#Visualization
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.
Improving Safe Working Conditions Through the Development of the Production System
Integration of production system tools (5S, idea submission system, visual management, standard operating procedures) into safety processes in the oilfield. The practice includes department ranking, as well as material and non-material motivation of personnel for initiatives to improve working conditions.
Reducing Incident Rates Using the Video SOP Module
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.
Engagement Board for Effective Communication
Implementation of the "Engagement Board" tool to transform incident analysis into a lively dialogue with workers. The practice involves short 15-minute meetings in front of a magnetic whiteboard on the shop floor, where the line manager discusses incidents with the team through the lens of workspace, personal, and group factors, concluding with a collective choice of corrective action.
Effective Communications: How to Talk About Safety Engagingly
A comprehensive approach to transforming HSE communications using marketing tools and neural networks. The practice includes auditing the HSE department's image using the Hudson model, developing an editorial policy, creating engaging content based on triggers, and applying AI to visualize instructions and generate videos.
Safety Cycle: A Cumulative Tool for Achieving "Target Zero"
The "Safety Cycle" tool is a visual clock-face board for regular spaced repetition of information about past incidents and top risks of a unit. Every week, the focus shifts to a new incident, which is addressed through informing, monitoring corrective actions, and visual reconstruction (shock content), while the management of the tool is transferred to line managers.
Crazy Hands in AI: How to Create a Neuro-HSE Bot in TG and a Professional Presentation in 30 Minutes
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.
Strategy and Tactics
Integrating HSE and environmental goals into the overall business strategy of a food industry company with regular reporting to the management board. Implementing a management system based on ISO 45001 and ISO 14001 standards, using Yandex Forms to collect near-misses and safety tags, and linking employee career growth to HSE knowledge.
SIMOPS: Safety Management During Commissioning and Startup
Safety management during simultaneous operations (SIMOPS) at the commissioning stage. Includes the use of readiness checklists, LOTO systems, notification matrices, and visualization to minimize risks when builder and commissioning tasks overlap.
Visual Communication Tools in HSE: From Idea to Implementation
Implementation of a visual communication system at a high-security enterprise to increase employee awareness of HSE requirements. Development of memos, posters, and information boards using a cross-functional team and neural networks, leading to a reduction in micro-injuries and repeated violations.
Production System Elements as a Tool for Efficient and Safe Work
Integrating safety requirements into the company's production system elements. Implementing standardized operation cards, 5S, the "I Have an Idea" continuous improvement program, and team ratings based on HSE performance.
Sustainable Development of Mosgortrans Combined with Improved Environmental Performance
Integration of sustainable development principles into a transport enterprise by replacing the diesel fleet with electric buses, introducing electronic waybills, and visualizing the waste management system. The practice includes color coding of containers for separate waste collection and greenhouse gas emissions control.
Developing a Safety Culture with Limited Resources
Implementation of basic safety culture tools under limited resources at geographically distributed oil and gas production facilities. Practices include visualizing rules, installing mirrors for PPE checks, marking hard hats of first-aid ready employees, and launching a hotline and Hazard Observation Card (HOC) system with financial motivation for proactivity.