List of degree programmes

While some people are simply users of smartphones and PCs, others are keen to look behind the physical structures of digital devices. Artificial Intelligence, Cybersecurity and Software Development are the fields of research experiencing the biggest boom in the computer sciences. 

Join the Bachelor’s programme in Applied Informatics and turn into an all-round digital professional, ready to develop the technologies of the future. 

Measurement data, images, videos or voice signals constitute information that is generated, transported and processed by technical means. Without information technology, smartphones, medical diagnostic equipment, cars, game consoles or robots would simply not work today.

Join the Bachelor’s programme in Information and Communications Engineering and become a versatile IT professional with expertise in electrical engineering!

Robots and drones need artificial intelligence to help us with difficult, monotonous or exhausting tasks. We equip them: with clever brains, observant camera eyes, a sensitive sensor shell and powerful, precise arms, legs and wings.

Study our English-language Bachelor’s degree programme in Robotics and Artificial Intelligence and gain all the tools and skills you need to bring hardware and software together in perfect harmony.

For many, it is the most elegant language in the world, because it is unambiguous: mathematics. It helps us to describe and solve our day-to-day problems. Today, mathematics is a key technology and an indispensable basis for the development of technical innovations. We are looking for clever minds who are good at detecting patterns and structures in apparent chaos and who enjoy tackling tricky issues!  

Join the Bachelor’s programme in Technical Mathematics and turn your passion for mathematics into your dream job!  

The MSc in Artificial Intelligence and Cybersecurity provides students with a sound understanding of both disciplines. It puts considerable emphasis on their intersection, and on the social, ethical and legal aspects that arise in their practical use.

The degree programme qualifies graduates for the development of top-quality computer-assisted solutions to problems, for the efficient and effective management of the problem-solving process, and for the design of the beneficial utilization of solutions, based on methods and techniques from Informatics. Students acquire sound knowledge and expertise in the field of Informatics as well as possible areas of application, and gain a comprehensive understanding of economic interrelations. The methodological, social and personal skills necessary for the successful realisation, introduction, and beneficial utilization of Informatics systems complete your profile.

The Master’s degree programme Information and Communications Engineering builds on and develops skills acquired in the course of a Bachelor’s degree, as Information Technology, Electrical Engineering, Telematics, or Informatics. The Master’s degree is international in its orientation and is therefore taught entirely in English. In addition to offering broad fundamental knowledge, the branches of study allow students to gain in-depth qualifications for the development and use of modern information and communication technologies.

The branch of study Autonomous Systems and Robotics serves to provide an academic education and qualification for professional activities in the development and operation of autonomous systems, which interact with their environment through mechatronic components, as well as covering the required scientific insights and methods.

The Master’s degree programme Information and Communications Engineering builds on and develops skills acquired in the course of a Bachelor’s degree, such as Information Technology, Electrical Engineering, Telematics, or Informatics. The Master’s degree is international in its orientation and is therefore taught entirely in English. In addition to offering broad fundamental knowledge, the branches of study allow students to gain in-depth qualifications for the development and use of modern information and communication technologies.

The branch of study Networks and Communications serves to provide an academic education and qualification for professional activities in the development and operation of modern information and communication technologies, which require the application of scientific insights and methods.

The Master’s degree programme in Mathematics teaches students advanced and in-depth knowledge and skills in the field of (Applied) Mathematics and Statistics. Specialisations are
possible in the following focus areas:

Applied AnalysisApplied StatisticsDiscrete Mathematics

The in-depth specialisation is based on a prior common mathematical foundation across all three areas.

Students can acquire an additional application-oriented qualification by taking the extension subjects Informatics and Information and Communications Engineering. This gives them an introduction to the interdisciplinary cooperation in the field of technical subjects offered at the University of Klagenfurt. The actual range of interdisciplinary opportunities for cooperation upon completion of the Master’s degree in Mathematics is substantially wider, ranging from engineering and natural and life sciences to business and finance.