Transformation of the occupational safety briefing system: from boring monologues to interactive dialogues. Presents the transition to microlearning methodologies before dangerous tasks. Highlights the practice of quality pre-shift safety minutes, visualized memo sheets, video briefings, and interactive check-lists.
The use of generative neural networks to create training materials and visualize HSE risks. The practice includes using text, graphic, and video AI models to accelerate course development, translate into foreign languages, and create realistic briefings without involving third-party contractors.
A multi-level communication system with contractors at all stages of interaction. Includes assessing leadership engagement at the start, induction training, regular meetings of various levels (from daily to annual), and forums for idea generation.
Step-by-step implementation and restart of the hazardous energy lockout (LOTO) system at a production facility. The practice includes developing visualized LOTO cards, station zoning, practical workplace training, and integrating the procedure into the internship process.
Creation of an internal practice-oriented "Safety School" to train employees on production risks. The training includes a theoretical part on the 10 golden safety rules and practical exercises on specialized training stands (electrical safety, LOTO, forklift blind spots, PPE, ergonomics, working with chemicals).
A two-stage induction training system for contractors, including online testing via QR code and a short personal interview with an HSE specialist. The solution is implemented on an accessible Russian online platform without additional budgets or IT specialists.
Implementation of a unified digital ecosystem "Contractor's Personal Account" for control and interaction with contracting organizations. The system covers surveying at the tender stage, electronic document flow, personnel training control, video briefings, and automatic calculation of contractor ratings.
Implementing a system of Standard Operating Procedures as short video instructions (video SOPs) accessed via QR codes on equipment. This practice aims to reduce the human factor by converting complex text regulations into clear visual action algorithms.
Using neural networks and Telegram bots to automate routine tasks of an HSE specialist. The practice includes creating a bot to generate briefing texts based on a corporate knowledge base and subsequently visualizing materials as presentations using AI services.