5. The expanded HSE management system

5.1 HSE governance and the evidence to require

Set the structure during mobilisation. The client sets expectations and the reporting threshold for serious incidents, high-potential near misses, regulatory contact and work stoppage. The contractor appoints a competent HSE manager with real authority, discipline-specific supervisors and coverage for every shift and work front. The PMC HSE manager reports independently through the PMC project manager to the client while coordinating daily with the contractor's HSE lead.

5.2 Review and approve the project HSE plan

Review the plan against the contract, client standards, approved design, site logistics and applicable legal requirements — never approve it as a generic document. It must name the project, work locations, planned sequence, emergency contacts, local hazards, supervision arrangements, high-risk activities, welfare provisions, environmental controls, monitoring frequency and the subcontractor-management process. It must also contain a task-risk-assessment process reviewed whenever scope, design, location, weather, method, workforce, equipment or interface changes.

5.3 Pre-start gates before releasing a work package

A location-specific readiness review stops the common failure of trying to control risk after crews are already mobilised.

5.4 Control high-risk construction activities

High-risk work needs activity-specific planning, competent supervision, permits or authorisations where applicable, and field verification by the contractor. The PMC samples and audits based on risk, work volume, contractor performance and change in conditions. These focal points do not replace legal requirements or task-specific planning.

5.5 Permit-to-work and energy control

A permit is a formal authorisation, not a control in itself. It must be issued by a competent person after conditions are verified, accepted by the supervisor doing the work, displayed or accessible at the location, audited during the shift, and suspended when conditions change. Shift handover, isolation control, concurrent permits, emergency termination and close-out must be explicit. Periodically trace one permit end to end.

5.6 Competence, induction and worker engagement

Generic induction records are not enough. Verify trade qualifications, licences, equipment authorisations, medical fitness where required, supervisor competence, language comprehension and task-specific training, with proportionate arrangements for new starters, visitors, young workers, temporary workers and subcontractor personnel. Daily pre-task briefings should cover the specific work, key hazards, controls, changes since the last shift, stop-work triggers and emergency arrangements. Interview workers away from immediate supervision to test whether they understand the hazards, feel able to report concerns and can identify emergency arrangements.

5.7 Inspections, audits and corrective actions

Maintain a risk-based assurance plan: daily observational walks, scheduled weekly inspections, targeted high-risk-work audits, monthly management audits and independent checks after serious events or repeated non-compliance. Specify what is sampled, who checks, the standard used, action severity, evidence, due date and escalation level. Close-out is complete only when the action is verified in the field; photographs support closure but do not replace field verification where the risk is significant.

5.8 Incidents, near misses and learning

Define reportable categories and notification deadlines. The contractor protects people, provides emergency support, preserves the scene where appropriate, notifies the required parties and submits preliminary information. The PMC confirms the immediate response is proportionate and that high-potential near misses are learned from as seriously as harm events. Investigations must establish what happened, why controls failed or were absent, what organisational conditions contributed and what must change — blaming an individual is never a substitute for correcting supervision, planning, equipment, competence, schedule pressure, communication or design.

Use the incident report form to capture events with a reference number and a factual, contemporaneous record.

5.9–5.10 Emergency preparedness, health, welfare and environment

Build arrangements for credible scenarios: injury and medical evacuation, fire, collapse, excavation rescue, confined-space rescue, electrical shock, hazardous release, severe weather, flooding, security events and off-site or public impact — with communications, muster points, emergency-service access, routes, equipment, first aid, trained responders, nearest capable medical facilities and contingencies for night work or restricted access. Witness drills that test real constraints rather than ceremonial exercises, and let each drill generate actions.

Health oversight must address chronic exposures and wellbeing: heat stress, fatigue, drinking water, sanitation, hygiene, eating areas, dust, noise, vibration, manual handling, ergonomics, hazardous substances, mental-health support and fitness for work. Medical or personal data must be handled only by authorised parties under applicable privacy obligations. Environmental controls belong in logistics and work planning: waste segregation and disposal routes, spill kits and response drills, fuel and chemical storage, drainage protection, dust suppression, noise and vibration control, sediment control, wash-down where needed, community constraints and statutory monitoring.

Related: fuel storage and plant refuelling controls.

5.11 Metrics and client reporting

Report lagging indicators such as recordable injuries and environmental incidents alongside leading indicators such as leadership engagement, permit quality, training completion, high-risk-work verification, close-out performance and near-miss learning. The most useful dashboard shows trends, context, repeated findings, risk severity and whether corrective actions actually worked.