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The professional education system is very important for the work of operator engineer technologists. The issues related to the development of training tools for process engineers in the practice of their production activities are discussed. The expediency of creating a system of continuous training with the use of simulation models is shown. It is with the help of these information systems that it becomes possible to develop practical skills in optimizing the chemical-technological processes of mixing and structuring elastomeric composites. These systems allow the technologist to improve decision-making approaches in a complex technological environment, when management decisions are ambiguous and can be ineffective and lead to the formation of defective products. To make decisions on the rational management and control of the processes of mixing and structuring of elastomeric composites, it is necessary to provide the most complete information about the processes, which dictates the need to combine all available information into an information database. Solving these problems requires a systematic analysis of the relationships and patterns of functioning and development of objects and processes taking into account industry specifics based on information technology databases, control theory and decision-making. We consider a single chemical-technological system for manufacturing products from elastomers, as well as chemical-technological processes of mixing and structuring multicomponent elastomeric composites as components of a chemical-technological system. A wide variety of rubber compounds, which has up to one and a half thousand formulations, as well as individual parameters for each semi-finished product processing into products dictate the need to create an information database for organizing information processes fail and, processing and transmitting information rheometer.