Course Overview
Biotechnology is the integrated application of knowledge from biology, chemistry and process engineering with the aim of using cell cultures or their components in technical processes. In medicine, for example, biotechnology plays an important role in the development of new drugs and in modern diagnostics. And in the production of fine chemicals, biocatalysts are used.
The Biotechnology degree programme is partly related to the Biochemical, Chemical and Pharmaceutical Engineering (BCPI) degree programme. Even though there are similarities, both study programmes have different curricula and lead to different professional careers and research activities. The BCPI programme is oriented towards engineering and is affiliated with the Faculty of Mechanical Engineering, while the Biotechnology degree programme is affiliated with the Faculty of Life Sciences. Therefore, in the Biotechnology degree programme, courses focus primarily on natural sciences with some technical content from mechanical engineering, whereas in the BCPI degree programme, the technical content outweighs the natural sciences.
Simply put: Biotechnologists lay the scientific foundations so that, for example, microorganisms can produce desired substances through the application of molecular genetics, cell culture technology and bioprocess engineering. Bio, chemical and pharmaceutical engineers with their expertise in engineering sciences, on the other hand, plan the technical implementation of such a production process, e.g. by designing the necessary bioreactors.
Theory, experiments and teamwork
The Bachelor’s programme in Biotechnology consists of compulsory courses, a subject-specific specialisation, courses on key skills and a three-month Bachelor's thesis.
Compulsory courses
As part of the compulsory courses, you will study the following subjects:
biosciences: including molecular cell biology and biotechnology, microbiology and bioinformatics, genetics, biochemistry and technical biochemistry
process engineering: including bioreactors and bioprocesses, mathematical methods and statistics
chemistry and physics: including general and inorganic chemistry, organic chemistry, physical chemistry and physics
You will acquire a broad, theoretical basic knowledge here and carry out many experiments by yourself in our laboratories. Working in a team from the very beginning makes you fit for professional practice. Our tutorials and mentoring programmes ensure good supervision and close contact between students and teaching staff.
Compulsory electives
In the further course of the degree programme, you will specialise in one of the following subjects within the compulsory electives:
applied cell biology
applied molecular biology
bioprocess engineering
Key skills
Simultaneously, you will acquire important key skills through foreign language training, interdisciplinary courses, courses on social skills and vocational preparation.
Bachelor’s thesis
At the end of your studies, you will work on a scientific problem within the framework of a three-month Bachelor’s thesis and demonstrate that you can apply your acquired specialist knowledge in practice and on your own.