SYNERGETICS OF TECHNOLOGICAL PROCESSES: PHILOSOPHICAL AND TECHNOLOGICAL MODELING OF UNIVERSAL PRINCIPLES OF PRODUCTION

Abstract

The article presents a philosophical and technological analysis of synergistic principles in the organization of production processes. It is demonstrated that the current stage of industrial development is characterized by the integration of digitalization, automation, and environmentally oriented technologies, which requires the search for universal approaches to production modeling. The feasibility of applying synergetics as an interdisciplinary methodology is substantiated, enabling the combination of theoretical concepts of self-organization and nonlinear dynamics with engineering models. Universal principles of technological processes — cutting, forming, thermal treatment, and assembling — are identified, and their cross-industry similarity is confirmed. Production systems are proposed to be viewed as open, multi-level, and adaptive structures capable of self-recovery. The strategic importance of the synergistic approach for the reconstruction of Ukraine’s industrial infrastructure is emphasized, particularly in ensuring flexibility, resilience, resource efficiency, and technological sovereignty.