EVALUATING THE PERFORMANCE OF THE INTEGRATED STEEL PLANT LOGISTICS SYSTEM

Abstract

This article examines the scientific and practical foundations for implementing integrated software platforms in industrial enterprises. The relevance of the research lies in the growing need to increase the level of production process automation and improve enterprise efficiency through the use of digital technologies. The main objective of the study is to analyze the capabilities of the integrated software environment Trace Mode 6 and to evaluate its effectiveness in industrial process automation and management. The research tasks include: identifying the structure of automated control systems, describing the functional features of software modules, presenting mathematical modeling principles based on FBD diagrams, and analyzing the practical results of software implementation. The results section presents an analysis of the Trace Mode 6 software suite as a tool for automating various stages of industrial production. It highlights the design of instrument blocks, signal processing methods, and visualization of data through functional diagrams. The study demonstrates that this integrated platform can be effectively used both in industrial automation projects and in engineering education for laboratory and practical training. In conclusion, the research confirms that integrated software systems enhance enterprise efficiency, optimize resource utilization, and reduce human error impact. The obtained results are practically valuable for developing modern engineering education and advancing industrial automation technologies.