Occupational safety (OS) within the context of modern production challenges and regulatory legal framing. Accumulates core methods for managing the comprehensive system protecting the life and health of workers effectively.
Phased implementation of artificial intelligence tools in occupational health and safety processes to automate routine tasks and data management. The practice includes preparing internal "knowledge brokers," launching a secure corporate analog of generative neural networks, and integrating AI with accounting systems. Implementing this approach in a mining company reduced labor costs for intellectual tasks by 20%.
Transformation of the HSE function from a supervisory role to that of an internal business partner with deep integration into the work of the technical council. Implementation of the "Safety in Design" principle at the design and equipment procurement stage. Shifting the safety performance evaluation system from lagging metrics (LTIFR) to leading indicators (Near Misses, behavioral audits).
Implementation of the "Knowledge Monitoring" information system based on corporate smartphones for continuous personnel microlearning without interrupting production. The system includes NFC authorization, adaptation of questions to workshop specifics, and a web interface for managers to identify knowledge gaps and form a talent pool.