NEBOSH - Advanced Health & Safety Management System

Understand how a written health and safety policy underpins the safety system, with the three sections—statement of intent, organization, and arrangement—defining aims, responsibilities, and day-to-day risk controls.

Define safety culture and its assessment through shared values, attitudes, and behaviors toward risk and safety procedures. Explore how leadership tone and peer influence shape safety climate.

Explore how organizational, job, and individual factors shape safety culture and behavior in the workplace, including leadership, resources, communication, task design, and social norms.

Drive lasting safety culture through leader example, two-way communication, and active worker involvement, underpinned by ongoing training, consultation, and a fair just culture that balances accountability with system improvement.

Deliver safety messages through verbal, written, and graphic channels to ensure understanding, while formal safety committees and toolbox talks address barriers and promote two-way consultation and feedback.

Identify hazards, assess likelihood and severity, and implement proportional controls to prevent injuries. Use qualitative and quantitative risk assessment to prioritize safety and ensure legal compliance.

Apply five-step risk assessment process to identify hazards, consider who is at risk, choose controls using the hierarchy (elimination to personal protective equipment), implement them, document findings, and review regularly.

Apply the hierarchy of control to manage risk by prioritizing hazard elimination, substitution, and engineering controls, then administrative measures and PPE, to create layered, collective protection.

Develop and implement safe systems of work by translating risk assessment findings into clear, actionable steps that address people, equipment, materials, and environment, with training, monitoring, and periodic reviews.

Explore permit-to-work systems that control high-risk tasks through issuing authority, performing authority, and workers, following a lifecycle from issue, acceptance, display at the job site, return, to cancellation, with audits.

Conduct proactive inspections and safety sampling to verify controls and track compliance before incidents occur. Analyze findings, assign corrective actions, and involve workers and management to improve safety.

Turn incident data from accidents, near misses, dangerous occurrences, and ill health into statistics to reveal safety weaknesses, track frequency and severity rates, and drive systemic improvements through trend analysis.

Investigate incidents using a four-step process to gather facts, analyze immediate, underlying, and root causes, and implement changes guided by the hierarchy of control with an action plan and follow-up.

Conduct formal audits to evaluate the health and safety management system, comparing documentation with practice, using internal or external auditors, and following preparation, evidence gathering, and reporting to drive improvement.

Review the safety management system through a formal management review to ensure it remains suitable, adequate, and effective, guided by audits, incident data, worker feedback, and ISO 45001 standards.

Learn to assess and control machinery risks across its life cycle, from hazard types like entanglement and crushing to guarding solutions, operator training, and lockout procedures.

Identify how electricity harms workers through electric shock, burns, arcing, and fires, and apply layered controls—insulation, earthing, RCDs, PAT testing, lockout/tagout—to minimize electrical risk.

Explore the fire safety framework, including the fire triangle and tetrahedron, and learn to prevent fires, assess risks, install detectors, and ensure safe evacuation through clear escape routes.

Explore how ergonomics fit the worker, assess manual handling risks with the tile framework, and apply a hierarchy of controls from automation to training to prevent musculoskeletal disorders.

Explore chemical and biological health hazards, their routes of entry, forms (dusts, vapors, fumes, gases), potential acute and chronic effects, and the hierarchy of controls from elimination to PPE.