Program overview This English-taught Master’s programme brings together core areas of electrical, communications and information engineering to explore research questions that arise where these fields overlap. The curriculum is designed to be application-oriented, giving you both theoretical foundations and hands-on experience with contemporary technologies used in industry and R&D environments.
Study content You will study modules such as Embedded Signal Processing and Smart Sensor Systems, choose from elective subjects (for example wireless systems, distributed systems and applications, communication networks, radio frequency systems, security, safety of critical systems, machine learning and neural networks, System-on-Chip), take general electives, participate in sustainable research projects, and complete a Master’s thesis with an accompanying colloquium.
Practical focus and career relevance A significant share of teaching time is devoted to laboratory work—about one quarter of most taught modules is reserved for lab exercises—so you gain practical skills alongside theory. The programme requires two project courses that mirror real industrial challenges, uses current measurement equipment and widely used industrial software in labs and projects, and bases Master’s theses on actual R&D topics from the faculty. This practical orientation prepares graduates for roles in telecommunications, embedded and sensor systems, RF and network engineering, or further research.
Program components (key modules and requirements)
Practical features (what to expect)
The programme is structured over three semesters. The first two semesters combine small-group lectures with hands-on laboratory courses to build practical and theoretical foundations in information and communication engineering. During these semesters each student completes two independent, elective projects and presents their work at a small end-of-semester conference, giving regular opportunities to practise technical communication and receive feedback.
The third semester is dedicated to the Master’s thesis, which is typically carried out in collaboration with industry and focused on a topic within information and communication engineering. This industry-linked thesis provides applied research experience and networking opportunities with potential employers.
For full module descriptions and detailed course content, please consult the programme PDF provided by the university.
To be considered for this MSc in Information and Communication Engineering you must hold a relevant Bachelor’s degree (or an equivalent qualification) with a sufficient number of credit points in the core subject area. If your undergraduate programme is slightly different but comparable, a substantial portion of your studies must be directly related to information and communication technology, electronics or electrical engineering. If your Bachelor’s qualification corresponds to fewer credit points, there is a defined way to make up the deficit during the first semesters. You will also need to demonstrate language ability if English is not your first language. Practical work experience in the field is valued and can strengthen your application, and international applicants who completed school outside Germany must complete a document verification process before applying.
Read the specific language rules and the programme’s full admissions guidance before you apply. If you completed your school education outside Germany, start the uni-assist VPD process early — it can take six to eight weeks and the VPD must be uploaded with your application. Include clear documentation of any professional experience (CV and employer references) to improve your ranking among applicants.
Admission requirements (bullet points)
Winter Semester (International)
15 July 2026
Winter Semester (EU/EEA)
15 July 2026
Graduates are prepared for technical roles in industry and research, including R&D engineer positions in communications, embedded systems, sensor systems, RF and wireless networks, system‑on‑chip design, and safety/security of critical systems. The programme’s lab work and industry‑oriented projects make graduates attractive for product development, test and measurement, and systems integration roles in telecommunications, automotive, IoT, and industrial electronics companies.
The degree also provides a suitable foundation for doctoral studies for students interested in academic research. Career outcomes typically include roles in engineering teams, technical consultancy, project management in technology firms, and continuing research in university or corporate R&D environments.
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