Human Centered Production Technologies

In future AI-supported, data-driven production environments, the role of humans will change. The traditional plant operator will become a supervisor of (partially) autonomous systems. These systems act on the basis of constantly updated data, changing boundary conditions and targets. Therefore, methods must be developed that make machine decisions transparent and comprehensible and offer context-dependent options for action in order to ensure the sovereignty of humans and to use their creativity to optimize the overall process.


On the one hand, this includes intuitively comprehensible processing of machine decision-making, as well as compatible control and regulation approaches that allow the human supervisor to participate at a compatible pace. In addition, automation approaches are to be researched that allow humans and machines ("cobots") to work together in a natural way and do not require complex reconfiguration of safety mechanisms.

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Projects

  • FORSocialRobots - The FORSocialRobots project aims to make a decisive contribution to improving the social capabilities of robots in six relevant fields of robotic applications (inspection, logistics, production, service, retirement home and dementia center) and in five scientific subprojects (architecture of social capabilities, social situational communication, socially adaptive and proactive interaction, simulation and validation of socially cognitive robots in the digital twin and human-robot interaction in the work context), thereby increasing their effectiveness and acceptance among potential users and supporting completely new technical developments.
  • INPAICT - AI as support for human decision-making in non-destructive testing and process monitoring.
  • AI skills development in technical work and production -  Needs, challenges and current status of artificial intelligence in the field of material and production work.
  • KoARob - AI-based combination of assistance and sensor systems for safe human-robot collaboration. The aim is an intuitive and efficient joint work process.
  • KOGNIA - Design support through artificial intelligence and automated machine learning.
  • MindBot - Mental health promotion of cobot workers in Industry 4.0.

Contact research focus

Research Assistant
Chair for Human-Centered Artificial Intelligence
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Coordinator Digitalisation and Self-Organisation

Dr.-Ing. Nils Mandischer
Koordinator Digitalisierung und Selbstorganisation
KI-Produktionsnetzwerk Augsburg
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