This MSc programme is taught entirely in English and is jointly run by the Faculty of Biology and the Faculty of Chemistry. It builds on students’ prior knowledge of molecular biology and biochemistry and trains them to apply experimental and analytical methods for studying biomolecules and cellular functions at the molecular level. Key subject areas include molecular cell biology, plant sciences, biotic interactions, biotechnology, and both structural and RNA biochemistry.
The course combines taught lectures and introductory practical classes with successive individual research projects that make use of advanced, high‑end laboratory technologies. Practical work spans a range of model organisms, including bacteria, fungi and plants, giving hands‑on experience across microbiology, biotechnology and biochemical analysis. Graduates emerge with practical laboratory skills and conceptual understanding that are directly relevant to research environments in academia and industry.
This four-semester, research-focused Master’s programme (120 ECTS) builds directly on a Bachelor’s in biology, biosciences or biochemistry and is taught within a highly active, internationally recognized research environment. In the first two semesters you follow core modules made up of lectures, seminars and practical methods courses to establish solid subject knowledge and laboratory techniques. The middle phase emphasizes hands-on research: individually arranged laboratory projects are completed through lab rotations (advanced modules), allowing you to experience different labs, techniques and research questions before committing to a thesis topic. The final (fourth) semester is devoted to an independent Master’s thesis, usually linked to a current, externally funded research project.
Key modules and learning outcomes
Outcomes and career pathways Graduates leave with advanced subject and methodological expertise, practical laboratory competence and research experience that qualify them for employment in the biosciences sector and for entry into PhD programmes. The programme’s embedding in active research groups and frequent links to third‑party funded projects also provide networking and research training opportunities valuable for both academic and industry careers.
Admissions and programme requirements (concise)
This master's program expects applicants to hold a relevant undergraduate degree in the life sciences. Successful candidates will normally have completed a Bachelor’s (or equivalent) level qualification with a focus on Biology, Biosciences, or Biochemistry. Degrees in closely related subjects with equivalent content may also be considered.
If your qualifying degree was obtained outside the EU, the faculty requires an additional subject assessment. Applicants in this situation will be notified and asked to sit a faculty-administered assessment test as part of the admission process.
Winter Semester (International)
15 February 2027
Winter Semester (EU/EEA)
15 May 2026
Graduates are prepared for research careers and further academic training: the MSc provides a direct pathway into PhD programmes and research positions in university labs, research institutes and collaborative projects. The emphasis on independent projects and lab rotations develops the skills needed to design and carry out cutting-edge molecular research.
Outside academia, the degree equips students for roles in biotechnology and pharmaceutical companies, applied research labs, quality control and diagnostic services, and science-related positions that require advanced laboratory techniques and project-management skills. The programme's elective and cross-faculty modules also support acquisition of transferable competencies valued by industry and regulatory bodies.