Communications and Computer Engineering

The bachelor's programme in Communications and Computer Engineering qualifies students for a scientific master's programme or for professional fields that involve the design and development of complex information systems, such as in the areas of embedded systems, communication technology and technical Computer Science.

(Study/degree) programme teaches analytical, creative and design skills in the core subjects of Electrical Engineering and applied Computer Science. Fundamentals of the programme are modules in Mathematics, Physics, Electrical Engineering and Computer Science. The focus is on the core subjects of information systems engineering, which provide students with an in-depth understanding of these disciplines.

Our students know the properties of electronic components and are able to design digital circuits and weigh up their implementation properties. They are able to analyse deterministic and stochastic signals as well as linear time-invariant systems. You will be familiar with modern high-frequency transmission technology and be able to analyse and develop computer networks. They understand the requirements of embedded systems and can develop them.
In the compulsory elective area, modules from Computer Science and Electrical Engineering are combined, particularly at the interface between the two disciplines. Knowledge from the fields of information and communication technology, bioinformation technology and distributed systems is used here.
Graduates acquire skills for independent projects and presentations through additional qualifications in business administration, English language and teamwork.

The Bachelor's degree in Communications and Computer Engineering has a predetermined timetable, which allows more freedom of choice in the composition of subjects as the semesters progress.
The course focuses on the basic subjects of Electrical Engineering and Computer Engineering, such as general electrical engineering and general computer science, analogue and digital circuits, electronic components, signals and systems, high-frequency technology, computer architecture and networks, embedded systems and operating systems. These are supported by modules from Mathematics. Further specialised knowledge can be deepened in the compulsory elective area.
Particular emphasis is placed on teaching additional qualifications in the areas of English language, presentation techniques and team and communication skills. With the bachelor's thesis, students demonstrate that they can work scientifically under supervision.