New professor develops human-machine interaction at the University of Hildesheim
Prof. Dr. Marc Hesenius will be the new professor for Engineering Interactive Applications at the University of Hildesheim. Focus on human-machine interaction.

New professor develops human-machine interaction at the University of Hildesheim
On August 29, 2025, Prof. Dr. Marc Hesenius was appointed to the University of Hildesheim to take on the position of Professor of Engineering Interactive Applications at the Institute of Computer Science. Hesenius brings extensive experience in the areas of software engineering and human-machine interaction. His research is particularly dedicated to the construction and understanding of human-machine interactions, which are a fundamental element in the digital and industrial future.
A central concern of Prof. Hesenius is to develop software that can realistically simulate individual human interactions. For example, he researches gesture controls on smartphones and takes into account varying modes of interaction, such as swiping speed and pressure. The aim is to ensure uniform operation across all users, regardless of their individual characteristics. Artificial intelligence (AI) plays a crucial role in this as it helps capture and map variables that real test groups may not be able to fully cover. This illustrates the bridge between people and technology that Hesenius wants to build through his research.
Collaboration between humans and machines
Today's production landscape increasingly requires intensive collaboration between humans and machines. According to that Fraunhofer IOSB Research focuses on solutions such as cobots (collaborative robots) and AI-based anomaly detection to improve quality assurance in industry. The interaction predominantly takes place via graphical user interfaces, which has a significant impact on user-friendliness.
New technologies such as multi-touch, augmented reality and virtual reality are increasingly being integrated to increase the usability of machines and improve production efficiency. Although the use of intelligent components leads to more flexible systems, it also increases the required technical complexity. A key goal remains reducing this complexity, as users require tailored input and output methods for specific use cases.
Visual aids and new interformat concepts
An important research project that Prof. Hesenius is carrying out in collaboration with the University of Reykjavík is investigating the use of visual aids to improve communication between humans and computers. This perspective is particularly relevant in application areas such as spreadsheet programs, where visual elements can optimize human-machine interaction. The first results of this project have already been presented at the CHI conference and show the potential of integrating visual elements.
The digital challenges facing the industry require adaptive user interfaces that clearly and understandably visualize dynamic machine and process information. The information must be adapted to different user needs, work situations and physical environments. These adaptive interfaces aim to reduce the additional effort required to operate technical systems and significantly improve the user experience.
Prof. Dr. Marc Hesenius, who also founded a successful start-up called TamedAI, which develops and sells a large language model, plans to set up an HCI laboratory at the University of Hildesheim. This laboratory will be equipped with various devices to advance study and student projects. Due to his diverse experience, Hesenius also offers his expertise as a member of the university advisory board of adesso SE, where he advises on technological and software challenges.
In a world where technology and people are increasingly interconnected, Prof. Hesenius' research is highly relevant to both academic and industrial practice. These developments not only reflect current trends in human-machine interaction, but also open up new perspectives for future applications.