer — which today accounts for one in every eight deaths worldwide, surpassing HIV/AIDS, tuberculosis, and malaria combined (Cancer Research UK and American Cancer Society).

Exposure to ionizing and non-ionizing radiation — whether environmental or occupational — has gained increasing attention, reflecting greater awareness among professionals and growing interest from the scientific and political communities at both national and European levels.

The RaBBiT program was created to address the existing research gap in these fields. Designed to be international, multidisciplinary, and flexible, it brings together experts from various areas and offers advanced training in radiation biology and the biophysics of molecular processes. Its goal is to equip graduates with the skills needed to pursue an academic career or work as senior researchers in industrial or healthcare settings.

Why this PhD Programme?
Pushing the Frontiers of Science: This PhD offers a unique opportunity to explore radiation biology and the biophysics of molecular processes, investigating the effects of radiation on human health and the environment. Students will have access to cutting-edge technologies and methodologies in an international setting — essential tools for advancing the biological sciences.

Impact on Health Sciences: The program enables doctoral students to engage with key areas such as cancer, neurodegenerative diseases, and ageing, fostering the development of scientific solutions with the potential to directly improve lives and influence modern medicine.

Connection to Industry and the Health Sector: Throughout the PhD, students will have the opportunity to collaborate with industry and healthcare institutions, applying their knowledge in biology and biophysics to develop new therapies, technologies, and policies with real and relevant societal impact.

Contribution to Sustainability: The program also addresses the environmental impacts of radiation, promoting innovative solutions to mitigate harm and contribute to a more sustainable approach to science.

International Research Network: Students will join a global network of renowned institutions and researchers, fostering a collaborative and dynamic environment ideal for building a solid scientific career and creating international partnerships.

Development of Interdisciplinary Skills: The program goes beyond scientific and technical expertise, placing a strong emphasis on critical thinking, creative problem-solving, and adaptability across diverse research contexts.

Career opportunities
Academia: higher education, polytechnic education, and scientific research
Research Units: research centers across various scientific fields
Medical and Healthcare Services: hospitals, clinics, health centers, and other healthcare providers
Radiation Protection: safety and regulation in radiation exposure
Radiological Sciences: radiological diagnosis and therapy
Pharmaceutical Industry: research and development of medicines and treatments
Tracer Studies: research and application of radiotracers in various contexts
Process and Materials Control: monitoring and optimization of industrial processes and materials control