Program overview The programme covers the full breadth of modern biology and its intersections with related disciplines such as pharmaceutical chemistry, biochemistry, veterinary and agricultural sciences. Research and teaching span many fields, including molecular biology, biochemistry, immunobiology, microbiology, genetics, cell biology, morphology, taxonomy, animal and plant physiology, behavioural biology, ecology, neurobiology and the neuronal bases of behaviour. This breadth makes the degree suitable for students aiming for research, industry or interdisciplinary careers.
Teaching and research structure Around 200 life-science modules taught by some 65 professors allow you to shape a study plan that reflects your interests. Modules are grouped into seven focal areas: biochemistry and cell biology; genetics; medical biology; microbiology; ecology; plant sciences; and zoology/animal sciences. The curriculum builds on prior qualifications from a primarily life-sciences-oriented degree and is largely research-focused, combining lectures, seminars, practical exercises, internships and excursions, especially at advanced study stages.
Hands-on training and supervision A strong emphasis is placed on practical experience in small groups. Research internships are conducted in laboratory groups with very close supervision—often 1:1—giving students direct access to techniques and instruments currently used in scientific research. This intensive, research-oriented environment is designed to develop laboratory skills and prepare students for independent research projects or further scientific careers.
Admissions — key requirements
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To be eligible for this Master's programme you must have completed a recognised undergraduate degree in a relevant life-sciences discipline. The qualifying Bachelor’s programme must have lasted at least six semesters (typically equivalent to three academic years) and be formally awarded as a degree.
Acceptable subject areas include life sciences and biology-focused programmes, for example molecular biotechnology or biochemistry, or any comparable course of study. Degrees awarded by German or international universities are accepted provided they are equivalent to the qualifying Bachelor’s described above.
Winter Semester (International)
31 May 2026
Winter Semester (EU/EEA)
31 May 2026
Graduates are prepared for a broad range of careers in research and development (biotech, pharmaceutical industry, medical research), environmental and conservation organisations, agriculture and plant science companies, and governmental or private laboratories. The strong practical and research training also makes students competitive candidates for doctoral programmes and academic research positions.
The interdisciplinary nature of the programme and its emphasis on experimental skills, data analysis and scientific communication equip graduates for roles that require independent project work, laboratory management, or collaborative work across life-sciences disciplines.