This Master's programme trains you to tackle complex chemical problems independently by applying a wide range of scientific methods taught throughout the course. The curriculum has a clear research orientation: you will learn techniques and approaches that support original investigation and problem solving beyond routine coursework.
Research at the Chemistry Department spans both fundamental and applied areas — from topics in basic chemistry such as element–metal multiple bonds and reaction pathways to application-driven work like sensor development and catalysis. The programme is a consecutive Master's that builds on a Bachelor’s in Chemistry and is delivered in English, making it suitable for international students interested in research projects and potential further doctoral study.
The Master's is built around a modular format. In the first semester you follow compulsory core modules that establish the advanced theoretical and practical foundation in chemistry. During the second and third semesters you choose from a broad range of elective modules, which let you specialise within chemistry and tailor the programme to your interests.
Elective offerings include hands-on laboratory courses that teach advanced experimental techniques. A dedicated focusing laboratory course bridges coursework and research, preparing you to undertake the independent research project that forms the Master's thesis.
Graduates acquire advanced experimental skills and practical competence with modern laboratory techniques, along with deeper subject knowledge in chosen specialisations. The programme emphasizes the ability to plan and carry out independent scientific research: you will design experiments, analyse and interpret data, and present your results in the context of current chemical research. Successful completion demonstrates readiness for research-focused roles or further academic study.
Admission overview
You must hold a recognized first professional degree (typically a BSc) that meets both the overall grade threshold and specific subject-credit requirements. Grades issued in non‑German systems will be converted to the German scale using the “Bavarian formula.” Credit points (CP) are interpreted as ECTS; CPs from other systems will be converted to ECTS equivalents.
Tips for applicants: make sure your transcript clearly lists module titles, the subject area of each module, and the credit points earned so they can be assessed and converted where necessary.
Admission requirements
Winter Semester (International)
1 July 2026
Summer Semester (International)
7 January 2027
Winter Semester (EU/EEA)
1 July 2026
Summer Semester (EU/EEA)
7 January 2027
Graduates leave the programme equipped to pursue research-focused careers in academia and industry, having developed advanced experimental and theoretical skills across inorganic, organic, and physical chemistry. The degree prepares students for doctoral studies as well as R&D roles in sectors connected to the department's research strengths, such as catalysis, sensor technology, analytical chemistry, and materials science.
Other typical career paths include positions in quality control and analytical laboratories, chemical and pharmaceutical industry roles, and technical or managerial functions that require strong problem-solving and research competencies. The programme's practical-lab emphasis and thesis project give students hands-on experience valued by employers and doctoral supervisors.