Biophysics is a very exciting and rapidly expanding research field that explores new areas between physics and biology. The complexity of life is investigated at every level and analysed with physical methods. At Ulm University, we strive to understand these molecular interactions and the mechanisms that control them, to learn more about life processes, their underlying physical principles and the bases of disease in case of malfunction.
The aim of the Master's programme in Biophysics is the following:
to provide a comprehensive education and hands-on research in modern biophysics
to prepare students for the interdisciplinary nature of modern-day life sciences
to train students in quantitative thinking and in state-of-the-art experimental techniques close to current research
Students will deepen their previous knowledge of biophysics, chemistry and biochemistry, and will be supported in carrying out their first independent research project.
Our interdisciplinary research environment is based on strong collaborations between physics, chemistry, biology and medicine. Hence, students may choose Master's courses from a wide field of subjects, examples of which include the following: cellular biophysics, bioinformatics, pharmaceutical biotechnology, neurobiology, cellular and molecular biology, quantum biology, nanomaterials, and polymer physics.
The Master of Science in Biophysics is a research-oriented programme addressed to highly motivated students with a strong interest both in physics and biology and in their application.
Requirements
Entry Requirements
Academic requirements MSc programme Biophysics:
Proof of a Bachelor's degree with above-average examination results in either physics, econophysics, chemistry, biology, biochemistry, molecular medicine, biotechnology or any equivalent study course
Proof of English knowledge: see language requirements below
Fundamental scientific skills in natural sciences, which may be gained after successful completion of the Pre-Master's Course offered by Ulm University
Letter of motivation
Proof of professional/vocational training and/or practical work experience or any other previous training (internships)
Educational requirements to be met by future students:
Solid undergraduate education in mathematics and physics or biology and chemistry
Willingness to close potential gaps in basic knowledge in mathematics and natural sciences because students will attend demanding intensive courses that summarise the basics and lead to advanced topics fast
Willingness to actively participate in classes, labs, and seminars
Social skills to live and study in a multicultural environment that is scientifically and personally stimulating