Study content and requirements
for the Communication Engineering degree program
What should you bring to the program?
This master’s program is designed for graduates of technical bachelor’s programs who wish to deepen their knowledge in the field of modern communication and network technologies. Ideal candidates have an interest in digital infrastructures and are motivated to develop innovative solutions for an increasingly connected world. The following are particularly helpful:
- An interest in communication networks, cloud technologies, and digital infrastructures
- Technical understanding and analytical thinking skills
- Basic programming skills
- A passion for developing and optimizing complex systems
- Good English skills and strong communication abilities
- Self-motivation and an interest in innovative technologies
Here's what you'll learn during your studies
In this master’s program, you’ll deepen your knowledge of modern communication and network technologies. You’ll learn to develop high-performance digital infrastructures, operate communication systems securely, and design innovative solutions for the connected world of tomorrow.
- Planning and Operating Communication Networks
You will develop and operate wired and wireless communication networks and learn to plan, configure, and optimize modern network architectures for a wide variety of applications.
- Cloud, IoT, and Networked Systems
You’ll explore cloud computing, edge computing, the Internet of Things (IoT), RFID, and software-defined networking, and learn how to integrate these technologies into modern communication solutions.
- Automating and intelligently controlling networks
You’ll develop algorithms and scripts for network management using Python… and apply modern methods to efficiently automate and further develop communication systems.
- Implementing Interdisciplinary Projects
You’ll work in interdisciplinary teams on challenging projects, take responsibility for technical solutions, develop project management skills, and collaborate with other students on complex technical solutions.
- Conducting Scientific Work and Developing Innovations
You’ll learn to apply scientific methods in a targeted manner, systematically address complex problems, and develop innovative solutions for research and industry.
Further Perspectives
Upon successful completion of the master’s program, you will be qualified for challenging technical and leadership roles in the field of communication engineering. In addition, depending on the specific admission requirements, the master’s program paves the way for you to pursue a doctoral or PhD program.
General Information About the Program
For more information on admission requirements, the training contract, nostrification and recognition, the admissions process, examination regulations and grading, ECTS credits, and the academic calendar, please refer to the General Study Information.
FAQ
Frequently asked questions about the Master’s Degree Program in
“Communication Engineering”
What bachelor's degree do I need to get started?
The master’s program is designed for graduates of technical bachelor’s degree programs. Whether your prior education meets the academic admission requirements will be assessed on a case-by-case basis as part of the admissions process.
Do I need prior knowledge of communication technology?
No. This program builds on a technical bachelor's degree. Specific knowledge of communication networks or network technologies is helpful, but it is specifically deepened and expanded upon in the master's program.
Where do communication engineers work?
Communication engineers work in private and public companies, telecommunications firms, and research and development institutions. The accelerating pace of digitalization is opening up career opportunities in a wide variety of industries.
Current Courses
Current course - Communication Engineering
Are you ready to connect the digital world?
Then develop the communication solutions that will make our connected future possible.
Jobs & Careers
After Earning a Degree in Communication Engineering
With the Master’s program in Communication Engineering, you’ll develop the technologies that connect our digital world. Whether it’s high-performance communication networks, secure IT infrastructures, or smart IoT systems–you’ll play an active role in shaping the digital transformation and gain the skills needed for challenging professional roles in an industry in high demand worldwide.
Your Career Prospects After Earning a Master's Degree in Communication Engineering
Communication and networking technologies form the foundation of nearly all digital applications—from Industry 4.0 and smart cities to cloud services and autonomous mobility. Your career prospects are just as diverse. With your master’s degree, you’ll be qualified for positions of responsibility in the development, planning, operation, and management of modern communication systems.
You can work in these industries
Communication engineers work in a variety of settings, including telecommunications companies, hardware and software development firms, IT consulting firms, research and development institutions, and companies in the mobility, energy, and communications industries.
Here are the tasks you can expect in your day-to-day work
Depending on the industry, you will plan, develop, and operate modern communications and network infrastructures. In doing so, you will combine technical expertise with analytical thinking to develop solutions for the digital connectivity of tomorrow.
Developing Communication Systems
- Planning communication and network infrastructures
- Designing cloud and edge architectures
- Integrating IoT solutions
Operating and securing networks
- Analyzing and optimizing communication networks
- Network management and automation
- Cybersecurity for communication systems
Designing and supporting projects
- Technical Project Management
- System Integration and IT Consulting
- Development of Innovative Communication Solutions
A Career in an International Environment
Communication technologies connect people, companies, and infrastructure around the world. The range of potential applications is equally international—from regional companies to global technology conglomerates and international research projects.
I think this fits the program perfectly. It sets it apart from other master’s programs and highlights an aspect that the program director has emphasized repeatedly: the international focus. At the same time, this section provides new information without repeating course content or career prospects. For me, that would be the real USP of the careers page.
Your professional development doesn't end with a master's degree
With your master’s degree, you’ll be qualified for challenging roles in industry, research, and international companies. In addition, depending on the specific admission requirements, this program can pave the way for a doctoral or PhD program or lay the foundation for a career as a self-employed professional.