Die Studienrichtung Cyber-Physical System Engineering

Degree programme: Master, Work-friendly
Cyber-Physical System Engineering

Study track of the Master’s degree programme in Applied Computer Science
Subject to approval by the relevant bodies.

The Cyber-Physical System Engineering study track in the Master’s Degree Programme in Applied Computer Science combines computer science with robotics, the Internet of Things (IoT), embedded systems, computer vision and mixed reality. You will develop intelligent, networked systems that interact with their environment, and gain the skills required for future-oriented fields such as Industry 4.0, smart systems, automation and research.

Academic Degree

DiplomingenieurIn (DI)

Mode of Study

Work-friendly / 4 Semesters / 120 ECTS

Language of instruction

German

Head of Degree Programme

MMMMag. DDr. Wolfgang Granigg

Campus

Graz

Department

Applied Computer Sciences

Institute

Computer Science and Artificial Intelligence

Current application period (for winter semester) until:

25.01.2027

Dates

Tuition Fee (for citizens of EU/EEA countries and Switzerland)

€ 363,36 per semester

Admissions

Before you start your degree programme you have to apply and go through the admissions procedure. Here you can read up on this and find the most important dates and deadlines.

My Studies

Here you can find everything you need to know about the course: course content, student and research projects, the semester and internship abroad, and the teaching staff.

After Graduation

Many different occupational fields and career opportunities are open to you as a graduate of our degree programme. Find out here what you can do.

Key topics

Projects

Career paths

Did you know, …

… that cyber-physical systems play a key role in Industry 4.0, robotics and smart systems?

This degree programme prepares you to develop software for systems that interact with their physical environment and control real-world processes.

Did you know, …

… that this study track combines software development with robotics, IoT, embedded systems and sensor technology?

You develop connected systems and solutions that not only operate digitally but also interact directly with the physical world.

Did you know, …

… that you develop and implement cyber-physical systems in practice during your studies?

In study track-specific projects and your master’s thesis, you work on real-world challenges from research, industry and practical applications.

Did you know, …

… that the study schedule is specifically designed to allow you to combine your studies with part-time employment?

Thanks to bundled on-campus days, you can combine the degree programme with relevant employment of up to two days or 16 hours per week. Choosing a master’s thesis topic related to your professional work can create additional synergies between your studies and career.