Simulation of balanced scorecard for forecasting cybernetic cost collaboration of engineering enterprises

Abstract

Abstract The article examines the problem of simulation modeling of the relationship between the level of production efficiency of mechanical engineering enterprises and the distribution of cybernetic costs in the process of mechatronic robotic functions collaboration. Within the framework of the balanced scorecard concept, based on the methodology of experimental studies using raster electronic mechatronic modeling of cybernetic contact zones, a comprehensive forecasting of the influence of key leading positive and negative projection factors on the effectiveness of cybernetic cost collaboration is carried out. Through the author’s simulation method of criteria-based analysis strategic projections of the balanced scorecard are formed and the simulation model of the resource potential of the cybernetic cost collaboration of engineering enterprises is proposed. As a result of the research, an analytical tool for evaluating and managing the production efficiency is elaborated and it contains the concept of simulation modeling of the interdependence between the cybernetic cost collaboration and the factors of the balanced scorecard projections. The simulation technology of the balanced scorecard ensures the convergence of the processes of functioning of mechatronic robotic factors, components and systems within the framework of optimizing cybernetic costs and identifying prospects for the sustainable development of mechanical engineering production.