Media informatics

The Media Informatics degree program is interdisciplinary and combines technological, design and methodological skills. The aim is to prepare students comprehensively for the development of modern digital systems and applications. The focus is on the design of intuitive human-computer interactions and the implementation of complex technical systems.

Building a solid foundation of knowledge

At the beginning of the course, the essential basics of computer science, mathematics and media technology are taught. The focus is on programming, formal ways of thinking and understanding basic algorithms. This content is supplemented by topics such as design, media production and basic scientific methods. The focus is also on people from an early stage: psychological and cognitive principles create an understanding of how users interact with digital systems. Statistics and research methods teach the ability to analyze user needs and make data-based decisions.

Consolidation and practical applications

In the specialization phase, the focus is on the development of interactive systems and the combination of technology and design. Students learn how to design digital interfaces that are both functional and usable. The knowledge gained in the first semesters is supplemented by advanced concepts such as theoretical models and the technical fundamentals of complex systems. Methodical work and practice-oriented implementation in projects play a central role. This enables students to apply their skills directly in realistic scenarios.

Specialization and final phase

The last two semesters offer the opportunity to focus on specific topics that can be adapted to personal interests and professional goals. The acquired knowledge is applied to practical problems in projects and seminars. In addition, students deepen their knowledge in the area of human-centredness by intensively studying the analysis and optimization of user experiences. Elective modules allow students to set further priorities, be it in media design, modern technologies or analytical approaches. The course ends with the Bachelor's thesis, in which students work on a comprehensive topic both scientifically and practically, thus bundling the skills they have acquired.

Combining theory and practice

The clearly structured design of the degree program enables the combination of theoretical knowledge and practical skills. Students are enabled to solve interdisciplinary problems and develop innovative digital products. More information on the exact content and modules can be found in the curriculum and module handbook.