Studying at GSN-LMU
Your path into neuroscience research
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How does our brain work? Neuroscience seeks to understand how the nervous system generates behavior, cognition, and disease. Advances in molecular biology, imaging, and computational modeling have transformed the field into one of the most integrative areas of modern science.
The cornerstone of our school is interdisciplinarity in teaching and research from a systemic point of view:
- From single cells to complex systems
- From experiments to mathematical modeling and back
- Combining biology, psychology, medicine, and philosophy
The neuroscience community at the GSN brings together investigators from multiple departments, creating a highly collaborative environment organised into six scientific areas, each with dedicated teaching. While GSN faculty members are grouped according to scientific areas, many are involved in projects bridging multiple categories.
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The Ph.D. programs follow a structured training model designed to equip students with a broad conceptual foundation alongside specialized expertise.
The GSN welcomes candidates from a range of backgrounds – whether they hold a B.Sc., M.Sc., or Ph.D. in a related field, or are transitioning from a more distant discipline. In either case, the program is individually tuned to ensure all students graduate with a profound knowledge across many areas of neuroscience.
Structure accelerates competence and career readiness. Students are part of a structured educational program, with strong scientific guidance and curricular workshops on complementary skills, preparing students for careers both within and beyond academia. The GraduateCenter LMU additionally supports and reinforces the complementary education of our graduate students.
Through this combination of rigorous coursework, interdisciplinary interaction, and independent research, the program prepares graduates for careers in academic research, biotechnology and pharmaceutical industries, data science, and science policy.
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Neuroscience encompasses a wide range of experimental and theoretical approaches, from molecular neurobiology to computational modeling and cognitive science.
A track-based M.Sc. structure allows students to build a strong shared foundation in core neuroscience while developing deeper expertise in a specific area of interest. Each track offers a coherent combination of coursework, methodological training, and research opportunities aligned with particular research themes.
This structure helps students tailor their training to their scientific interests and career goals while maintaining the interdisciplinary perspective that is essential in neuroscience.
Discover the available M.Sc. programs and tracks offered at the GSN.