Overview The Master’s programme focuses on the molecular side of the life sciences, emphasizing understanding biological processes and how they can be deliberately modulated using chemical tools. Coursework covers modern biotechnology and bioanalytical techniques alongside topics that bridge chemistry and biology, giving students both theoretical grounding and practical laboratory experience.
Teaching and curriculum Students deepen their knowledge through a mix of compulsory elective lectures, laboratory courses and seminars in areas such as chemical biology, cell biology and medicinal chemistry. The curriculum is flexible, allowing enrolment in additional courses from chemistry, other natural sciences or unrelated fields to broaden skills and interests. The programme is research-oriented, offering substantial hands-on training and exposure to contemporary methods used in biotechnology and bioanalytics.
Research training and final thesis Each student selects a major subject area and participates in ongoing research projects, demonstrating the ability to carry out independent scientific work. The master’s thesis, which is intended to last six months, is the culminating element of the programme and signals its completion.
Program components / requirements (concise)
This Master's program is structured to combine advanced coursework, intensive laboratory training, and an independent research component. The curriculum comprises a mix of eight compulsory-elective lecture modules, two mandatory seminars, four advanced compulsory-elective laboratory courses, a dedicated research project, and a Master's thesis that is completed with a formal defence. The compulsory-elective lectures may be selected from the examination subjects of medicinal chemistry, molecular cell biology, chemical biology, and chemistry, as well as from other natural science disciplines and additional approved courses in accordance with the programme regulations.
Key modules — the seminars, advanced lab courses, and the research project/thesis — are designed to develop practical experimental skills, critical analysis, and scientific communication. Seminars train students in presenting and critically discussing current research; the advanced laboratory courses focus on hands‑on techniques and experimental design; and the research project plus thesis cultivate independent research ability, data interpretation, written scientific reporting, and oral defence of results. The elective lecture modules provide the theoretical and interdisciplinary background needed to bridge chemistry and modern molecular biology/medicinal approaches, allowing students to tailor their studies toward specific interests.
For international students, this combination of taught modules and extensive practical work offers the flexibility to build a personalized study profile while gaining the research experience typically required for doctoral studies or roles in research-driven sectors.
Requirements (curriculum components)
To be admitted you must hold a Bachelor’s degree that is equivalent in content and scope to the Bachelor’s programme in Chemical Biology at TU Dortmund University. Equivalence is not assumed automatically — you need to submit an application so the admissions office can review your degree and confirm it meets the programme’s prerequisites.
In addition to comparability, applicants must meet a minimum academic threshold on the German grading scale. A final grade of at least 3.2 (where 1.0 is the best and 4.0 is the minimum passing grade) is required for admission.
Winter Semester (International)
15 July 2026
Summer Semester (International)
15 January 2027
Graduates are prepared for research-focused roles in academia and industry, particularly in biotechnology, pharmaceutical research, bioanalytics and related chemical-life-science sectors. The programme's emphasis on laboratory skills and independent research also provides a solid foundation for pursuing doctoral studies.
Because of its interdisciplinary scope, alumni may also find opportunities in applied research & development, analytical laboratories, or roles that require bridging chemical and biological expertise.