This research-focused MSc trains you in the methods and techniques used in modern biology and related fields, allowing you to build a clear specialisation. Study paths concentrate on biodiversity, ecology and evolution, as well as neurobiology, molecular and cellular biology and genetics. The curriculum is designed to provide a solid foundation for PhD work and to prepare the next generation of researchers in the institute of biology and environmental sciences.
The programme takes an interdisciplinary approach so you learn to connect mathematical and biological perspectives across molecular to organismal levels. Teaching emphasises practical, methodological experience — laboratory work, fieldwork and hands-on projects — so you can design and carry out independent research that meets scientific and ethical standards. Because biology today is an international endeavour, the programme also fosters strong scientific communication skills, particularly in English.
Graduates are prepared for careers in academia (including graduate school), industry, public institutions and private organisations. The course structure supports hypothesis-driven thinking, critical analysis, teamwork and project/time management, equipping you to present and discuss data in both German and English and to participate in collaborative research projects.
Key learning outcomes and highlights
Why study in Oldenburg (programme features)
This two-year (120 credit points, CP) Master's programme is designed to be flexible, letting you tailor your studies to your interests while ensuring strong research training. You must complete a mandatory 30 CP Master's thesis that culminates in a substantial research project and a colloquium. Course selection is modular: you combine background, research and skills modules with optional elective study from related disciplines or partner institutions.
Key teaching formats include intensive background modules (minimum 24 CP) delivered in three- to seven-week blocks (6–15 CP each). These typically combine a lecture, seminar and a small-group internship (8–20 students) to build broad biological knowledge. Research modules (minimum 15 CP) are individual projects lasting about six to seven weeks (15 CP) carried out in a university working group or an external research organisation; they focus on independent experimental work, literature-based inquiry and presentation of results, and directly prepare you for the final Master’s thesis. Skills modules (3 or 6 CP) train practical techniques and transferable abilities—topics include laboratory methods, academic English and bioethics—in courses with up to 24 participants.
Learning outcomes emphasize independent scientific practice and interdisciplinary thinking. By the end of the programme you will be able to design and execute focused research projects, apply a range of experimental and analytical techniques, critically evaluate primary literature, and communicate results orally and in writing. The elective allowance (up to 30 CP) lets you broaden your profile with subjects such as Landscape Ecology, Marine Environmental Sciences, Neuroscience, Informatics, Hearing Technology and Audiology, or courses at other universities (domestic or abroad), subject to approval by the examination board. For sample curricula and more details, see the programme website.
Requirements (concise)
You are eligible to apply if you hold a Bachelor's degree in biology or a closely related discipline (for example: behavioural biology, biodiversity, ecology, evolutionary biology, molecular genomics, neurobiology, sensory biology, etc.). Alternatively, candidates who completed a Bachelor's degree in another subject may be considered provided that at least 50% of their study credits are in biology or a related area.
In both cases your Bachelor's must be finished at the time of enrolment, but applications are accepted if you are still completing up to 30 credit points (or the equivalent in a non‑ECTS credit system).
Winter Semester (International)
15 April 2026
Winter Semester (EU/EEA)
15 June 2026
Graduates are prepared for doctoral study (PhD) and for research careers in academic laboratories, collaborative research projects, and graduate schools. The programme’s strong methodological and interdisciplinary training also equips students for roles in industry, environmental and public organisations, biotechnology, and other private-sector positions that require advanced biological and analytical skills.
Hands-on research experience, transferable skills in data analysis and scientific programming, and opportunities to study abroad or take electives from related MSc programmes further broaden career and networking prospects.