DEVELOPMENT OF DIGITAL INTERDISCIPLINARY INTERACTION IN INDUSTRY THROUGH ICT

Abstract

This article provides a comprehensive examination of the development of digital interdisciplinary connections within the industrial sector through the application of information and communication technologies (ICT). Under current digitalization conditions, the study analyzes the strengthening synergy between computer science, physics, mathematics, engineering, economics, and ecology in production environments. The research explores how this interdisciplinary integration enhances the efficiency of production processes, optimizes resource management, and ensures occupational safety. Within the framework of the "Industry 4.0" concept, the authors describe the structure of digital ecosystems and substantiate the critical importance of data analysis and modeling. Furthermore, the article emphasizes the significant role of digital interdisciplinary links in the educational system. It argues for the necessity of cultivating complex competencies in future specialists, moving beyond narrow professional skills to enable the management of sophisticated technological systems. The research findings serve as a foundation for defining strategic directions in industrial digital transformation and updating higher education curricula.