Automation of internal occupational health and safety (OHS) processes. Moving from paper logs to a unified digital ecosystem. Reduces administrative burdens via electronic work permits, digital risk maps, and automated reporting.
The implementation of automation systems in occupational health and safety management helps companies improve safety and reduce workplace injuries. The article examines how digitalization simplifies incident tracking, occupational risk control, and automatic document generation. In addition, automation frees up managers' time for high-quality staff training and improving safety during the admission of contractors.
Implementation of the "1C: Industrial Safety. Comprehensive" information system to automate production control processes at a large enterprise. The practice includes digitizing the issuance of prescriptions, automatically generating tasks to eliminate violations, and creating a unified electronic database for technical devices and buildings with expertise deadline control.
A project to reduce accident risks in gas distribution networks by eliminating unused equipment instead of mothballing it. Includes relocating gas control points outside production premises and implementing an automatic gas hazard monitoring system with SMS alerts.
Automation of HSE and HR administration processes to create a single digital employee route from recruitment to dismissal. Implementation of electronic medical exam referrals, a single hiring window, and proactive briefing assignments.
Building a transparent incident feedback collection system using QR codes and electronic forms. Automating task routing, classifying events into four categories (including non-occupational injuries), and analyzing accumulated data to identify hidden patterns and revise audit schedules.
The article is dedicated to the economic optimization of occupational health and safety processes by comparing the effectiveness of measures with the volume of investments and accounting for invisible indirect expenses. The material examines the features of key optimization areas, including team development, investments in innovation, automation, and attracting consulting. This will help evaluate the efficiency focus of each approach and select a solution matching the company's priorities in ter...
Transition from formal training to interactive assessment sessions for middle managers using real incident analysis and business games. Implementation of a cascading training model by preparing over 800 internal moderators and using virtual 3D classrooms and VR simulators.
Comprehensive automation of industrial safety processes based on 1C. Implementation includes digitizing personal training cards, medical examination referrals, PPE lifecycle tracking using barcoding, as well as risk assessment and incident investigation processes. A "Safety Pyramid" dashboard integrated with Power BI was developed for data visualization.
Phased automation of HSE processes based on the 1C platform in a large energy company. Implementing electronic PPE accounting halved warehouse balances and freed up specialists' time for practical on-site control.
Comprehensive occupational risk assessment for office employees using 1C-based software. Implementation of an interactive training course to build mindful attitudes toward ergonomic risks and proper workplace organization.
A comprehensive employee health care system at remote production facilities in the Arctic. It includes automated pre-trip medical exams with Face ID, on-site periodic exams using mobile complexes, telemedicine for emergency and routine consultations, and the "Health School" project for cardiovascular disease prevention.
Implementation of an electronic safety passport as an individual QR-code badge to control worker clearances at a construction site. The 1C-based system accumulates data on training, briefings, and medical exams, reducing daily crew verification time from 20 minutes to seconds.