HSE personnel training and development: modern remote formats, interactive training grounds for hazardous work, gamification, and on-the-job microlearning. Transitioning from formal planned briefings to continuous educational programs converting theory into sustainable skills.
Phased implementation of AI tools in the HSE processes of a large industrial company. The initiative began with creating simple chatbots for risk assessment and PPE without programmers, which engaged management and led to deploying an in-house local LLM within a closed security perimeter.
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.
Step-by-step involvement of the production unit in safety processes through simplifying control and training tools. Reducing behavioral audit training time, transferring responsibility for contractors to production workers, and implementing digital solutions for recording hazardous situations.
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.
Forming an ecosystem for HSE team development without external budgets. Implemented cross-functional internships, role exchange with business trainers, brainstorming for idea testing, and internal coaching on practical skills.
Implementation of the unified digital platform "Contractor's Personal Account" to automate contractor management processes. The platform integrates registers of contractors, contracts, personnel, and equipment, and automates safety rating calculations for cooperation decisions.
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.
A systematic approach to managing the safety of contracting organizations at all stages of interaction. The practice includes differentiating contractors by risk level, auditing at the tender stage, joint training and admission, and applying positive motivation tools instead of fines.
A stress management and safety culture development system in the nuclear industry. Includes training managers in self-regulation, applying the "1 to 3" rule (one negative emotion to three positive ones), and assessing employee stress levels to improve professional reliability.
Integrating safety culture markers into management system documentation and using unconventional youth formats (rap compositions) to engage Gen Z in eco-safety and HSE issues. Using AI bots to automate routine tasks for HSE specialists, such as writing plans and initial assessment of non-conformities.
Transforming the HSE function's image through specialist soft skills development, production internships, and the Safety Leadership project. Assessing worker perception using Patrick Hudson's ladder and targeted work with beliefs to increase trust levels.
Implementation of a corporate Health School at remote sites to prevent occupational diseases and reduce cardiovascular risks. The project includes theoretical and practical training for employees on healthy lifestyles, proper nutrition, and physical exercises during their shift.