Overview The MSc program builds a deep understanding of the molecular mechanisms underlying human disease and trains students to carry out biomedical research and work in medical biotechnology. Emphasis is placed on both theoretical foundations and hands‑on experimental skills; the curriculum includes extensive laboratory exercises designed to teach contemporary methods used in molecular biomedicine.
Curriculum focus The program responds to the growing needs of research institutions for scientists who combine strong medical and natural science knowledge. Core courses provide in‑depth instruction across molecular pathology, molecular pharmacology, human genetics, clinical chemistry/molecular diagnostics and medical biometry. In the second year, students move on to advanced topics that highlight recent research developments in molecular pathology and molecular pharmacology.
Module content and practical skills
Key features (at a glance)
Curriculum overview The first year builds a strong core in molecular medicine through five compulsory modules: Molecular Pathology, Molecular Pharmacology, Human Genetics, Clinical Chemistry/Molecular Diagnostics and Medical Biometry. Alongside this core curriculum, you choose two elective modules from a broad menu of clinically oriented topics. Electives combine lectures, seminars and a hands-on practical block to connect theoretical concepts with laboratory and clinical applications.
Elective choices cover areas such as molecular intensive care, oncology, stem cell research, neuroepigenetics, bioinformatics and forensic sciences, among others, allowing you to tailor your studies toward specific research or clinical interests. In the second year the programme shifts to advanced, focused instruction on specialist problems in molecular pathology and pharmacology. Most of year two is dedicated to intensive experimental work on a research project carried out in one of the participating institutes; this laboratory research both deepens practical skills and provides the basis for the Master’s thesis.
Key learning outcomes
Requirements (concise)
This program requires applicants to have completed a relevant undergraduate degree. Specifically, you should hold a Bachelor’s degree in biochemistry or molecular biology, or in a closely related field that provides a comparable scientific foundation—examples include natural sciences, life sciences, or medicine.
If your Bachelor’s was earned outside the country of the university, it must be recognised as equivalent to the listed degrees. Prepare to provide official transcripts and diploma documentation during application, and contact the admissions office if you are unsure whether your background qualifies.
Winter Semester (International)
31 May 2026
Winter Semester (EU/EEA)
31 May 2026
Graduates are prepared to work in biomedical research institutions, medical biotechnology companies, clinical diagnostic laboratories and the pharmaceutical industry where skills in molecular methods, diagnostics and data analysis are in demand. The programme’s practical laboratory focus and project experience equip alumni to take on research technician, scientist or development roles that require experimental expertise and the ability to interpret molecular and clinical data.
The Master’s degree also provides a solid foundation for academic careers: many graduates go on to pursue doctoral studies (PhD) in molecular medicine, pharmacology or related life-science disciplines. The course’s international options and research-network connections further support transitions into international research groups and collaborative projects.
Technical University of Munich — München
Technical University of Munich — München
Hochschule Fresenius - University of Applied Sciences — Berlin
Dresden International University — Dresden