Kunststoffkettenrad mit integrierter intelligenter Verschleißüberwachung
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Chair in Intelligent Machine Systems
Teaching and Research
- Design of intelligent machine systems
- Intelligent machine components, including condition monitoring
- Drive technology
- Fundamentals of design and design for non-mechanical engineers
- Supervision of design-related project work
- Electric motor drive technology for two-wheeled vehicles (from e-bikes to motorbikes and special-purpose vehicles)
- Structure-integrated sensor technology
- Use of a toothed belt secondary drive on two-wheeled vehicles (MZ-Engineering GmbH)
- RFID monitoring system for rotating machine components, in particular couplings and hubs
- Modular, textile-based tensioning and load-bearing systems for drive and conveyor technology
- Development of a backlash-free hybrid coupling as a new shaft coupling system – HYBIRD+ coupling
- High-performance plastic ball bearings – High Performance Plastic Bearing
- New generation of belt weighing systems with continuous material transport for the food industry
- Low-maintenance traction and support systems for high-speed conveying
Career
Mittweida University of Applied Sciences / Faculty of Engineering – Professor of Intelligent Machine Systems
Steinbeis Innovation Centre for Conveyor Technology and Intralogistics – Project Manager
Chemnitz University of Technology / Chair of Materials Handling – Head of the ‘Conveyor Systems and Logistics’ Research Group
ZPmoto GmbH – Shareholder/Head of Development
Chemnitz University of Technology / Chair of Materials Handling – Deputy Head of the Chair
Chemnitz University of Technology / Chair of Materials Handling – Research Assistant
MZ Engineering GmbH – Head of Testing and Prototyping
MZ Engineering GmbH – Design Engineer
Appointment
Mittweida University of Applied Sciences (FH)
PhD
Chemnitz University of Technology, Faculty of Mechanical Engineering
Topic: “Textile-reinforced tension members for drive and conveyor technology with positive-lock force transmission”
Degree
Chemnitz University of Technology
Projects and Publications
StreckFaserKunststoff - Kinderfahrrad / Entwicklung prototypisches Fahrrad
Leichtbaulaufräder für mehrspurige Lastenräder und -anhänger
Dynamisch hochbelastete und gasdichte Druckbehälter aus Aluminiumlegierungen von funktionsintegrierten Bauteilen HZwo FRAME PAmost
Entwicklung einer Herstellungstechnologie für einen gedruckten, textilbasierten Stich- und Schnittschutz - 30 Printed Protection Textile, Teilprojekt: Entwicklung der FDM-Herstellungstechnologie und des FDM-Materials
Betriebsfestigkeitsuntersuchung am eCargo-Bike der Hochschule Mittweida
Betriebsfestigkeitsuntersuchung am eCargo-Bike der Hochschule Mittweida. 25. Nachwuchswissenschaftler*innenkonferenz; 19-20.06.2025, Merseburg
Smart Protection: 3D Printing of Advanced Protective Textiles. European Congress on Applied Science and Engineering; 24.04.2025, Paris
Entwicklung eines Prüfstandes für Mittelmotoren von elektrisch unterstützten Fahrrädern
Flexibles Low-Cost-Prüfkonzept für ein- und mehrachsige Prüfungen. 2. Fachtagung für Prüfstandsbau und Prüfstandsbetrieb (TestRig); 18.-19.09.2024, Ostfildern