A technical safety guide explaining the principles and practical application of ALARP (As Low As Reasonably Practicable) and SFAIRP (So Far As Is Reasonably Practicable) in engineering risk management. The guide covers hazard identification, risk reduction measures, reasonable foreseeability, proportionality, safety legislation, engineering risk analysis and demonstrating that risks have been reduced through reasonably practicable controls.
A visual, clause-by-clause handbook on IS 15656:2006 covering hazard identification, risk analysis, HAZOP, FMEA, FTA, ETA, consequence analysis and risk assessment techniques.
A 36-page Risk Assessment Training presentation covering hazard identification, risk evaluation, legal requirements, risk control, hierarchy of controls, ALARP, risk matrices, add…
A practical 24-page guide covering key risk management issues in warehousing, including fire safety, hot work, flooding, security, worker safety, forklifts, material storage, pall…
A comprehensive 273-page study text for NEBOSH General International Certificate in Occupational Health & Safety, Unit GIC2 – Risk Assessment. The guide provides structured learni…
A 4-page Integrated Management System procedure providing a structured framework for identifying, evaluating, controlling and monitoring risks and opportunities affecting organiza…
A 9-page NEBOSH National Diploma Unit A learning resource explaining Fault Tree Analysis (FTA) and Event Tree Analysis (ETA), including their principles, applications, logic gates…
A 55-page process safety training presentation introducing Bow Tie Analysis and its application to major accident hazards, loss of containment, threats, preventive and mitigatory…
A 23-page World Economic Forum white paper examining how enterprise risk management is expected to evolve towards 2035, with emphasis on interconnected risks, preparedness, contin…
