IMPROVEMENT OF AUTOMATION SYSTEMS FOR DESIGNING DEVICE ASSEMBLIES IN MACHINE-BUILDING PRODUCTION

Abstract

This article explores the importance of integrated software platforms in the automation of industrial processes. In the context of rapid digitalization and technological modernization, the implementation of automated control systems has become essential for modern enterprises. The aim of this research is to analyze the capabilities of the Trace Mode 6 software platform for optimizing engineering design and management processes, as well as to demonstrate its application in education. The study objectives included analyzing the structure of the software system, defining the principles of mathematical modeling using FBD-block diagrams, and evaluating the efficiency of its implementation in industrial control systems. The research draws on both domestic and international sources, complemented by real-world project examples. The results demonstrate that the Trace Mode 6 platform provides high efficiency in designing and monitoring technological processes. It supports five modern programming standards (SFC, LD, FBD, ST, IL), allowing automation at all levels of production systems. The “Navigator” module offers students a flexible and intuitive environment for engineering projects and practical training. In conclusion, the integrated Trace Mode 6 software serves as a key tool for accelerating the digital transformation of engineering education and industrial processes. It not only enhances production efficiency but also develops students’ practical and technical competencies.