Leading, proactive diagnostics pushing safety horizons. Swapping archaic lagging trauma statistics (LTIFR) for progressive radar arrays averting spills. Counting fixed scratch memos or timely corrective remedies.
The article presents a convenient poster with key performance indicators in the field of occupational health and safety and industrial safety. Learn how to correctly calculate metrics, track safety levels, analyze trends, and make informed management decisions.
Comprehensive safety culture transformation in a mining company with over 15,000 employees. A proactive KPI system was implemented, behavioral audits were digitized via a mobile app, and a unified critical risk management methodology was established. Leadership commitments were cascaded from top management to line supervisors through standardized safety practices.
Transformation of the HSE function from a supervisory role to that of an internal business partner with deep integration into the work of the technical council. Implementation of the "Safety in Design" principle at the design and equipment procurement stage. Shifting the safety performance evaluation system from lagging metrics (LTIFR) to leading indicators (Near Misses, behavioral audits).
Implementation of a motivation system and KPIs for project managers (clients) to control the safety of contracting organizations. The practice includes transitioning from reactive to proactive indicators, synchronizing the KPIs of the client and supervisors, and involving contractor managers in regular audits.
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Implementation of proactive safety indicators to transition from reactive to preventive management. Decomposition of strategic goals (zero injuries) to the line manager level through metrics such as the number of observations conducted, violations identified, and improvements implemented.
Development and implementation of an HSE management strategy aimed at eliminating critical business risks. The strategy is cascaded to the enterprise level through maintenance, development, and verification blocks, with mandatory links to budgeting and proactive performance indicators.
The article describes the LTIFR (Lost Time Injury Frequency Rate) indicator, which reflects the frequency of lost time injuries per one million hours worked. The publication provides the formula and a calculation example for this rate, used to assess the level of safety in production. The material explains how regular monitoring of LTIFR allows companies to compare injury rates, identify trends, and make informed decisions to improve working conditions.
Implementation of a composite proactive KPI for managers, including staff engagement and HSE MS performance indicators. The practice covers investigating micro-injuries, conducting behavioral safety audits, and submitting improvement proposals with subsequent digitalization of data collection.
Transitioning from reactive safety indicators to proactive employee engagement assessment through near miss and low-level event registration. The practice includes transforming safety minutes into an experience-sharing tool for employees and implementing metrics for voluntary reporting of incidents without consequences.
Development and implementation of a multi-component proactive safety indicator (injury severity prevention) to replace the reactive LTIFR. The indicator includes assessing improvement suggestions, safety culture engagement, recording micro-injuries and unsafe acts, and managing operational risks.
Transition from reactive safety indicators to proactive metrics by excluding occupational injuries from managers' KPIs. Implementation of an integral Safety System Development Index that accounts for domestic injuries, audit quality, and near-miss registration, using an in-house IT solution.
A systematic approach to transforming safety culture by changing the KPI set based on the Bradley curve. The practice includes a phased transition from reactive to proactive metrics, focusing on the top 3 critical areas and using the PDCA cycle to evaluate effectiveness.