Overview
Biophysics deals with the physical description of biological materials. This involves examining the elementary molecular components of a cell, as well as the interaction of these components at a systemic level. The aim of research is to establish a comprehensive understanding of the fundamental mechanisms that ultimately make life possible, but which also cause diseases. The findings can, by way of example, contribute to the diagnosis and remedying of diseases, or give rise to new technologies inspired by biology. In the process, the complexity of living matter offers a fascinating opportunity to discover entirely new physical laws that are far removed from chemical or thermodynamic equilibrium.
In the context of the master's program in Biophysics, students have the opportunity to specialize in a particular area. Those on offer include molecular biophysics, cellular biophysics, theoretical biophysics, system biophysics, and biomedical biophysics.
With ten leading international task forces, biophysics research at the Technical University of Munich covers nearly every aspect of this modern and intensely interdisciplinary research area. The Technical University of Munich’s Department of Biophysics is therefore uniquely positioned in Germany.
Which further expertise and skills will I acquire?
Graduates possess extensive knowledge of discipline-specific fundamentals concerning the physics of soft matter, ranging from nanometers to the microscopic scale. Furthermore, you will have been able to acquire essential insights into current research from across the entire spectrum of modern biophysics. This ranges from molecular and cellular biophysics, system biophysics and biomedical biophysics, to molecular nanotechnology.
In accordance with your individual specialization, you also possess knowledge of one of the following specialties: molecular biophysics, cellular biophysics, theoretical biophysics, system biophysics, or biomedical physics.
Which professional opportunities can I take up with this qualification?
The completion of the master's program in Biophysics opens up opportunities across a broad professional spectrum. This ranges from industry and the service sector, through research and development, to the areas of biotechnology, pharma, biomedical engineering and chemistry.
Structure
The master's program in Biophysics offers a high level of flexibility when creating your own study and competency profile. The curriculum for the first year of study can be individually designed with the help of a mentor.
The degree program concludes with the master‘s thesis.
Costs
Funding
Admissions
The minimum requirements for a Master's degree at TUM are a first recognized university degree (e.g. a Bachelor's degree) and the successful completion of the aptitude assessment process. In this process, the School assesses your individual aptitude and motivation for the respective degree program.