Overview This is a four-semester (typically two-year), research-focused Master's programme delivered in English that builds a strong foundation across experimental and theoretical areas of chemistry. Coursework and laboratory training cover a range of chemical disciplines, giving you a broad scientific base while allowing for specialization through research projects.
Research and thesis A central component is the Master's thesis, in which you design and carry out an independent scientific project. You will be responsible for the practical implementation of your research, producing a written thesis that documents your work, and presenting your results to peers and supervisors. The programme emphasizes hands-on experimental experience and critical scientific communication skills.
Why this programme matters for international students The programme’s research orientation provides sustained exposure to laboratory practice and scientific thinking, preparing students who want to deepen their expertise, pursue doctoral studies, or move into research roles in industry. Taught in English, it is suitable for international applicants who meet the entry requirements and who wish to train in a vibrant German research environment.
Typical admission requirements
Note: Specific application documents and formal requirements (e.g., minimum grades, exact language tests accepted) should be checked on the university’s official programme webpage or admissions office.
The Master’s curriculum blends lectures, seminars and hands-on laboratory courses to build both theoretical knowledge and practical skills. In the first two semesters you pick three compulsory elective modules from core chemistry areas— inorganic, organic, physical, biochemical, macromolecular or theoretical chemistry—allowing you to broaden your foundations and tailor the degree to your interests. Teaching formats are designed to support active learning and prepare you for independent research.
A dedicated scientific literacy module gets newcomers up to speed on essential research skills. Topics include scientific integrity, strategies for searching, presenting and managing literature, principles of data handling, and an introduction to commonly used software tools—with particular attention to current AI applications and how they can be applied responsibly in chemical research. The module also includes a three-week laboratory internship that refreshes common experimental techniques and introduces previously unfamiliar methods, while serving as a group-building exercise to help you integrate with your cohort.
In semesters three and four the programme shifts toward specialization: you select subject- and laboratory-focused modules that involve substantial experimental work. One lab module requires you to prepare a written research proposal, which acts as a direct bridge into the Master’s thesis carried out in the final semester. Overall the curriculum aims to produce graduates who are competent in experimental design and execution, literate in modern research practices (including ethical and AI-aware use of tools), and capable of independently conceiving and carrying out a research project.
Key modules and learning outcomes (requirements and core elements)
Expected competencies on completion
You should hold a completed BSc degree in chemistry or a closely related discipline and demonstrate a solid foundation in core chemical subjects. International documents must be pre-evaluated and converted to the German grading scale by uni-assist; this pre-evaluation (VPD) is a mandatory part of the application and must be uploaded. The programme expects evidence of research experience (a Bachelor’s thesis or an extended laboratory project) to ensure readiness for lab-based master’s work.
Uni-assist usually needs about six to eight weeks to prepare the VPD, so start that process well before the application deadline. Your converted VPD grade must meet the programme’s minimum threshold.
Winter Semester (International)
15 July 2026
Summer Semester (International)
15 January 2027
Winter Semester (EU/EEA)
15 July 2026
Summer Semester (EU/EEA)
15 January 2027
Graduates will be prepared for research and development roles in academia and industry, including positions in chemical, pharmaceutical, materials and biotechnology laboratories where strong experimental and analytical skills are required. The programme's emphasis on independent research, data handling and scientific communication also supports entry into doctoral programmes and careers in R&D management or technical consulting.
The combination of advanced lab experience, a written research proposal and an independent Master's thesis strengthens applications for PhD positions and for specialist laboratory jobs in both national and international research environments.