The combination of physical machines and a suitable simulation environment enables the demonstration and evaluation of various applications and new technologies. This includes in particular the evaluation and demonstration of distributed production control systems and optimizations, which are researched in the group.
The goals of the group are the development of decentralized MES (Manufacturing Execution Systems) and the maintenance of the TIPI Lab to test them in realistic scenarios. A close cooperation with the group DCC enables the use of new highly efficient and high-performance embedded systems, which also enable sophisticated algorithms.
The so-called testbed-as-a-service approach of the TIPI Lab promotes cooperation with partners in research projects as well as in academic and vocational training.
The scientific questions of the MOM group are manifold and include, for example, the evaluation of robustness and flexibility of production processes, the efficiency of distributed control systems and the optimization of production through the use of intelligent self-organizing machines. A particular focus is on questions of information retrieval from manufacturing and suitable development processes for technical MOM platforms. Ultimately, this results in comprehensive IT support for new service-based ecosystems (platform economy, servitization) in manufacturing.
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Projects
2025
WeR3t-Netze
Regionale Wertschöpfungsnetzwerke für Resilienz und Ressourcenschonung
Duration: 2025 - 2026 PARMa
Proaktive Steigerung der Anpassungsfähigkeit produzierender Unternehmen durch agiles Resilienz-Management
Duration: 2025 - 20272023
2022
ThermoTwin
Duration: 2022 - 2025
2021
2020
Vario Braid
Duration: 2020 - 2021
2019
Publications
2025
A novel method for listing all collision-free carrier arrangements of maypole braiding machines
Jan Elmar Krauskopf and Andreas Rauh and Andreas Hein; Journal of Industrial Textiles; 2025
Cyber-Sicherheit in vernetzten Lieferketten
Kallisch, Jonas and Voss, Marvin and Runge, Maxim and Wunck, Christoph and Niemann, Karl-Heinz; Giesserei - Die Zeitschrift für Technik, Innovation und Management; 2025
Digitalisierung im Brownfield Cyber-Sicherheit in vernetzten Lieferketten
Kallisch, Jonas; Voß Marvin; Runge, Maxim; Wunck, Christoph; Niemann, Karl-Heinz; Giesserei - Die Zeitschrift für Technik, Innovation und Management; 04 / 2025
Discrete simulation of maypole braiding machines to create collision-free braiding programmes
Jan Elmar Krauskopf and Andreas Rauh and Andreas Hein; Heliyon; 2 / 2025
Exploring Digital Green Nudging Strategies in the Tourism Sector
Katharina Berg, Jonas Kallisch; BUIS-Tage 2025 Smarte und Nachhaltige Infrastrukturen; November / 2025
IT-Security Risk Based Approach for Secure Operation of Distributed Data Platforms in Supply Chains
Voß, Marvin and Kallisch, Jonas and Runge, Maxim and Theus, Tobias and Niemann, Karl-Heinz and Wunck, Christoph; IEEE International Conference on Industrial Engineering and Engineering Management (IEEM); 2025
Power State Machines: Structuring Black-Box Models for Determining Energy Consumption
Sören Stingl, Friederike Bruns, Fabian Kott, Andreas Rauh; IEEE International Conference on Industrial Cyber-Physical Systems; 05 / 2025
Securing Data Sovereignty and Data Security for independent participants in supply chains
Kallisch, J., Niemann, K. H., Wunck, C., Runge, M., & Voß, M; Konferenz für Angewandte Automatisierungstechnik in Lehre und Entwicklung an Hochschulen; 03 / 2025
Störungen in Produktionssystemen Eine strukturierte Literaturanalyse und empirische Untersuchung zur Simulation und Resilienzsteigerung
Kallisch, J. Marx Gómez, J.; SAP Academic Community Conference; 09 / 2025
2024
Bridging the Data Borders – Connecting Supply-Chain Shop-Floors
Kallisch, J.; Niemann, K.-H.; Wunck, C.; Sensorik und Automation: Schriften des Forschungsinstituts ISA; 2024
