Program overview This English-language MSc builds on your background in the life sciences to combine biomedicine, genetics and clinical research while guiding you to design and carry out independent research projects. You will gain hands-on experience with statistical and bioinformatics methods to analyse complex biological datasets, learn to approach challenging research questions, and develop the skills needed to contribute to scientific progress in both academic and applied settings. The programme is delivered in Berlin and is aimed at students who want to work at the interface of laboratory science, clinical research and biotechnology.
What you will study Core training covers molecular and cellular mechanisms of disease alongside the computational and ethical frameworks needed for translational research. You will encounter subjects that prepare you to engage in clinical studies and collaborative work with physicians and scientists, and to support biotechnological innovation. Key topics include:
Career relevance and industry links The curriculum is designed to meet the needs of internationally operating companies and to qualify graduates for entry-level roles across relevant sectors. The university reports regular feedback from industry partners that the bachelor’s and master’s programmes align with market requirements. Students also benefit from a broad network of cooperation partners—556 organisations from business, science and politics—offering opportunities for internships, project collaborations and professional networking.
Application essentials (confirm exact details on the official programme page)
This Master's curriculum is highly flexible so you can shape your studies to match your interests and career goals. Depending on your prior qualifications and work experience, you can take a standard, research- and coursework-focused route over four semesters to gain deeper specialization, or choose an accelerated, one-year fast-track option designed to get you back into the workforce sooner.
The program’s content and specific modules are adapted to the pathway and specialisation you select. Across either route, the learning objectives centre on developing advanced biomedical knowledge, practical research and laboratory skills, and the ability to apply biomedical concepts in clinical, industry or research contexts. The longer programme gives more time for in-depth coursework and project work, while the fast-track focuses on core competencies and a condensed study plan.
Which pathway is right for you will depend on your academic background, previous professional experience and career plans. For full details about the accelerated one-year fast-track Master's—including structure, module lists and admission criteria—please consult the programme webpage: https://www.hs-fresenius.com/study-programs/biomedicine-fast-track-master/
Key focus areas and expected learning outcomes
Practical notes / requirements
To be considered for this Master’s programme you must already hold a Bachelor’s degree that includes at least 180 credit points in a closely related subject. Suitable undergraduate fields include biology, biochemistry, or medicine — degrees in comparable life-science disciplines will also be relevant.
If you studied outside Germany or under a different credit system, you should be prepared to document your degree and the number of credits so the admissions office can assess equivalence. Contact the programme’s admissions team early if you’re unsure whether your qualification meets the requirement.
Winter Semester (International)
Applications are possible all year round.
Graduates are prepared for entry-level positions across biotechnology, pharmaceutical companies, clinical research organisations, diagnostics and regulatory affairs, as well as roles in translational research teams that collaborate with clinicians and scientists. The programme’s training in bioinformatics, molecular pathology, immunology and clinical study methodologies equips alumni to work in R&D, clinical study coordination, biomarker discovery, lab management and regulatory/compliance roles.
Additionally, the research-focused curriculum and practical project experience provide a strong foundation for pursuing further academic research (PhD) or specialist roles in globally operating companies, particularly in areas such as medicinal microbiology, hematology/hemostaseology, and cardiovascular/neurological translational research.