Applying Virtual Reality (VR) technologies in training on safety standards and accident simulation. VR simulators allow employees to 'survive' the consequences of erroneous actions safely. It includes training cases for heights, firefighting, and PPE to build motor skills.
Transformation of the corporate training system for remote and FIFO sites amidst labor shortages and changing demographic profiles. A preboarding process has been implemented, starting remote training before arrival at the site, alongside targeted hybrid educational solutions. For safe skill practice, VR simulators with error analytics are used, while prompt libraries based on artificial intelligence and a 360-degree assessment system are utilized for on-the-job self-study.
Transformation of the HSE competency development system, shifting from formal training to practical skill building. Implementation of centralized providers, in-house trainer-mentors at production sites, and an LMS for training management.
A comprehensive transport safety management system at an industrial enterprise, including abandoning the rotational method, implementing automated pre-trip medical exams, and creating mobile road safety control groups. Application of technical assistants: driver fatigue monitoring systems, onboard machine vision on locomotives, telemetry alertness bracelets for drivers, and laser visualization of danger zones.
Implementation of a structured algorithm for managing personnel training projects, including needs analysis, piloting, effectiveness evaluation, and scaling. The practice covers creating training grounds for technical personnel, cascading behavioral safety audits through internal trainers, developing an 11-day introductory course for new employees, and using gamification.
Implementation of innovative emulsion-aerosol fire suppression technology at tank farm loading racks. Transitioning to bottom loading systems to minimize risks of static electricity and falls from height, as well as comprehensive work with contractors using 3D simulators and joint exercises with EMERCOM.
Creation of a unified digital ecosystem for pre-shift control based on the 1C:Enterprise 8.3 platform. The single-window principle is implemented in shift centers, combining data from HR, medical staff, security, and HSE to automate personnel clearance for remote sites.
Implementation of mobile training complexes based on railway cars to conduct active forms of occupational safety training in a territorially distributed company. The practice includes training internal moderators, using VR simulators, and risk-oriented route planning to reach remote divisions.
A comprehensive qualification and safety management system on a megaproject with rapid personnel growth. It includes strict rationing of the ETP-to-worker ratio, multi-stage incoming inspection with testing and screening of unscrupulous training centers, as well as continuous training at shift camps and field training grounds.