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Many companies in Flanders work around products with a motion component such as vehicles and machines. We apply this competence to help them develop new ‘future-proof’ products which are smart, automatically adapt to the environment to provide optimal performance, and use digital, Industry 4.0 technology.

The focus is on the architecture and the validation of systems, as well as the combination of autonomy and automation (autonomation) ...

WithinFlanders Make, the MotionS core labfocuses on development and validation of system-level technology for thephysical architecture (i.e. drivetrain systems) and the digital architecture(autonomy & intelligence) of motion products for machine and vehicleapplications. The main machine applications are smart, versatile productionmachines and high dynamic multi-drivetrain machines. The main vehicleapplications are autonomous working ...

The Flanders Make AnSyMo/CoSys core lab has three researchpriorities:

1. Design andTesting for Cyber-Physical Systems: ensure that autonomously operating machines adhere to the appropriatesafety standards, focused on methods and tools for a cost-effective designprocess (profs. De Meulenaere, Denil, De Meyer, Vangheluwe)

2. Adaptive,Optimal Embedded Control: boost controlefficiency by integrating the use of available system ...