This research-focused Master's delivers advanced training across molecular and biomedical sciences with particular attention to the pathological mechanisms underlying human disease. Instruction is in English and the curriculum is designed to build a strong theoretical foundation while providing significant hands-on laboratory experience, preparing students for independent research careers.
Core coursework consists of advanced lectures that cover immunology, neuroscience, oncology, developmental biology, genetics, and imaging, together with courses in research design and structural biochemistry. Students tailor their studies by selecting seminars and individual practical research modules that reflect their interests. To broaden experimental experience and foster international collaboration, students may carry out up to six months of research abroad.
Research groups in Erlangen concentrate on immunology, neuroscience, oncology and cardiovascular disorders, offering access to active, specialized labs. The programme concludes with a six-month experimental Master's thesis. Graduates leave well prepared to pursue a PhD or to work in biomedical research roles in academia, industry, and related sectors.
Key programme requirements and components
Program structure and focus
This Master’s programme is organised around a credit-based curriculum that balances core theory, elective practical training, and an independent research project. It comprises compulsory modules (35 ECTS), a larger block of elective compulsory seminars and hands-on practical modules (55 ECTS), and a final Master’s thesis (30 ECTS). Teaching is delivered through a mix of lectures, seminars, practical laboratory elements, small-group discussions and tutorials, providing both conceptual grounding and applied experience.
Practical training and mobility
The ECTS framework permits tailored study paths within the programme guidelines, so you can adapt the elective portion to your interests. In the second and third semesters you have the opportunity to undertake focused practical research placements either locally in Erlangen or abroad, and you can choose between academic labs or industry settings to gain real-world experience and expand your professional network.
Key learning outcomes
Graduates will acquire advanced theoretical knowledge in molecular medicine alongside substantial practical laboratory skills. You will learn to design and carry out experiments, analyse and interpret data, and present scientific results. The programme emphasises independent research competence (culminating in the Master’s thesis), interdisciplinary collaboration, and transferable skills such as scientific communication, critical thinking and problem-solving—preparing you for doctoral studies, research careers, or roles in biotech and pharmaceutical industries.
Curriculum at a glance (requirements)
This programme requires applicants to hold an undergraduate degree in Molecular Medicine or a very closely related subject. Candidates whose bachelor’s degree is in the broader life sciences are eligible, but they must sit an admission test during the selection process to demonstrate the necessary background. These steps are in place to ensure all entrants have the scientific foundation needed for advanced study in molecular medicine.
All applicants must also demonstrate a good working knowledge of English corresponding to level B2 of the Common European Framework of Reference for Languages (CEFR). You will need to supply acceptable proof of your language ability with your application — check the programme’s admissions page for the list of accepted certificates and any minimum score requirements. Typical evidence can include recognized language test results or official language certificates issued by your previous institution, but exact formats and score thresholds vary by programme.
Winter Semester (International)
31 May 2026
Winter Semester (EU/EEA)
31 May 2026
Graduates are well prepared for doctoral studies (PhD) and research careers due to the programme’s strong research orientation and extended laboratory training. The six-month Master’s thesis and optional international research placements enhance competitiveness for academic research positions and doctoral programmes.
Outside academia, alumni are qualified for roles in the biomedical and life-science industry, including R&D in biotech and pharmaceutical companies, translational research, clinical research, diagnostics development, and related positions in regulatory affairs or scientific consulting.
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