Visualizing risks and safety rules: marking hazard zones, setting up fences, information boards, and digital indicator dashboards. Creating intuitively understandable workspaces to combat human error.
A comprehensive approach to building HSE communication using various channels and formats. Practices include internal blogs, visual materials, interactive knowledge days, contractor forums, and unconventional engagement methods like morning greetings and children's days.
Development and implementation of the annual Safety Rodeo gamification motivational program to unite a distributed HSE team. The program includes 9 stages aimed at sharing best practices, developing competencies, and project work, as well as automating safety data collection using Excel and Power BI.
Development and implementation of a 90-minute HSE entrance testing methodology for foreign workers (citizens of Uzbekistan) in the construction industry. The methodology includes 5 blocks: Schubert test for risk readiness, checking basic terms, "Where is the Logic?" formats, risk assessment by photo, and analysis of violations in movies ("Freeze Frame"). Based on the results, individual development plans are formed and informal leaders are identified to manage safety in teams.
Implementing the 5S system as a tool to improve safety levels and involve line personnel. The practice includes launching pilot projects, using the Red Tags system to mark faults, and conducting regular workplace self-audits.
Implementation of simple and accessible internal HSE communication tools in an office environment using the 5S approach. The practice includes creating articles on the internal portal, developing posters, online briefings in longread format, using Telegram channels and bots, and launching the Near Miss feedback collection system to identify non-obvious risks.
Implementation of the Lockout/Tagout (LOTO) system across the entire production volume, including equipment audit, LOTO card development, training for personnel and contractors, and visualization of isolation points. System development includes integrating LOTO into electronic work orders, in-house 3D printing of non-standard lockouts, and creating a training ground.
Implementation of simple visual checklists to control high-risk work (at height, power systems, lifting, confined spaces, hot work). The cards contain pictograms and 10-12 questions, and can be filled out by any employee on-site to immediately identify and eliminate violations.
A comprehensive system for engaging managers at all levels in HSE issues. It includes personal safety plans for top management, the "Fresh Look" project with regular site walk-arounds by functional directors, the creation of High-Risk Competence Centers, and the implementation of the "Safety Star" motivation system.
A systematic approach to hazardous area marking in production, including standard development, facility audits, graphic layout creation, and practical marking application. The project is implemented in-house, engaging employees through surveys, focus groups, and gamification elements to raise awareness of safety signs.
Development and implementation of a unified corporate hazard visualization standard, including group safety signs, signal markings, light and sound alarms, and a fencing system. The program is executed through targeted workplace inspections involving department heads and aims at proactive injury prevention.
A step-by-step methodology for implementing internal standards for the safe execution of hazardous work (at heights, in confined spaces, LOTO). The practice includes risk-oriented priority selection, team formation with designated roles for the author and standard owner, weekly monitoring of the implementation plan, and a mandatory implementation audit.
A comprehensive approach to injury risk management in a large generating company. Includes implementing Golden Safety Rules with strict sanctions, regular Behavioral Safety Audits (BSA) by line managers, conscious safety trainings (SafeStart) to prevent critical errors due to loss of concentration, and systematizing work with infrastructure risks.