This Master's degree delivers a broad, research-oriented education in modern neuroscience, spanning levels from molecules and cellular physiology to whole‑cell and tissue morphology. The curriculum is designed to give you a coherent understanding of neurosciences as an integrated field while exposing you to current research approaches across basic and applied topics.
Practical laboratory experience is a central element: you will carry out research in the labs of the programme’s participating departments and research groups, gaining hands-on training in experimental techniques and project work. In the first semester you complete core, compulsory modules that establish the foundations in neuromorphology, neurophysiology, and molecular neurobiology. Beyond these fundamentals, you can tailor your studies by choosing electives across a wide range of subjects.
Electives cover areas such as neuroethology, neurogenetics, clinical and cognitive neurosciences, reconstructive neurobiology, neurodegenerative disease research, and computational neuroscience, allowing you to develop a specialization that matches your interests and career goals. The programme is taught in English; consult the programme website for the latest details on courses, research groups, and application information.
Requirements and key facts
Overview
This two-year, ECTS‑based MSc programme is worth 120 credit points (30 CP per semester) and is organised as modular blocks that mix lectures, seminars, practical courses and laboratory work to give both breadth and depth in contemporary neuroscience. The curriculum is deliberately flexible: a set of compulsory modules builds a common foundation while elective options and lab rotations let you tailor the course to your research interests and prepare for a research career.
Structure, key modules and learning outcomes
In the first semester you complete three compulsory modules (7.5 CP each) that establish core neuroscience knowledge, alongside one elective module (7.5 CP) so you can begin to specialise. Semester two includes a compulsory module (7.5 CP) focused on quantitative and professional skills — statistics, scientific writing and research ethics — plus three elective modules (7.5 CP each) drawn from different research fields to broaden your expertise. The third semester is dedicated to hands‑on practical training through two lab rotations (15 CP each), which give substantial laboratory experience and help you identify a topic and group for your thesis. The final semester is reserved for the independent Master’s thesis (30 CP), demonstrating your ability to design, execute and report original neuroscientific research.
Overall learning outcomes include a solid grounding in neuroscience theory, practical experimental competence from laboratory rotations, proficiency in data analysis and scientific communication, and an understanding of research ethics — culminating in the ability to perform and present independent research at Master’s level.
Requirements (credit breakdown)
For full, current details and module descriptions see: https://www.neurosciences.uni-bonn.de/curriculum.
This master's programme accepts both domestic and international applicants who already hold a relevant undergraduate degree. Successful candidates typically have a Bachelor's (or higher) in biology, psychology, medicine, physics or a closely related discipline and demonstrate strong academic performance or comparable study achievements.
Applicants must also show firm grounding in key life‑science subjects. Specifically, you need solid theoretical knowledge in areas such as molecular biology, cell biology, or physiology, and hands‑on laboratory experience in at least one of these fields.
Admission is competitive. As a guideline for a realistic chance of acceptance, applicants should have an average bachelor’s result of around 78% in grading systems where the pass mark is 50%. For applicants using the German grading scale, the minimum acceptable grade for application is 2.3.
Admission requirements (summary)
Winter Semester (International)
31 March 2026
Winter Semester (EU/EEA)
31 March 2026
Graduates of the MSc Neurosciences are well prepared for research careers in academia and industry and are competitive candidates for PhD programmes. The programme’s strong practical orientation (lab rotations, extensive laboratory training, and a research thesis) and broad methodological coverage (molecular, physiological, morphological, computational and clinical topics) equip students for roles in neuroscience research labs, neurotechnology and biotech companies, pharmaceutical R&D, and clinical research settings.
Additionally, the curriculum’s combination of experimental and theoretical training supports careers in computational neuroscience, data analysis, science communication, and translational research. Many graduates pursue further academic qualification (doctorate) or take on technical and development roles in industry leveraging laboratory skills and interdisciplinary knowledge acquired during the programme.