This two-year, full-time international Master's programme (taught in English) explores the molecular basis of living systems and how biological pathways and biomolecules can be harnessed for technological applications. The curriculum balances theoretical instruction with hands-on laboratory work, giving strong emphasis to experimental techniques and practical research experience.
Students choose between two specialised pathways — Chemical Biology or Technical Biochemistry — and study topics such as biocatalysis, natural product chemistry, molecular cell biology, genome engineering and bioanalytics. The structure combines mandatory classroom and laboratory modules with elective options, a compulsory research internship and an experimental Master’s thesis, allowing you to build both broad and specialised competence.
Because of its lab-focused modules, supervised internship and thesis project, the programme is particularly suited to those seeking laboratory-based roles in industry or research, or preparing for doctoral study. Graduates are awarded the academic degree Master of Science (MSc) in Biochemistry.
Program structure and requirements (key points)
The programme balances theoretical modules with hands-on laboratory training and independent research. Core elements include five mandatory classroom and lab modules that build advanced knowledge in molecular and cellular biochemistry, plus a mandatory research internship that places you in an active laboratory environment. Elective courses allow you to specialise further within the Chemical Biology or Technical Biochemistry track.
Key learning outcomes include mastering experimental techniques (e.g. bioanalytics, genome engineering, biocatalysis), designing and executing research projects, analysing and interpreting biochemical data, and applying chemical and biotechnological methods to real-world problems. The degree culminates in an experimental Master’s thesis, demonstrating your ability to carry out independent scientific research.
The programme requires a relevant undergraduate degree and proof of English ability. Admission is competitive because enrollment is capped at 20 students each year, and offers are made on the basis of applicants’ past academic results. International applicants should ensure their bachelor’s qualification is recognised as equivalent to a three‑year Bachelor’s degree.
Winter Semester (International)
15 July 2026
Winter Semester (EU/EEA)
15 July 2026
Graduates are prepared for lab-based roles in biotechnology and pharmaceutical companies, chemical industry R&D, and bioanalytics. The programme’s practical focus—particularly the mandatory internship and experimental thesis—provides hands-on experience valued by employers in product development, process engineering, and analytical services.
The MSc also provides a solid foundation for academic research and PhD programmes for students aiming to pursue a scientific career in universities or research institutes.