Health and Safety at Work Training Course

Participants can structure a safety management system around policy, planning, delivery and review.

• ISO 45001 clauses mapped to practical safety management responsibilities
• HSG65 Plan-Do-Check-Act model for safety management arrangements
• Health and safety policy statements with measurable management commitments
• Roles, authorities and competence requirements documented within organisational procedures
• Annual objectives translated into actions, owners, resources and deadlines
• Document control for procedures, records, revisions and approved distribution

Participants can produce task-based risk assessments that identify hazards, exposed people and controls.

• Task analysis identifies work steps, hazards, people and exposure routes
• Risk matrices calibrated using likelihood, consequence and existing controls
• Hazard registers structured by activity, location, owner and review date
• Vulnerable workers considered through individual capability and exposure factors
• Residual risk decisions recorded after control implementation and verification
• Dynamic risk assessment used when work conditions materially change

Participants can select proportionate controls and specify safe systems of work.

• Hierarchy of controls applied before administrative rules and personal protection
• Elimination and substitution options tested during task and process design
• Engineering controls specified through guarding, enclosure, ventilation and interlocks
• Safe work procedures define sequence, limits, checks and stop-work criteria
• Personal protective equipment selected using hazard, fit and compatibility evidence
• Control verification confirms implementation, use, maintenance and continuing effectiveness

Participants can recognise exposure pathways and plan proportionate occupational hygiene action.

• Anticipate, recognise, evaluate and control framework guides hygiene assessment
• Exposure routes include inhalation, skin absorption, ingestion and injection
• Similar exposure groups created from tasks, materials and control conditions
• Safety data sheets reviewed for hazards, limits and handling measures
• Workplace exposure limits interpreted with task duration and concentration data
• Specialist referral criteria identified for uncertain or high-risk exposures

Participants can manage chemical hazards through inventory control, assessment and exposure reduction.

• Chemical inventories record substances, quantities, locations and responsible persons
• GHS labels and pictograms interpreted for storage and handling decisions
• COSHH-style assessments link substances, tasks, exposures and control measures
• Local exhaust ventilation examined through capture, containment and maintenance checks
• Spill response procedures specify containment, cleanup, disposal and reporting
• Health surveillance triggers identified for sensitising, toxic and carcinogenic substances

Participants can identify physical-agent risks and specify monitoring and control measures.

• Noise assessments combine source levels, exposure duration and hearing protection
• Hand-arm vibration exposure estimated from tool data and trigger times
• Whole-body vibration risks assessed for vehicle operators and driving conditions
• Thermal comfort reviewed through temperature, humidity, air movement and workload
• Ionising and non-ionising radiation hazards require controlled access arrangements
• Exposure monitoring plans define methods, frequency, records and escalation thresholds

Participants can reduce ergonomic strain and biological exposure using task-specific controls.

• Manual handling assessment considers load, task, individual and environment factors
• REBA screening identifies posture risks during repetitive work activities
• Workstation assessments address display height, seating, reach and lighting
• Biological hazard controls include hygiene, vaccination, containment and waste segregation
• Sharps injury prevention combines safer devices, disposal and reporting procedures
• Return-to-work adjustments address restrictions, capability and medical confidentiality

Participants can develop emergency arrangements based on credible scenarios and response roles.

• Fire risk assessments identify ignition, fuel, oxygen and vulnerable occupants
• Means of escape checked for travel distance, signage and obstruction control
• Emergency plans assign incident command, evacuation and communication responsibilities
• Assembly point arrangements account for visitors, contractors and missing persons
• Fire extinguisher selection matches likely fire classes and user competence
• Drill debriefs record timing, failures, corrective actions and retest dates

Participants can identify machinery and energy hazards and specify isolation controls.

• Machine guarding assessed for access prevention, interlocks and fail-safe operation
• Lockout-tagout procedures isolate electrical, hydraulic, pneumatic and stored energy
• Electrical inspections examine damaged leads, earthing, overloads and temporary supplies
• Preventive maintenance plans include safety-critical checks and defect escalation
• Permit controls govern testing, isolation removal and equipment return-to-service
• Unauthorized modification risks controlled through engineering change management

Participants can plan controls for high-risk work using permits, rescue measures and supervision.

• Work-at-height hierarchy prioritises avoidance, collective protection and fall arrest
• Scaffold inspections verify foundations, access, tags, guardrails and alterations
• Confined-space assessments address atmosphere, engulfment, access and rescue capability
• Gas testing records oxygen, flammability and toxic contaminant readings
• Excavation controls address collapse, buried services, access and water ingress
• Rescue plans specify equipment, trained responders, communications and response times

Participants can control contractor risk from selection through work completion and review.

• Prequalification checks examine competence, insurance, incident history and safety arrangements
• Contract scopes define responsibilities, interfaces, controls and reporting requirements
• Induction content covers site rules, hazards, emergencies and supervision
• Permit-to-work systems coordinate hazardous tasks between multiple work parties
• Toolbox talks communicate changing conditions, controls and worker concerns
• Completion reviews confirm reinstatement, housekeeping, permit closure and lessons learned

Participants can investigate incidents, identify causal factors and track corrective actions to closure.

• Immediate response protects people, preserves evidence and controls ongoing hazards
• Incident classification distinguishes injury, illness, damage, near miss and dangerous occurrence
• Five whys analysis tests causal chains beyond individual behaviour
• Fishbone diagrams organise people, equipment, process, environment and management factors
• Witness interviews use open questions, chronology and evidence corroboration
• Corrective actions specify root causes, owners, deadlines and effectiveness checks

Participants can identify health surveillance needs while protecting personal medical information.

• Health surveillance differs from screening, diagnosis and sickness absence management
• Exposure-based surveillance programmes define eligibility, intervals and referral routes
• Occupational health referrals separate functional capability from confidential medical details
• Fatigue risk controls address shift patterns, rest breaks and critical tasks
• Psychosocial risk factors include workload, control, support, relationships and change
• Fitness-for-work decisions document restrictions, adjustments and review dates

Participants can conduct structured inspections and internal audits that produce useful findings.

• Inspection checklists target critical controls, conditions, behaviours and records
• Sampling plans select representative locations, shifts, tasks and worker groups
• Audit criteria compare documented arrangements with ISO 45001 requirements
• Evidence collection uses observation, interview, document review and photographs
• Nonconformities written with requirement, evidence, risk and corrective action
• Closing meetings distinguish immediate corrections from systemic improvement actions

Participants can create safety measures that support management decisions and corrective action.

• Leading indicators measure planned inspections, training, observations and action closure
• Lagging indicators track injuries, illness, damage and lost work time
• Trend analysis separates frequency, severity, exposure hours and recurring causes
• Safety dashboards present priorities, thresholds, ownership and overdue actions
• Management review inputs include audit results, incidents, objectives and resources
• Action tracking confirms completion, effectiveness, recurrence prevention and escalation

Participants can involve workers in safety decisions and communicate controls clearly.

• Consultation methods gather worker knowledge before changes to work processes
• Safety committees review trends, concerns, actions and unresolved control failures
• Toolbox talk design uses task hazards, controls and worker questions
• Safety observations distinguish learning conversations from disciplinary investigations
• Stop-work authority establishes escalation routes without retaliation or delay
• Change communication explains new hazards, revised controls and competence requirements

Participants can prioritise safety improvements, assign resources and monitor implementation progress.

• Gap analysis compares current controls against legal, system and risk requirements
• Risk-based prioritisation ranks actions by exposure, consequence, urgency and feasibility
• Implementation plans define milestones, accountable owners, resources and dependencies
• Competence matrices identify training, supervision and authorisation requirements
• Management-of-change reviews assess hazards before equipment, process or staffing changes
• Review cycles test implementation evidence, control effectiveness and residual risk

Participants can build, review and present a complete occupational health and safety improvement plan.

• Workplace profile defines activities, people, assets, hazards and legal duties
• Risk register prioritises significant exposures, existing controls and residual risks
• Hygiene monitoring strategy identifies exposure groups, methods and specialist support
• Improvement plan assigns actions, owners, resources, deadlines and success measures
• Peer review tests legal evidence, control suitability and implementation practicality
• Final presentation defends priorities, monitoring arrangements and management review inputs