Transport Safety Management Training Course

Participants can establish clear governance and accountable ownership for transport safety controls.

• Board-level transport safety responsibilities translated into operational accountabilities
• RACI matrices assign ownership for vehicles, drivers, routes and incidents
• Safety policy commitments linked to measurable transport safety objectives
• Worker consultation arrangements capture driver and operator safety concerns
• Management of change controls applied to new routes and vehicles
• Escalation thresholds defined for serious incidents and critical control failures

Participants can identify hazards across journeys, vehicles, loading activities and workplaces.

• Task-based hazard identification covers driving, reversing, loading and unloading
• Vehicle-pedestrian interface hazards mapped at depots, yards and delivery sites
• Route hazards assessed for terrain, weather, traffic and security
• Driver health factors include fatigue, impairment, stress and medical fitness
• Load-related hazards include stability, restraint, lifting and dangerous goods
• Contractor transport interfaces examined through handovers and shared responsibilities

Participants can assess transport risks and specify controls that prevent serious events.

• Risk matrices calibrated using credible likelihood and consequence definitions
• Bow-tie analysis identifies preventive barriers and recovery controls
• Critical controls selected for collision, rollover and pedestrian-strike scenarios
• Control effectiveness tested through verification questions and field evidence
• Residual risk decisions recorded with accountable management approval
• Risk registers link hazards, controls, owners, due dates and assurance

Participants can create journey management arrangements for routine and higher-risk travel.

• Journey management plans define route, timings, stops and communications
• Route risk assessments account for road condition, weather and congestion
• Travel authorisation criteria applied to remote, night and cross-border journeys
• Check-in protocols specify missed-contact escalation and emergency response
• Alternative transport options assessed using risk, cost and operational need
• Dynamic route changes controlled through supervisor approval and driver briefings

Participants can establish driver selection, competence and fitness-for-work controls.

• Driver selection checks verify licences, experience, medical fitness and references
• Competence matrices identify induction, refresher and vehicle-specific training requirements
• Defensive driving standards translated into observable behavioural expectations
• Fatigue risk management addresses hours, breaks, sleep and roster design
• Alcohol, drugs and medication controls address impairment risks proportionately
• Driver performance reviews combine telematics, observations, incidents and coaching

Participants can specify vehicle condition, inspection and maintenance control requirements.

• Vehicle selection considers task demands, payload, terrain and safety features
• Pre-use inspection checklists cover tyres, brakes, lights and restraints
• Defect reporting systems assign repair priorities and vehicle withdrawal criteria
• Preventive maintenance schedules follow manufacturer requirements and operating conditions
• Safety-critical equipment includes cameras, alarms, guards and fire extinguishers
• Maintenance records provide traceability for inspections, repairs and release decisions

Participants can design traffic-management controls for vehicles operating near people and infrastructure.

• Traffic management plans separate pedestrians, vehicles and loading activities
• One-way systems reduce reversing movements and conflicting vehicle paths
• Reversing controls use elimination, banksmen, cameras and exclusion zones
• Site speed limits supported by signage, design features and supervision
• Loading-bay controls address vehicle restraint, dock edges and driver access
• Temporary traffic changes managed through briefing, signage and inspection

Participants can manage loading, load security and dangerous-goods transport interfaces.

• Load plans confirm weight distribution, axle limits and vehicle stability
• Load restraint methods selected using lashings, blocking and containment systems
• Loading and unloading procedures control falls, crush hazards and vehicle movement
• Dangerous goods responsibilities allocated among consignors, carriers and receivers
• Segregation requirements assessed for incompatible substances and mixed loads
• Emergency information accompanies hazardous loads through transport documentation

Participants can assess and manage transport safety risks introduced by contractors and suppliers.

• Prequalification evaluates contractor safety systems, competence and incident history
• Transport safety requirements embedded within scopes, contracts and purchase orders
• Contractor mobilisation checks verify vehicles, drivers and emergency arrangements
• Site rules communicated through inductions, permits and supervisor briefings
• Performance reviews examine incidents, observations, audits and corrective actions
• Offboarding reviews capture unresolved risks, records and improvement actions

Participants can prepare coordinated response arrangements for transport-related emergencies.

• Emergency scenarios prioritised using credible transport event consequence analysis
• Collision response procedures address medical care, scene safety and notifications
• Vehicle fire arrangements identify evacuation, suppression and emergency services
• Spill response plans define containment materials, roles and reporting requirements
• Crisis communications specify family liaison, media control and stakeholder updates
• Post-event recovery considers vehicle release, welfare and operational continuity

Participants can investigate transport incidents and turn findings into effective corrective actions.

• Initial response preserves evidence, protects people and secures the scene
• Witness interviews use open questions, chronology and corroborating evidence
• Evidence collection includes telematics, photographs, documents and physical observations
• Five Whys and causal factor analysis identify underlying control failures
• Barrier analysis tests why preventive and recovery controls failed
• Corrective actions specify owners, deadlines, verification and closure evidence

Participants can select, analyse and report transport safety performance measures.

• Leading indicators track inspections, coaching, corrective actions and control verification
• Lagging indicators classify collisions, injuries, damage and environmental releases
• Exposure measures include kilometres travelled, driving hours and deliveries completed
• Rate calculations use consistent denominators and clearly defined event categories
• Dashboards present trends, exceptions, actions and accountable owners
• Data-quality checks address missing reports, duplicate events and inconsistent classifications

Participants can audit transport controls and prepare evidence-based management review inputs.

• Audit criteria combine legal requirements, internal procedures and critical controls
• Sampling plans select routes, vehicles, records, drivers and contractor activities
• Interview techniques test whether documented controls operate as intended
• Findings written with objective evidence, risk rating and requirement references
• Corrective-action follow-up verifies completion and sustained control effectiveness
• Management reviews evaluate objectives, trends, resources and improvement priorities

Participants can prioritise transport safety improvements using risk, evidence and resource requirements.

• Improvement opportunities prioritised using risk reduction, feasibility and urgency criteria
• Action plans specify milestones, owners, resources and approval requirements
• Capital controls compared against procedural and behavioural control options
• Change plans address communications, training, supervision and performance monitoring
• Benefits cases connect safety improvements with operational reliability and cost
• Implementation risks assessed before controls enter routine operations

Participants can assemble the evidence and documents needed for a complete transport safety plan.

• Management-plan structure links policy, risks, controls, assurance and review
• Risk registers consolidated across journeys, vehicles, sites and contractors
• Critical control standards written with clear verification and accountability requirements
• Performance measures aligned with objectives, action plans and review cycles
• Emergency arrangements integrated with incident reporting and business continuity
• Implementation roadmaps sequence approvals, communications, training and assurance activities

Participants can build, review and present a complete transport safety management plan for a defined operation.

• Operational scope defined using fleet, journey, workplace and contractor interfaces
• Risk profile justified through hazards, exposure data and critical scenarios
• Control strategy integrates driver, vehicle, route and workplace measures
• Governance model assigns accountable roles, reporting lines and review forums
• Assurance programme combines inspections, audits, indicators and corrective-action verification
• Peer review tests plan completeness, practicality and implementation priorities