Safety Performance Measurement and KPI Reporting Training Course

Participants can align safety performance measurement with recognised management system requirements.

• ISO 45001 clauses supporting performance evaluation, monitoring and management review
• HSG65 Plan-Do-Check-Act model applied to safety performance information
• ANSI/ASSP Z16.1 concepts for occupational injury and illness statistics
• Legal reporting duties distinguished from internal management performance measures
• Worker consultation evidence incorporated into performance evaluation arrangements
• Management review inputs, outputs and documented decisions under ISO 45001

Participants can specify the data structure, ownership and definitions needed for consistent KPI reporting.

• Map incident, hazard, inspection, audit and workforce data sources
• Data dictionary fields defining numerator, denominator, owner and reporting frequency
• Establish reporting boundaries for sites, projects, contractors and joint ventures
• Assign data stewardship responsibilities through a RACI responsibility matrix
• Common data models connecting events, controls, actions and verification records
• Version control rules for KPI definitions, extracts and reporting packs

Participants can calculate and interpret commonly used lagging safety indicators accurately.

• Calculate total recordable incident rates using agreed exposure-hour denominators
• Lost-time injury frequency rates compared with severity and duration measures
• Days away, restricted work and medical treatment cases classified consistently
• Fatality, high-potential event and serious injury indicators reported separately
• Use rolling twelve-month rates to reduce short-period reporting volatility
• Separate employee, contractor and visitor populations within injury statistics

Participants can select leading indicators that provide evidence of preventive control performance.

• Leading indicators distinguished from activity counts and retrospective outcome measures
• Measure critical-control verification completion, quality and overdue corrective actions
• Supervisor safety conversations assessed for coverage, quality and follow-through
• Track hazard reporting timeliness, closure quality and recurring hazard categories
• Competence assurance measures linked to high-risk tasks and authorisations
• Worker participation indicators drawn from consultations, observations and safety committees

Participants can create KPI specifications that are relevant, measurable and resistant to manipulation.

• SMART criteria tested against safety objectives, risks and management decisions
• Define numerator, denominator, unit, scope and exclusions for each KPI
• Set reporting frequency according to operational tempo and data availability
• Leading-lagging indicator pairs designed around shared safety risk pathways
• Avoid perverse incentives created by targets for incident reporting volumes
• KPI specification sheets reviewed for clarity, traceability and decision usefulness

Participants can prioritise measures around material hazards and critical risk controls.

• Bowtie analysis used to identify preventive and mitigative control measures
• Critical controls translated into verification questions, frequencies and performance indicators
• Risk matrices used cautiously when prioritising monitoring and reporting resources
• Exposure measures developed for confined spaces, lifting, driving and chemicals
• High-potential incident trends connected to barrier failures and control weaknesses
• Measure control effectiveness rather than simply recording completed activities

Participants can classify safety events consistently for analysis, reporting and learning.

• Event taxonomy distinguishes injuries, near misses, hazards and dangerous occurrences
• Classify actual consequence, potential consequence and credible worst-case outcome
• Mechanism-of-injury codes applied consistently across incident reporting records
• Record causal factors without confusing immediate causes and systemic contributors
• Serious incident thresholds defined for escalation, investigation and executive reporting
• Coding guidance tested against ambiguous cases and multiple-event scenarios

Participants can test safety data for completeness, accuracy, consistency and reporting bias.

• Completeness checks identify missing exposure hours, classifications and action dates
• Reconcile incident registers with payroll, medical, contractor and insurance records
• Validation rules flag duplicate events, impossible dates and invalid denominators
• Under-reporting indicators examined through anonymous reporting and workforce survey evidence
• Audit trails retained for adjustments, reclassifications and late reporting entries
• Data-quality scorecards report confidence levels beside headline safety metrics

Participants can analyse safety data using appropriate descriptive and trend-analysis techniques.

• Rate calculations normalise incident counts for workforce exposure changes
• Pareto charts prioritise incident mechanisms, locations and causal categories
• Stratify results by site, shift, task, occupation and contractor status
• Control charts distinguish common-cause variation from special-cause signals
• Trend lines interpreted with attention to small numbers and random variation
• Correlation findings separated from causal claims when reviewing safety data

Participants can set defensible safety targets and escalation thresholds for management action.

• Baseline analysis establishes realistic starting points for improvement targets
• Set directional, threshold and milestone targets for different safety measures
• Green-amber-red thresholds calibrated against risk appetite and operational context
• Escalation triggers define required actions, owners and decision-making forums
• Avoid zero-harm targets that discourage open reporting and learning
• Target reviews account for acquisitions, workforce changes and reporting boundary shifts

Participants can structure dashboard content for operational, senior management and board audiences.

• Dashboard hierarchy separates site management, executive and board information needs
• Select headline measures supported by explanatory indicators and exception commentary
• Traffic-light status supported by thresholds, trends and documented rationale
• Present actuals, targets, prior periods and forecasts within one dashboard
• Narrative commentary explains material changes, risks, actions and decisions requested
• Board reports distinguish assurance evidence from management assertions and commitments

Participants can present safety data clearly without concealing uncertainty or material variation.

• Choose line, bar, run and Pareto charts for specific questions
• Use rates and counts together when interpreting small-population safety data
• Annotate charts with interventions, operational changes and investigation findings
• Axis scaling and chart ranges selected to prevent misleading visual impressions
• Write exception-based narratives using evidence, implications, actions and accountable owners
• Report uncertainty where incomplete data or classification changes affect trends

Participants can run a structured review process that converts safety information into accountable action.

• Management review agenda covers performance, resources, risks and improvement opportunities
• Decision logs record actions, owners, deadlines and verification requirements
• Challenge questions test causal explanations behind favourable performance results
• Escalate unresolved critical-control failures through defined governance routes
• Monthly operating reviews linked to quarterly executive and board reporting
• Close-the-loop reviews verify whether actions delivered intended risk reduction

Participants can plan assurance activities that test the reliability of safety performance information.

• Three-lines model assigns management, oversight and independent assurance responsibilities
• Test KPI evidence from source record through calculation to published report
• Sample-based verification checks event classification, exposure data and action closure
• Audit criteria derived from KPI specifications, policies and reporting procedures
• Control deficiencies documented with root causes, corrective actions and due dates
• Assurance statements distinguish limited review evidence from full audit conclusions

Participants can assess whether safety actions and interventions are producing measurable improvement.

• Theory-of-change models connect interventions, behavioural conditions and expected safety outcomes
• Before-and-after comparisons adjusted for exposure and operational activity changes
• Action effectiveness verified through field observations, records and worker feedback
• Leading indicators monitored after interventions to detect early control improvement
• Root cause themes used to assess whether repeat events are reducing
• Stop, continue and revise decisions based on evidence and residual risk

Participants can design comparable contractor metrics while maintaining clear accountability boundaries.

• Prequalification indicators assess contractor competence, history and management system maturity
• Contractual reporting clauses define data standards, deadlines and verification rights
• Normalise contractor rates using hours worked and task exposure information
• Interface risks measured through joint inspections, permits and coordination meetings
• Separate contractor performance from client-controlled conditions and shared responsibilities
• Scorecard reviews link performance trends to contract management actions

Participants can distinguish external disclosure requirements from internal safety management reporting.

• GRI 403 disclosures mapped to occupational health and safety data requirements
• Regulatory notification criteria separated from internal incident escalation thresholds
• External reporting boundaries documented for employees, contractors and non-employees
• Materiality assessments identify workforce safety topics requiring executive disclosure
• Reconcile published safety figures with internal KPI packs and source records
• Disclosure controls assign review, approval and evidence-retention responsibilities

Participants can plan the rollout, adoption and review of an improved safety reporting system.

• Gap assessment compares current reports against defined measurement system requirements
• Prioritise implementation actions using risk, value, effort and dependency criteria
• Pilot new KPIs with selected sites before wider reporting deployment
• Training plans prepare data owners, reviewers and report users for new processes
• Change-control procedures manage KPI revisions, system updates and communication
• Ninety-day implementation roadmap defines milestones, ownership and success measures

Participants can build, review and present a complete safety performance measurement and KPI reporting pack.

• Scope a safety measurement problem using organisational risks and stakeholder decisions
• Build KPI specifications covering definitions, sources, calculations and ownership
• Analyse supplied safety data using rates, trends, stratification and control charts
• Prepare an executive dashboard with exceptions, actions and escalation requirements
• Conduct peer review against data-quality, governance and assurance criteria
• Present recommendations, implementation priorities and management review decisions