Abstract
The current stage of design methodology development and the development of a specific approach of Industry 4.0 enforces new solutions in the field of design heuristics and new solutions in the field of their integration. In the first case, this applies in particular to the development of new design methods, aimed at creating unconventional structural solutions of systems with complex performance characteristics. In the second case, this concerns the search for tools and methods of IT for combining partial solutions into integrated, synergistic construction solutions. One of the elements characterizing Industry 4.0 is the integration of approaches in the field of automation and data processing and exchange as well as manufacturing. This type of integration fits into the implementation of the mechatronic function, the aim of which is not only to learn about the kinematics and dynamics of the system under study, but also its behaviour during controlled work. The first stage of the technical system research process understood in this way is to design a new system. The developed integration method will minimize the risk of malfunctioning of the actual control system.
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