. . . first Bachelor
For a general, comprehensive, theoretical basic education in all areas, we offer you the Bachelor's degree course in Electrical Engineering and Information Technology (EIT). This is a particularly good choice if you have not yet identified a particular personal inclination towards a specialization area before starting your studies. From the fourth semester onwards, the EIT degree course allows you to develop a profile by choosing three core subjects from the same area of specialization, which is completed by a final Bachelor's thesis with the same thematic focus. The choice of a profile is voluntary and not compulsory, with the following four possible profiles being offered:
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Computer Engineering
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Nano and quantum technology
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Robotics and Automotive
- Electrical energy technology
In contrast, the newly introduced Bachelor's degree course in Sustainable Energy Systems (NES) offers a defined profile through a sound education in energy technology combined with non-technical sustainability topics. Accordingly, the first semesters of the NES degree course, with a total of nine modules, include a basic mathematical and technical education that is congruent with the Bachelor's degree course in EIT. Due to the defined profile, the training in the other areas of specialization is significantly streamlined, which makes it possible to offer non-technical modules related to sustainability.
Both Bachelor's degree courses lead to a consecutive Master's degree course. Graduates of the Bachelor' s degree course in Sustainable Energy Systems (NES) continue their in-depth scientific training with the international Master's degree course in Sustainable Energy Systems (SES). Graduates of the Bachelor's degree course in Electrical Engineering and Information Technology (EIT) can make unlimited use of all conceivable differentiation options in the subsequent Master's degree course in Electrical Engineering and Information Technology (EIT) and thus either preferably acquire the current solution skills for engineering issues from research and development in the existing profile of their Bachelor's degree, or independently of this with a different profile.
Phase 1: Mathematical and technical basics
At the beginning of the 6-semester course, the first three semesters of both Bachelor's degree courses provide a solid foundation in the basic mathematical and technical subjects and are supplemented with course-specific extracurricular content.
We offer this basic mathematical and technical training together with other departments at the university. Most of the courses do not simply impart methodological knowledge, they contain integrated practical exercises in the laboratory or in the department's computer pool that are directly linked to the theory. In almost all courses, we also offer you the opportunity to carry out the necessary exercises - computational, computer and laboratory exercises - in small, highly efficient learning groups, because it is precisely in this phase that you build the basis for the entire course, including the subsequent Master's course.
Bachelor of Science
Electrical Engineering and
Information Technology
- Mathematics
- Electrical Engineering
- Physics
- Programming
- Materials
- Digital technology
- Power engineering
- Semiconductors
- Machine Learning
- Extracurricular competence
Bachelor of Science
Sustainable Energy Systems
- Mathematics
- Electrical Engineering
- Physics
- Programming
- Materials
- Digital technology
- Power engineering
- Semiconductors
- Machine Learning
- Sustainability, climate, politics
Phase 2: Deepening, specialization

In the second phase of the 4th/5th semester, the actual specialist training takes place with several compulsory modules, as well as freely selectable core subjects (EIT only) and compulsory electives, which convey the methodology and knowledge of the subject in an appropriate breadth and depth. Here, too, the principle of integrated practical courses is continued from the basic training: Knowledge and theory should be understood and tested simultaneously with and in application. Our internships are therefore directly linked to the individual lecture areas in terms of time and content.
On the EIT Bachelor's degree course, you will acquire specialist skills in a wide range of subject areas such as communication networks, electromagnetic fields and waves, methods and components of signal processing, automation technology and communications engineering. In addition, you have the opportunity to develop one of the four profiles mentioned above by choosing core subjects and to deepen further basic skills with elective subjects of your choice.
As the Bachelor's degree course in Sustainable Energy Systems is already specialized in terms of content, basic skills in communication networks, methods and components of signal processing and automation technology are taught in other subject areas. In addition to non-technical modules and a freely selectable compulsory elective subject, all other modules are predefined with regard to a specialization in energy technology.
Bachelor of Science
Electrical Engineering and
Information Technology
- Theoretical electrical engineering
- High frequency technology
- Energy Conversion
- Signals and systems
- Control and regulation technology
- Communication technology
- Core subjects
- Compulsory elective subjects
- Practical project / internship
- Extracurricular competence
Bachelor of Science
Sustainable Energy Systems
- Systems theory
- Energy conversion
- Electrical power engineering
- Introduction to the electricity industry
- Power electronics
- Basics of communication networks
- Operation and structure of grids
- Energy transport technology
- Practical project / internship
- Energy transition and society
Phase 3: Scientific orientation

In phase 3, in the 6th semester, you will complete predominantly academically oriented teaching modules in both Bachelor's degree programs. In addition to project work, this includes in particular training in scientific work with a final seminar and the Bachelor's thesis.
For the Bachelor's thesis, the candidate selects a topic or defines this topic together with a supervisor. Topics are often part of the research projects of the teaching units or even arise from research questions in direct industrial cooperation. This facilitates a well-oriented start to the subsequent Master's degree course after graduation.
Bachelor of Science
Electrical Engineering and
Information Technology
- Core subject
- Compulsory elective subject
- Project work
- Scientific work
- Bachelor thesis
- Final seminar
Bachelor of Science
Sustainable Energy Systems
- Compulsory elective subjects
- Project work
- Scientific work
- Bachelor thesis
- Final seminar




