Radiation Biology

Radiation Biology is an interdisciplinary field of research , integrating physical, biological and medical sciences. This will be reflected in the spectrum of undergraduate students who study the TUM Master of Science programme “Radiation Biology” as well as in the range of taught modules. Radiation biology is a science with a strong outlook in application and translation. The Master programme will have one-third of the total teaching time dedicated to practical work in the laboratory and research internships, as well as a final semester dedicated to a laboratory research project in a leading European radiation research center.

Semester 1 and 2 (1st year)
Semester 1 and 2 cover the foundations of Radiation Biology; each semester consists of 3 modules (6 Credits each). The modules are supplemented by research practical work and research internships, where students are placed for several weeks with scientists working in experimental radiation biology.

Semester 3 and 4 (2nd year)
In Semester 3 two out of three alternative modules (12 Credits each) can be selected for specialization into different areas of radiobiological research (clinical radiation biology, basic radiation biology and radiological protection). In the module “research management” (6 Credits) students will prepare their 6-month research project in the format of a grant application. The research project (30 Credits) in semester 4 will complete the MScstudy programme and may be conducted in one of the affiliated Munich research organizations or within a European laboratory. 

• Human Biology
• Radiation protection, medical applications of radiation
• Molecular biology of the cell
• Radiation physics, dosimetry
• Radiation effects in cells and tissues
• Molecular Radiation Biology
• Translational Research in Radiation Oncology
• Advanced Molecular Radiation Biology
• Advanced Radiation Protection Research
• Laboratory rotation practicals

• Online-application
• Degree certificate and Diploma or Subject and grade transcript of studies (certified copy)
• Complete and current Résumé (CV)
• Letter of Motivation
• Passport (copy)
• Most current photo (as for ID)
• Proof of English language proficiency (certified copy)

The Radiation Biology master's programme at the Technical University of Munich offers various funding options for prospective students. Tuition fees are generally not charged for international and domestic students, as TUM is a public university primarily funded through government sources. However, students are responsible for living expenses, health insurance, study materials, and semester contributions, which typically amount to approximately €1,500 to €2,000 per semester. Additional financial support can be obtained through scholarships, grants, and student loans. TUM participates in national and European scholarship programs such as the Deutschlandstipendium, offering financial aid to high-achieving students regardless of nationality. Students can also apply for research assistant positions, which provide a stipend in exchange for assistance in ongoing research projects related to radiation biology. These positions are usually limited and highly competitive but can significantly offset living costs. Outside the university, students may seek funding through governmental programs, private foundations, or part-time employment within legal limits. TUM provides advisory services to help students identify suitable funding sources and prepare application materials. In conclusion, while the Radiation Biology programme itself does not require tuition fees, students are encouraged to explore a diverse set of financial support options to cover their living and study-related expenses during their studies.

The Radiation Biology Master's program at the Technical University of Munich is designed to provide students with an in-depth understanding of the biological effects of radiation, both in medical and environmental contexts. The curriculum combines fundamental principles of biology, physics, and medicine to prepare graduates for careers in research, healthcare, and safety regulation related to ionizing and non-ionizing radiation. Students will explore topics such as molecular and cellular mechanisms of radiation damage, radiobiology of cancer therapy, radioprotection strategies, and the technical aspects of radiation measurement and safety protocols. The program emphasizes interdisciplinary learning, integrating state-of-the-art laboratory techniques, statistical methods, and ethical considerations relevant to radiation use. The course is structured to include both coursework and research components, often providing opportunities for internships and collaborative projects with industry and research institutions. Graduates of this program are equipped to work in areas such as radiation therapy in oncology, nuclear safety, medical physics, environmental radiation monitoring, and regulatory agencies. The TUM’s strong emphasis on research and innovation ensures students have access to cutting-edge technologies and expert faculty members actively involved in advances in radiobiology and related fields. The program aims to prepare students not only for professional careers but also for doctoral studies, thereby fostering developments in radiation research. The university’s strategic partnerships facilitate international exchanges and collaborative projects, expanding opportunities for students to gain global perspectives. Overall, the Radiation Biology Master's program at TUM offers a comprehensive, research-oriented education that combines theoretical knowledge with practical skills, preparing graduates to contribute significantly to science and society in the domain of radiation applications.

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