Overview
The Technical University of Munich (TUM), Germany, through its School of Medicine, offers a Master of Science (M.Sc.) in Radiation Biology. This program, designed for the Master’s level, extends over a period of two years.
This interdisciplinary master’s degree program comprehensively addresses all relevant aspects of radiation, positioning it as a key discipline within the field of modern oncology. The curriculum is tailored to provide an in-depth understanding of radiation biology and its applications, particularly in cancer treatment and research.
Course Details
University | Technical University of Munich |
Degree | M.Sc. in Radiation Biology |
Subjects | Medicine, Biology |
Language of Instruction | English Only & German Language Course |
Application Deadlines | Winter Semester: 31 May |
Duration | 2 Years (Starting: Winter Semester) |
Tuition Fees | Free |
Study Mode | On Campus; Local Admission Restriction |
Qualification Requirements | Bachelor’s degree (or equivalent) in the field of natural science or equivalent qualification in a similar study program |
Language Requirements | English: IELTS min 6.5, TOEFL iBT min 88; Other equivalent language certificates accepted |
Application Procedure | Directly at the University (incl. VPD from uni-assist) |
Application Fee | The initial application fee is €75, and for every subsequent application, the fee is €30 each. |
Admission Documents
- Admission Application Form (to be uploaded and signed).
- Academic Transcript.
- Evidence of Proficiency in English.
- Updated and Detailed CV.
- Statement of Purpose.
- Written Essay.
- Analysis of Academic Curriculum.
- Course Syllabus (such as module details).
- Copy of Passport.
- Preliminary Documentation (VPD) for non-EU/EEA Educational Qualifications (applicable if undergraduate degree obtained outside the EU/EEA).
Career opportunities
- Medical and Clinical Research: Opportunities in medical research focusing on the effects of radiation on biological systems, crucial for understanding radiation therapies and developing new treatment protocols in oncology.
- Radiation Safety and Protection: Roles in healthcare facilities, research institutions, and industries where radiation is used, focusing on radiation safety, risk assessment, and regulatory compliance.
- Biomedical Sciences: Careers in biomedical science, including roles in pharmaceutical companies and biotech firms, where knowledge of radiation biology is applied in drug development, especially in cancer therapy.
- Academic Research and Teaching: Potential for academic careers in universities and research institutes, contributing to the field of radiation biology through research and teaching.
- Government and Regulatory Bodies: Positions in government agencies and international health organizations involved in setting guidelines and policies related to radiation use and protection.