Study
The faculty currently offers the interdisciplinary Bachelor's and Master's degree course in Molecular Biotechnology, the state examination course in Pharmacy, the Master's/PhD program Matter to Life as part of the Max Planck School of the same name and the Master's degree course in Computer Engineering. From the winter semester 2024/25, the innovative and research-driven Master's degree program Molecular Systems Science and Engineering will be launched. There are 922 students enrolled in the faculty's study programs (summer semester 2025), 296 students started their studies in these programs in the academic year of 2024/25.
State examination degrees
Pharmacy - State examination
The pharmacy degree program qualifies graduates to exercise the profession of pharmacist. In addition, students acquire wide-ranging scientific skills that are also in demand in industry and many other professions.
Bachelor degrees
Molecular Biotechnology - Bachelor 100%
Molecular Biotechnology is a modern, interdisciplinary program. Students are primarily involved in the fields of drug discovery, bioinformatics and biophysical chemistry.
Master degrees
Molecular Biotechnology - Master
Molecular Biotechnology is a modern, interdisciplinary program. Students are primarily involved in the fields of drug discovery, bioinformatics and biophysical chemistry.
Matter to Life - Master
The Master's program Matter to Life is offered with a focus on “Molecular Systems Chemistry and Engineering” at Heidelberg University and “Complex Systems and Biological Physics” at the University of Göttingen. Following this, a direct entry into the PhD program in Matter to Life is possible.
Molecular Systems Science and Engineering - Master
The new Master's degree course in Molecular Systems Science and Engineering, the only one of its kind in Germany to date, debuted in the 2024/25 winter semester. Through the interaction of physics, chemistry, materials science and the molecular life sciences, Molecular Systems Engineering creates a concept that promotes the translation of knowledge from the natural sciences into the life sciences and medicine, as well as the transfer to industrial applications.
Computer Engineering - Master
Students of computer engineering study the architecture, design and realization of computers, communication networks and embedded systems on the hardware level and the creation of hardware-related software.