Bioelectronics Engineering (Bachelor)

There are five elective modules that provide an insight into promising fields of activity

The bachelor's programme in Bioelectronics Engineering combines the fascinating worlds of electrical engineering and life sciences and prepares you specifically for the interdisciplinary fields of the future. In six semesters, you will acquire in-depth knowledge in mathematics, physics, biology, chemistry and engineering. Many courses are practice-oriented and include accompanying laboratories and experiments.

BEE modules

A special feature of the programme are the BEE modules, which explicitly address topics at the interface between biology and electrical engineering. After an introductory BEE lecture on the basics, the BEE application lecture provides an early insight into the application areas of bioelectronics, in particular for information processing in biological and electrical engineering systems as well as for energy generation. Students also have the opportunity to build their own Thorlabs microscope to gain an experimental understanding of optical and physical principles. Another module, “Nano- and Bioelectronic Systems”, provides insight into the fabrication and characterisation of nanomaterials for sensors and electronics.

Elective Area

As the programme progresses, students can sharpen their individual profile through an elective area. There are two pillars to choose from:

• Life Sciences and
• Engineering.

To ensure a broad education, students are required to take modules from both areas. Options range from molecular biotechnology, neurobiology and organic chemistry to optoelectronics, electromagnetic compatibility and molecular electronics. In addition, there are special bridging modules that specifically develop interdisciplinary skills.

Interdisciplinary qualifications

In addition to the subject-specific modules, the programme places a strong emphasis on interdisciplinary qualifications. An English language course is particularly recommended to prepare students for the international scientific and professional world. Students also have the opportunity to apply their knowledge in an industrial internship or an interdisciplinary team project. During the internship, you will work on real tasks in companies, while the team project involves working on research questions from university working groups. Both formats offer valuable insights into professional practice and promote teamwork and scientific presentation skills.

Bachelor's thesis

The programme concludes with a Bachelor's thesis in the sixth semester. This ensures that as a graduate you are not only professionally qualified, but also able to solve complex scientific problems independently - a valuable skill for starting a career or continuing on to a Master's programme.

Those who have gained experience abroad and speak a foreign language are particularly sought after by the economy. Today, large companies operate globally, research projects are carried out in international teams and specialised literature is written in English. It is therefore important that you take advantage of your studies to gain experience abroad and to professionalise your foreign language skills.

Within the framework of our international university partnerships, we offer you many opportunities to study abroad:

• Europe: with universities in, for example, Scandinavia, Southern and Eastern Europe

• North America: with universities in the USA and Canada

• South America: with universities in Argentina, Brazil, Chile and Mexico

• Asia: with universities in India, China, Japan and South Korea

Studying abroad [in German only]

The bachelor's degree in Bioelectronics Engineering is aimed at school-leavers and graduates of STEM subjects such as mathematics, physics, chemistry, biology or electrical engineering who are interested in the combination of biology and engineering. A sound knowledge of the subjects mentioned above is required, as well as the motivation to deepen this knowledge.

Teamwork and communication skills are essential as interdisciplinary collaboration is a central component of the programme. Analytical thinking and problem-solving skills are also important to creatively address complex challenges. A flexible mindset and a commitment to continuous learning are essential to keep pace with technological developments. The programme is aimed at prospective students who enjoy research and innovation in a dynamic, future-oriented environment.

Graduates of the bachelor's programme in Bioelectronics Engineering are in demand on the job market because they have interdisciplinary knowledge at the interface of biology and engineering. They can translate basic research into practical applications, for example in the development of implants, wearables or self-healing technologies. The relevance of their field is reflected in the increasing number of research institutions and the growing demand from industry.

Companies such as Roche, Siemens and Sartorius are looking for experts to develop hybrid biodigital systems - through the mechanisation of biology or the biologisation of technology. Applications are diverse, ranging from healthcare to environmental analysis and consumer electronics, offering graduates excellent career opportunities in innovative and growing markets.