The integrated governance of health, safety, and operations: impacts of industrial engineering and the ISO 45001 management system on supply chain resilience

Abstract

The exponential increase in complexity within globalized manufacturing lines has necessitated a review of classical production control paradigms. This scientific article analyzes the systemic interdependence between Occupational Safety Engineering, continuous improvement methodologies (Lean Six Sigma), and Supply Chain management. The research is based on a deductive approach, scrutinizing the theoretical constructs of Reliability Engineering, Cognitive Ergonomics, and the Theory of Constraints. The study is fragmented into seven analytical dimensions: the evolution of preventive culture; the impact of international standards (ISO 45001); the application of heuristic tools for industrial failure mitigation; the resilience of logistics networks; behavioral leadership in high-risk environments; environmental and social governance (ESG) metrics; and the implementation of predictive maintenance within the scope of Industry 4.0. It is evidenced through the literature that the dissociation between occupational safety and productivity goals results in severe logistical disruptions and immeasurable financial liabilities. It is concluded that the contemporary industrial manager acts as a complex systems engineer, where the safeguarding of human physical integrity is the primary vector for the scalability, stability, and continuity of economic operations in highly competitive markets.