This international Master of Science programme brings together stem cell biology, molecular methods and tissue engineering to train graduates for careers in both academia and industry. Taught in English and established for more than a decade, the course focuses on the scientific and clinical sides of regenerative medicine and positions students at the forefront of a rapidly advancing field.
Teaching is delivered by researchers from the Center for Regenerative Therapies Dresden (CRTD) together with colleagues from the Biotechnology Center (BIOTEC), the Medical Faculty Carl Gustav Carus, the Faculty of Mathematics and Science at TU Dresden, and the Max Planck Institute of Molecular Biology and Genetics. The curriculum balances formal lectures with substantial practical training: multiple laboratory practicals, two extended laboratory rotations in the second and third semesters, and a 15‑week individual laboratory project carried out alongside experts at the CRTD and cooperating institutes and clinics.
The programme begins with foundational courses in regenerative biology in semester one, then moves in semester two to one of three specialist tracks. Regenerative Cell Biology explores molecular and cellular mechanisms of development and tissue regeneration across key model organisms and current experimental methods. Regenerative Neuroscience covers cellular, molecular and systemic aspects of neural regeneration, relevant experimental techniques and the clinical contexts for neuro-regenerative therapies. Regenerative Medicine focuses on disease pathology, affected organs and clinical concepts in regenerative therapies, emphasizing the translational pathway from bench to bedside.
Key facts and programme details
The curriculum is organized in a modular format with taught coursework spread evenly across the first three semesters and the whole fourth semester reserved for an independent Master's thesis. During the thesis semester you choose from a range of research topics and can carry out your project within the Center for Regenerative Therapies Dresden (CRTD) or with research groups in other TU Dresden departments, the clinic, or affiliated partner institutes—providing strong access to active research environments and collaboration opportunities.
Academic content comprises nine compulsory modules and one elective module. After completing the first semester students select one of three specialized tracks—Developmental and Regenerative Cell Biology (DevReg), Regenerative Neuroscience (RegNeuro), or Regenerative Medicine (RegMed)—which steers the remainder of their coursework and research focus. This structure ensures a common foundational core followed by concentrated study in a chosen area of regenerative biology and medicine.
Learning outcomes emphasize advanced scientific understanding and research capability: graduates complete a coherent program that leads to in-depth expertise in their selected track, experience working on current research questions in leading labs, and develop the autonomy to design, conduct and present an original Master’s thesis grounded in regenerative biology and medicine.
Program structure and requirements (at a glance)
Who we're looking for
This Master's targets applicants who already hold a first university degree in biology, medicine, or a closely related field (for example biotechnology or biochemistry) that provides the background needed for professional work where comparable prior knowledge is required—especially in molecular and cell biology. International degrees are welcome provided they offer an equivalent level of preparation.
Successful candidates should combine solid theoretical knowledge with hands‑on laboratory experience and a clear interest in research at the interface of cell/molecular biology and clinical applications in regenerative medicine. Strong English language ability and the ability to follow academic work in English are essential.
We also value personal qualities such as curiosity, self‑motivation and the capacity for independent scientific thinking; make sure your application documents (CV, motivation letter, references) demonstrate these traits.
Admission requirements (summary)
Winter Semester (International)
31 May 2026
Winter Semester (EU/EEA)
31 May 2026
Graduates are prepared for roles in academic research and in the biotechnology and pharmaceutical industries, particularly in labs focused on stem cell research, tissue engineering, and translational/regenerative medicine. The programme's extensive laboratory training and close ties to clinical and research institutes also make alumni competitive candidates for PhD programmes and for positions in translational research units or clinical R&D teams.
Additional career pathways include roles in preclinical development, regenerative-therapy development, regulatory science, and science-driven positions within biotech start-ups. The combination of practical lab experience, specialised track training, and exposure to clinical contexts supports transitions into both bench research and industry-focused development careers.
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