Verfahren zur ML-basierten Bauteildetektion und Datenvalidierung für Wareneingangsprüfung und Montage
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Chair in Production Informatics
Career
2021ā2026 | Perspektive Arbeit Lausitz ā Centre of Excellence for the Future of Work in Saxony and Brandenburg (PAL)
2023 | Living Lab: Hybrid Work Systems
2018 | Training Factory 4.0
2016ā2019 | MoQuaRT Early-Career Research Group
2009ā2012 | ZKProSachs Transregional Early-Career Research Group
2007 | Inauguration of the institute building | Virtual Reality Laboratory
2003 | Founding of InnArbeit ā Centre for Innovative Work Planning and Ergonomics
November 2001 | Professor of Production Informatics at Mittweida University of Applied Sciences
2000ā2001 | Professional experience as a process design engineer in the automotive supply industry
2000 | PhD thesis āDesign of the division of labour between central work planning and workshop staffā at Chemnitz University of Technology
Professional experience in research and industry (design, work planning)
Degree in Mechanical Engineering
Vocational training and work as a toolmaker
Teaching
- Ergonomics/Work Management
- Digital Production
- Manufacturing Process Design
- Fundamentals of Production Operations
- Industrial Engineering
- Industrial Production
- Production Informatics / Training Factory
- Production Organisation
- Technical Reliability
Research in the following fields
- Work planning (process design and factory planning using virtual reality | technological planning and IT | decentralised assistance systems, augmented reality and AI)
- Rationalisation of manufacturing processes/work organisation (resource-efficient manufacturing processes | hybrid work systems | parts manufacturing, assembly and materials logistics)
- Ergonomics/Knowledge Management (Work design | On-the-job learning | Operating concepts for machinery | Virtual and hybrid training)
Projects and Publications
Lernfƶrderliche Arbeitsplatzgestaltung und durchgƤngige Bedienkonzepte für Multi-Cobot-Systeme in Mess- und SchweiĆprozessen
Wissenschaftliche Begleitevaluation zur Steigerung der Resilienz im SHK-Handwerk durch die Einführung von digitalen Assistenzsystemen - DigiResHand
Automations-Baukasten für flexibel einsetzbare Bauteilhandhabung zur digitalen Inbetriebnahme und digitalem Training (AuRo-Toolbox)
Verbundprojekt: Perspektive Arbeit Lausitz -Kompetenzzentrum für die Arbeit der Zukunft in Sachsen und Brandenburg (PAL); Teilprojekt: Gestaltung und Bewertung ergonomischer hybrider Arbeitssysteme mittels interpretierbarer KI-Modelle und Mensch-Roboter-Interaktion
Hybride Demonstrationszentren als Treiber menschengerechter Digitalisierung
KI-gestützte optische Detektion in der Fertigung
Projektionslaser als BefƤhiger zur AdaptivitƤt in der manuellen Montage von KMU
Transformation from manual arc welding to collaborative robot welding: Comparison of ergonomic and process-related influencing factors and effects
Virtual Training for Operating and Maintenance of Machinery