Study program structure and content
The first semesters
In the first and second years of study, students benefit from basic practical and theoretical courses in the core disciplines of chemistry and are taught the fundamentals of mathematics and physics. After the second year, students receive training in core biological disciplines. Specialist training in biochemistry begins in the first year of study with an introduction to biochemistry and molecular biological processes in cells.
Your studies
In semesters 3-5, students receive detailed theoretical and practical training in important sub-disciplines of biochemistry:
- Protein biochemistry
- Biochemistry of nucleic acids
- Biophysics
- Metabolic biochemistry
- Technical biochemistry
- Food biochemistry
- Plant biochemistry
- Pathobiochemistry
- Bioanalytics
In addition, students are introduced to the fundamentals of AI and simulation technologies as applied in bioinformatics and biostatistics, along with training in data- and AI-driven methods relevant to biochemistry (computational biochemistry). This is followed in semester 6 by a biochemistry research internship and finally the Bachelor's thesis.
- Program structure [de]
For more information on the study program structure please consult our German website - Curriculum and module handbook
Study program structure and detailed module information by clicking on the book symbol - Information on the Bachelor of Arts and Bachelor of Science
Click here to learn more about the Bachelor's degree in Germany
Studying abroad
Intercultural exchange, enhanced language skills, fresh perspectives on your field of study, exciting adventures, lifelong global friendships, personal growth, and a valuable boost to your CV — all this and more awaits you during a stay abroad! Are you interested in studying abroad for one or two semesters, or doing a language course or an internship, or would you like to take part in a summer school? The International Office will help you to make your stay a reality.
- Find out more about your options!
Everything you need to know about studying abroad: group advice, partner universities, language requirements, application deadlines, funding.
Images from the study program
Get a glimpse of how the study program works.
This image shows a cell culture plate and the model of a DNA building block. In the Biochemistry program, students receive comprehensive scientific training, with specialized biochemical instruction beginning in the first semester. Course content is delivered through lectures, tutorials, and seminars, while hands-on laboratory sessions provide students with valuable practical experience.
Image: (c) Department of Biochemistry
This image shows an agar plate with bacterial colonies, which are used in biochemistry to produce gene products - an essential technique in molecular biology research. In the Biochemistry degree program, teaching and research are closely interlinked so that students can gain practical experience and actively participate in current research topics.
Image: (c) Department of Biochemistry
The picture shows the cultivation of human cells in a cell culture flask. Another important technique that is learned in practical courses during the study program.
Image: (c) Department of Biochemistry
These microreaction vessels contain dyes that are used in biochemistry to visualize cells or molecules. Students also learn to use various microscopy techniques in practical laboratory courses.
Image: (c) Department of Biochemistry
A biochemist loads a protein gel to separate proteins according to size. This technique is also central to biochemistry and is practiced intensively during the course. Independent work in the laboratory is an essential part of the course, in which students apply the knowledge they have acquired and develop a deeper understanding of protein structures, for example.
Image: (c) Department of Biochemistry
Analyzing measurement results is a vital step in biochemical research. In practical courses and exercises, students receive in-depth support to help them interpret complex data correctly. In this way, practical skills are combined with theoretical knowledge to answer scientific questions.
Image: (c) Department of Biochemistry
Fluorescent proteins are purified in modern, well-equipped biochemistry laboratories that are ideally suited to meet current research demands. Students work here with innovative technologies to achieve precise results - an important experience for the application of biochemical methods in research.
Image: (c) Department of Biochemistry