Master's in Biology – Specialisation in Molecular and Medical Neuroscience (Neuro)

Program overview

Brain disorders — from neurodegeneration to neuropsychiatric conditions — remain major global health challenges with few effective treatments. This English-taught Master’s in Biology with a specialisation in Molecular and Medical Neuroscience combines rigorous theoretical grounding with intensive practical training to investigate the molecular causes of brain dysfunction and how these translate into neurological and psychiatric symptoms. The programme is delivered in a small-cohort setting with an exceptional student-to-faculty ratio, enabling close mentorship and frequent interaction with faculty.

From early in the degree, you will work in research labs and gain hands-on experience with contemporary methods used in neuroscience research. Training covers genetics, molecular biology, biochemistry, bioinformatics, electrophysiology, optogenetics, behavioural neurobiology, super-resolution microscopy and in vivo two-photon imaging. You will also work with a range of model systems — from primary neuronal cultures and Drosophila to rodent models and human iPSC-derived cellular systems — allowing you to acquire versatile experimental skills.

The programme runs over two years and can be started either in April or October. Its curriculum includes interactive reading courses to develop a deep theoretical understanding and the ability to critically evaluate current research, three extended laboratory rotations to build technical and analytical competence, and a Master’s thesis designed to train you in conducting independent scientific research and in communicating your results in writing and presentations.

Key programme details

• Duration: 2 years (Master of Science)
• Language of instruction: English
• Specialisation: Molecular and Medical Neuroscience (within Biology)
• Start dates: April or October
• Teaching format: interactive reading courses, practical lab work, rotations, and a Master’s thesis
• Practical training includes: genetics, molecular biology, biochemistry, bioinformatics, electrophysiology, optogenetics, behavioural neurobiology, super-resolution microscopy, in vivo 2-photon imaging
• Model systems used: primary neuron cultures, Drosophila, rodent models, human iPSC-derived cellular models
• Learning environment: small cohorts and close student–faculty interaction to support hands-on research training and independent scientific development

This two-year MSc curriculum is built to combine advanced coursework, intensive laboratory training and independent research, with a clear focus on molecular and medical neuroscience. The programme begins with an orientation and student research presentations to integrate cohorts, followed by interactive lecture-and-reading seminars and a two-part “Modern Methods in Biology” lecture series to deepen theoretical knowledge. Substantial hands-on training is provided through two extended advanced practicals and an additional practical or industrial internship, while elective courses and soft-skill offerings allow you to tailor parts of your training to personal interests or career goals.

A major emphasis is placed on research experience: a graded research practical prepares you for the independent Master’s thesis, which accounts for a large portion of the final assessment. Assessment combines graded and ungraded elements so that practical skill development and professional exposure (including internships and elective training) are formally recognised alongside exam-based evaluation. The structure is designed to equip graduates with both the experimental expertise and the critical reading, presentation and research-management skills needed for careers in neuroscience research, biotech or continued doctoral study.

Key learning outcomes you can expect

• Master current experimental techniques in molecular and cellular neuroscience and apply them in extended laboratory projects.
• Critically evaluate primary literature and engage in seminar-style discussions in interactive lecture-and-reading courses.
• Present research findings clearly and professionally, developing scientific communication skills during the warm-up meeting and project presentations.
• Plan and execute an independent research project culminating in a Master’s thesis, demonstrating ability in experimental design, data analysis and scientific writing.
• Gain practical experience relevant to industry or research institutions via internships and elective practicals, plus transferable soft skills for teamwork and career development.

Curriculum modules (credit points = CP)

• Warm-up meeting and research project presentations — 6 CP (ungraded)
• Four interactive "Lecture and Reading Courses" — 4 × 3 CP = 12 CP (graded)
• Two-part lecture "Modern Methods in Biology" — 2 × 3 CP = 6 CP (graded)
• Two advanced practicals — 2 × 12 CP = 24 CP (graded)
• Advanced practical or industrial internship — 12 CP (ungraded)
• Courses of choice (theoretical and/or practical, including soft skills) — 15 CP (ungraded)
• Research practical — 15 CP (graded)
• Master’s thesis — 30 CP (graded)

Graduates will be well prepared for research careers in academia (e.g., PhD programmes) and for R&D positions in the biotech and pharmaceutical industries, particularly in roles focused on neurobiology, neurodegeneration, and neuropharmacology. The programme's strong emphasis on practical laboratory skills, advanced imaging and electrophysiology techniques, and bioinformatics equips students for technical and experimental roles in translational and preclinical research.

Beyond laboratory research, alumni may pursue careers in clinical research support, scientific communication, or technical positions in companies providing research tools and services for neuroscience. The combination of lab rotations and a substantive Master’s thesis also strengthens applications for competitive doctoral programmes and industry research positions.