This four‑semester Master of Science in Chemistry is taught in English and intended for students who already hold a Bachelor’s degree in Chemistry (or an equivalent qualification). The programme combines compact, seminar-style teaching with strong laboratory and research components, allowing you to deepen core knowledge in inorganic, organic and physical chemistry while gaining hands‑on experience in modern experimental techniques.
In the first semester you consolidate advanced concepts across the three main subdisciplines and can choose additional modules in areas such as analytical, macromolecular or building chemistry, including practical lab courses. During semesters two and three you begin to specialise and take part in research projects on contemporary topics in chemistry. Your degree concludes with an independent Master’s thesis supervised by a faculty member, giving extended experience with current instruments and methods.
The curriculum follows the recommendations of the German Chemical Society (GDCh) and is fully accredited. A wide range of elective modules lets you tailor your profile — for example in analytical, inorganic, organic, physical, theoretical, macromolecular, materials or building chemistry — or pursue theme‑based tracks such as Materials and Interfaces, Light and Matter, or Molecular Sciences. Many international graduates move on to PhD programmes within the department or find positions in major chemical companies.
Sample course topics and activities you can expect include:
Key facts & entry prerequisite
This Master’s curriculum delivers a rigorous, research-oriented education in chemistry, combining advanced theoretical instruction with hands-on experimental training. Teaching formats include lectures, seminars and extensive laboratory courses that develop your practical skills. In the first semester you consolidate and deepen core knowledge in inorganic, organic and physical chemistry, while also choosing optional modules such as analytical chemistry, macromolecular chemistry or building chemistry to broaden your expertise.
From semester two onward you begin to specialize in a chosen area and gain practical research experience working on contemporary chemistry topics. Key learning outcomes include the ability to design and execute experiments, interpret complex data, apply advanced theoretical concepts across subdisciplines, and carry out independent, hypothesis-driven research. The programme culminates in a supervised Master’s thesis in your specialist field, where you apply modern techniques and instrumentation under the mentorship of a faculty professor—providing a substantial piece of postgraduate research experience.
The Department of Chemistry and Biology hosts active research groups across the main chemistry disciplines and provides access to high-end instrumentation: differential thermal analysis (DTA), TG/DTG, automatic synthesizers, high-resolution NMR, SEM, multiple X-ray diffractometers, HPLC–MS, GC–MS, ToF-SIMS, ICP–OES, ICP–MS, IR and Raman spectroscopy, and AFM. Individual research groups also maintain more specialized equipment, so you will be able to gain hands-on experience with tools that are directly relevant to contemporary academic and industrial projects.
Program requirements (concise)
To apply for this Master's in Chemistry you must hold a Bachelor of Science in Chemistry (or an equivalent degree) with a final grade of 2.5 or better according to ECTS. Applications require standard academic documentation, evidence of English proficiency, and brief professional references. All applications are processed online.
You will need to supply a transcript of records and a tabular résumé (a structured CV). For references, provide the names of two scientists or former employers — formal reference letters are not required. Detailed information about accepted English language proofs is available in the program’s language requirements section.
All applications must be submitted through the Unisono online application portal.
Winter Semester (International)
30 April 2026
Winter Semester (EU/EEA)
31 August 2026
Graduates are prepared for research and development roles in both academia and industry. The programme’s strong laboratory and instrumentation training, combined with specialised modules and a research-oriented master’s thesis, makes alumni well suited to continue as doctoral researchers or to take up R&D positions in chemical research groups.
Industry career paths include roles in large chemical and materials companies, product development, analytical and quality-control laboratories, nanotechnology and materials firms, and instrument/application support. Graduates also gain transferable skills (experimental design, spectroscopy/microscopy, data analysis, project work) that are valuable for consultancy, regulatory roles, and technical positions in public and private research institutes.