Research Focus
Cell biology, genetics, integrated organ systems
Programme Structure and Funding
The project is a full-time doctoral programme with a school year of 4 (8 semesters).
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Place of study: Fryson.
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Timing of application: School attendance throughout the year
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Tuition fees: Tuition free, starting at 2026 97/ term
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Language of instruction: English
Entry Requirements
- master’s degree in biology, biochemistry, genetics, biophysical, bioinformatics or related fields. Priority is given to students from the country ’ s top-ranked institutions.
- Completion of a master’s laboratory project in relevant fields (cell biology, genetics or biochemistry) with priority for practical experience and publication of papers Performance requirements: GPA 3.0 and above at master’s stage, with a percentage score of 80 above (the British standard is Merit); Language requirements:
- IELTS7.0
- Or TOEFL total score not less than 100
- Language exemption may be requested if the master’s stage is an English-speaking country and a degree is obtained;
- German first. Recommendation letter: No request, but recommendation letter is sub-item
Application Period
Full year available
Tuition and Living Costs
Study and living costs
- Housing: University dormitories are available for Munich industrial students under the age of 30(limited number); out-of-school rental schools will provide you with specific information on how best to find accommodation
- Daily expenses: Costs in Fresing are expected to be between 800 and 1100 euros/month
Career Prospects
Ph.D. in the direction of cell biology and genetics, TUM is highly competitive in the job market because of its solid experimental skills, rigorous scientific thinking and interdisciplinary cooperation. Its main development paths can be grouped into the following broad categories:
Academia & scientific field
Post-doctoral studies: Graduates are generally enrolled in the Maps of Germany (MPG), the Hemhods Federation (HZ), the Lebnitz Institute or continue their post-doctoral studies at the world ’ s top schools in Harvard, MIT, Stanford, Oxford, Cambridge, United Kingdom. Independent Team Leader (PI): After the postdoctoral phase, the ultimate goal is to become independent researchers, lead their own laboratories, seek third-party funding and prepare the next generation of scientists. Expert in core facilities: Technical director of a core facility at a university or research institute, with a mastery of cutting-edge technologies (e.g., refrigerated mirrors, bioimage, bioinformatics).
Industry & Medicine
R&D: Access to the core of research and development in Bayer, Roche, Pfizer, Novatis, BioNTech, etc. Medical services and scientific liaison: as a bridge between science and clinical communication, responsible for interpreting and communicating the latest scientific results and supporting the medical strategy of the product. Biotechnology start-ups: Munich is one of the most active start-ups in Europe. Many graduates join or directly establish biotech companies to convert academic ideasa into practical applications or products.
Clinical and medical orientation
Hospital Research Laboratory: In collaboration with university-affiliated hospitals (e.g., rechts der Isar Hospital), carry out transformational medical research and direct basic research findings to clinical applications. Genetic counselling/diagnosis: Access to medical diagnostic institutions, responsible for the analysis and interpretation of genetic data based on techniques such as NGS.
Advice and finance
Management consulting: Joining top consulting firms such as McKinsey, Boston Consulting (BCG) and Bain, focusing on strategic advice in the field of medicine, healthcare. Risk Investment (VC) and Equity Investment (PE): become an investment analyst in life sciences to assess the scientific feasibility and investment potential of biotechnology projects.
