COGNITIVE ELEMENTS AS ENABLERS FOR FLEXIBLE AND ADAPTIVE PRODUCTION SYSTEMS – COGNITIVE ELEMENTS SUPPORT THE FLEXIBILITY OF ASSEMBLY WORKERS AND ASSURE HIGH FLEXIBILITY WITH BEST PRODUCT QUALITY In many cases, products manufactured in low-wage countries cannot compete with those from Europe in terms of price. However, –to counterbalance with the increased production costs in Europe …
Muaaz Abdul Hadi, researcher from Area 4.2 – Cognitive Production Systems, presented his work at the 5th EAI International Conference on Management of Manufacturing (EAI MMS 2020). The MMS 2020 conference focussed on the topics of ICT support for Industry 4.0, intelligent manufacturing systems and applications, production planning and scheduling, to name a few. The …
Find the current Poster Collection (2017-2020) of Pro²Future, created by our Researchers online at our Website www.pro2future.at > Research > Poster Collection
Pro2Future – ein hochdynamisches, hochinnovatives COMET-K1 Kompetenzzentrum Nach der erfolgreichen Zweijahresevaluierung des gemeinsam mit dem Austrian Center for Digital Production (CDP) in Wien bearbeiteten Common Research Programme (CRP) im September 2019, ist es Pro²Future nun auch gelungen bei der Zwischenevaluierung (Mid Term Evaluation) des Forschungszentrums die internationale Fachjury forschungsinhaltlich und zentrumsorganisatorisch absolut zu überzeugen. Pro2Future …
Pro²Future erfolgreich für die zweite Förderperiode evaluiert! Read More »
Muaaz Abdul Hadi, researcher from Area 4.2 – Cognitive Production Systems, presented his work at the 8th Conference on Assembly Technology and Systems (CATS), CIRP. The papers at CATS revolved around the scientific topics of Smart Factories – design for assembly, human-robot interaction / collaboration in assembly, and ICT technology for assembly monitoring & control. …
At the 6th World Congress on Mechanical, Chemical and Material Engineering (MCM20), Senior Researcher Dr. Markus Brillinger from Area 4.2 presented some of his research results on the energy efficiency of 3D printing processes.He showed that process parameters have a significant influence on the power demand of the material processing. His research is particularly important …
