Electrical Engineering (Bachelor)

Brief overview

DegreeBachelor of Science (B.Sc.)
DepartmentDepartment of Electrical Engineering and Computer Science
Special type of studyfull-time
IntakeWinter semester
Standard period of study6 semesters
Language of InstructionGerman
Semester fee

Requirements and enrollment

Admissions restrictions No local entrance restrictions
Pre-study placementNo
Additional entrance requirements

Language requirements:

Applicants who did not acquire their study qualification at a German-speaking institution must demonstrate that they have knowledge of German at level C1 according to the Common European Framework of Reference for Languages (CEFRL), for example by proving that they have passed the TestDaF (Test Deutsch als Fremdsprache) with an average score of ‘4’, or must furnish equivalent proof.

EnrolmentThe next enrolment phase
commences in Mai 2024.

Detailed description of the degree programme

How are mobile phones produced? Can I operate a robot remotely via the internet? How does a wind turbine work, and what will tomorrow’s energy grids look like? In our Bachelor programme, your will learn the answers to these questions and many others concerning electrical engineering – in an active, practice-oriented manner.

Occupational fields

As a sought-after expert, you will have the opportunity to actively and creatively shape technology of today and tomorrow, considering that electrical engineering is a key technology. Your fields of activity will range from development to quality management and production, to technical sales. If you would like to enhance your electrical engineering skills after completing the Bachelor programme, you can progress to our Master’s programme in Electrical Engineering, which we also offer as a part-time programme. Here, occupation and study – practice and further training are closely connected.


After completing your degree in Electrical Engineering, you will be qualified as an engineer to develop electrotechnical products and systems, and to plan and monitor their production or creation. You will be able to analyse technical issues and challenges using engineering methods on the basis of mathematical and scientific knowledge. You will also be able to find solutions, and to assess these solutions in terms of their feasibility, costs and impact for society and the environment. During your technical training, you will gain the expertise and methodological skills that will qualify you to become an engineer.

Content and course sequence

The Bachelor programme in Electrical Engineering is divided into two stages: at the start of the programme, you will first learn the fundamentals of engineering, such as electrical engineering, computer science, mathematics and physics. By then, you will have the basis required to pursue in-depth studies in one of our specialisations:

  • Specialisation in Energy and Automation Technology

In this specialisation you will familiarise yourself with modern drives including power electronics, program our model factory, measure sensors and get to know modern power supply systems. Electives such as Photovoltaics, Wind Power Converters or Robotics offer the opportunity to form individual study foci.

  • Specialisation in Information Technology

The specialisation Information Technology deals with all aspects of wireless and wireline communications. You analyse and modify signals, program microprocessors and develop electronic circuits. Through our elective courses, you can delve into topics such as Embedded Software, Communication Technology or Software Engineering.

In the final semester, your block of practice will enable you to gain insight into a company, where you will usually write your Bachelor thesis.

Why choose us

According to our students, outstanding features of our department include:

  • Positive interaction between students and the teaching staff
  • Excellent organisation of studies
  • Wide range of support programmes in basic engineering subjects: preparatory courses, tutorials and mentors
  • Practice-oriented and high-quality equipment, from the current FPGA board to the industrial robot
  • A highly practical approach.

Download Degree Programme Information:

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