"Bio" and "physics" form the bracket of what you can expect in your studies. The natural sciences of biochemistry and chemistry and, of course, mathematics are just as important for an in-depth understanding of biological systems. The term "system" refers to everything from biomolecules (proteins, nucleic acids, fatty acids) to cells and organisms. In Lübeck, the focus is on the molecular building blocks of life.
Teaching is always very close to research, which takes place on campus not only at the university's institutes but also at research centers such as the Center of Brain, Behavior and Metabolism (CBBM) and non-university research institutions such as the Fraunhofer Institute for Individualized and Cell-based Medical Engineering, the Leibniz Center for Medicine and Biosciences Borstel and the Max Planck Institute for Evolutionary Biology in Plön.
Type of Study
FulltimeStandard period of study
6 SemesterCredits
180 ECTSCourse language
GermanAdmission period
15.05. - 30.09.
Admission Requirement
Permit-freeStart
Winter semesterDegree
Bachelor of Science (B.Sc.)Hints for application
Apply online via the university's application portal
In the first year of study, a solid foundation is laid in the fields of mathematics and physics, which is further expanded in the second year, particularly in physics. Basic knowledge in the related natural sciences of chemistry, biology, biochemistry and physiology is acquired in the first five semesters, building on each other.
In the advanced semesters, the basics are supplemented by advanced and in-depth lectures that introduce students to current research in the areas of life sciences with physical relevance and thus also prepare them for the Bachelor's thesis in the sixth semester.
The modular study structure according to ECTS (European Credit Transfer System) makes it possible to use courses offered by foreign (partner) universities and to include elective courses from other degree programs at the University of Lübeck such as Molecular Life Science, Mathematics in Medicine and Life Sciences, Bioinformatics or Medical Informatics.
You can find all information on studying abroad and partner universities at the International Office, as well as some experience reports from students of related degree programs.
Prospects after completing your Bachelor's degree in Biophysics
This degree program provides you with a solid foundation in all natural sciences, particularly in the fields of physics and mathematics. This means that after completing your Bachelor's degree, you will not only be able to enter the world of work directly, but will also have access to many advanced Master's degree courses in the natural sciences. In addition to the consecutive Master's degree course in Biophysics, this can basically be any scientific Master's degree course - possibly after attending a few additional courses and subject to individual agreements with the relevant course directors.
In addition to the subject-specific content, the Bachelor's degree program in Biophysics also teaches you the ability to work in an interdisciplinary manner in an exemplary manner. Together with other interdisciplinary skills, such as analytical thinking and team-oriented problem solving, you will acquire qualifications that will open up a wide range of careers beyond the natural sciences.
Linear Algebra and Discrete Structures 18KP (4V+2Ü) ME1010
Physics 18KP (4V+2Ü) LS1100General Chemistry4KP (3V+1Ü) LS1610 Practical Course Chemistry 4KP (4P) LS1610Practical Course Chemistry4KP (4P)
Linear Algebra and Discrete Structures 28KP (4V+2Ü) ME1020
Physics 28KP (4V+2Ü) LS1600Organic Chemistry4KP (3V+1Ü) LS1610Practical Course Chemistry4KP (4P)
Applications are submitted via the online application portal.
You can find all the important information about starting your first semester here.
Not at the moment. However, this does not mean that studying biophysics is easier than other degree programs at our university that have admission restrictions.
The module handbooks provide an initial detailed overview of the degree program. If you have any further questions, please do not hesitate to contact us by e-mail or in person. We would also like to draw your attention to the Campus Day.
In science degree courses, a bachelor's degree is often followed by a master's degree and then a doctorate. Many of the graduates who work in industry work in the field of research.
As a rule, there are two examinations per module each year: One at the beginning of the lecture-free period directly after the semester and another at the end of the lecture-free period. Each student has three attempts to pass the examination. The final module grades almost always consist solely of this examination grade.
The examinations for all STEM courses are organized centrally each semester. Every lecturer is required to adhere to this central schedule.
Only the respective compulsory courses are noted in this schedule; the dates for purely elective courses are usually set by the lecturers after consultation.
All examination dates should also be listed in UnivIS.
Group of professors / deputies
Prof. Dr. Christian Hübner (Chair) / Prof. Dr. L. Redecke
Prof. Dr. R. Huber (Deputy Chair) / Prof. Dr. S. Karpf
Prof. Dr. Th. Gutsmann / Prof. Dr. M. Rafecas
Prof. Dr. E. Hartmann / Prof. Dr. U. Günther
Prof. Dr. J. Prestin / Prof. Dr. A. Rößler
Group of scientists. Staff members
Dr. Young-Hwa Song / PD Dr. H. Paulsen
Group of students
Wilhelm Krüger / Erik Joshua Arndt
Recognition of external achievements
If you would like to have external achievements from other universities recognized or internships that you have completed during your vocational training (MTA, CTA, etc.), please use the form "Recognition of external achievements" from the Student Service Center website.