M.Sc. PBioC

The Master's degree program aims to provide students with in-depth training in the area of basic cell biology research in both theory and, in particular, in practical laboratory training. In the program, scientific content of physical and structural cell biology, as well as physiology (e.g., neurophysiology, developmental physiology, pathophysiology (cancer, neurodegeneration and diabetes) is taught. One focus of the program is on cell biological relationships in multicellular systems or in an organismic context. The research areas focus on cellular processing and development processes as well as cell communication. This teaching on cell biology is to be combined with a biophysical understanding of the underlying processes and the physical analysis methods required for their study, such as modern microscopy methods.

Molecular cell biology combines research areas and methods from physical cell biology, structural biology, developmental biology, biochemistry, molecular biology, bioinformatics, genetics, immunology, microbiology and various modern microscopy techniques and applications. The degree program covers a wide range of biological model systems, including eukaryotic cell cultures and unicellular organisms, as well as multicellular organisms (animals, plants, fungi).

The general aim of the course is to provide advanced training in current sub-disciplines of cell biology. Students should also be enabled to carry out interdisciplinary research through a broad education in different methodological and conceptual areas. The Master's degree program aims to provide students with the necessary knowledge and skills, guide them toward independent scientific thinking and  taking responsible action. To this end, the course also covers the areas of scientific project management, applying for research funding and research ethics. In addition, the Master's course also focuses on students' personal development through soft skills courses such as discussion facilitation, conflict management, scientific communication and presentation techniques.

Successful completion of the degree program qualifies the graduate to obtain a degree in a natural sciences degree program and for demanding career paths in research, science management and teaching, both in a university context and in industry.

The course aims to enable students to quickly familiarize themselves with new developments after completing their studies, familiarize themselves with new areas and contribute to further developments in their specialist field in science and technology. During the four-semester Master’s degree program, students are able to obtain the skills they need for their transition to professional practice.

Potential career paths for graduates of the Master's degree course include cell biology, physiology and physics research, marketing or public relations, as well as science management in the natural sciences, development, production, sales and marketing in industry or medical fields. The Master’s degree program thus enables students to enter the labor market for relevant activities or to be admitted to a doctoral studies program.