Health and Safety Risk Management

Explore hazard, risk, risk assessment, risk controls, and risk appetite; learn high-risk hazard identification and generic, specific, and dynamic risk assessments through a step-by-step, competent team approach.

Identify hazards and assess risk using real-world examples, from heavy machinery to wet floors. Learn risk controls and risk appetite, and apply the hierarchy of controls to reduce harm.

Conduct a systematic risk assessment by examining your work environment for potential harm and evaluating whether adequate precautions exist to keep the workplace safer.

identify hazards and evaluate severity and frequency. prioritize risks by severity and likelihood; perform risk assessment and implement practical controls.

Learn how risk management prevents accidents by identifying hazards, assessing risk, and applying controls, training, and safe work practices to protect workers and ensure legal compliance.

Coordinate a multidisciplinary risk assessment team, including HSE representatives, managers, workers, engineers, health professionals, and external consultants, to identify hazards, evaluate risks, and implement practical controls that reflect safety regulations.

Ensure suitable and sufficient risk assessments by a competent assessor, with worker and safety team involvement, tailored to task risk and scale, addressing hazards, controls, emergency planning, and clear communication.

Explore generic, specific, and dynamic risk assessments: reuse templates for routine office hazards, tailor plans for high-risk tasks, and perform real-time assessments when conditions change.

Assess fire, coshh, display screen equipment, manual handling, and noise risks. Then implement protective measures like hot work permits, fire alarms and extinguishers, ventilation, adjustable chairs, and personal protective equipment.

Explore the five steps of risk assessment in health and safety risk management: identify hazards, assess who may be harmed, evaluate risks, take precautions, record findings, and review and update.

Categorize workplace hazards and apply key identification techniques, supported by documentary sources, while recognizing long-term and non-routine risks to build a strong safety management foundation.

Identify hazards using inspections, employee feedback and reporting systems to uncover unsafe conditions and behaviors; supplement with incident investigations, safety data sheets, legislation updates, and task analysis for risk management.

Explore health and safety task analysis through a real-world construction scenario using heavy machinery to lift large materials, with a step-by-step breakdown, hazards, and risk control measures.

Identify and categorize hazards in the workplace to tailor prevention and control strategies, covering physical, chemical, biological, ergonomic, psychosocial, mechanical, electrical, environmental, and transport hazards.

Identify hazards by consulting internal sources like risk assessments, accident and maintenance records, training logs, and audits, plus external sources such as legislation and safety data sheets.

Identify health hazards and risks from long term and non routine activities in a risk management system, and implement controls, personal protective equipment, and training to protect workers' health.

Identify who may be at risk in the workplace hazards, including vulnerable individuals, and explore how role, environment, and needs shape effective safety measures to keep everyone safe.

Identify groups at risk from workplace hazards, including workers, visitors, contractors, the general public, and vulnerable groups. Describe how they are exposed to physical, chemical, and ergonomic risks.

Identify groups at risk in the risk assessment, including workers, visitors and contractors, the general public, and vulnerable groups, and discuss appropriate controls to protect them.

Compare qualitative, semi-quantitative, and quantitative risk assessment approaches, apply risk assessment matrix to evaluate likelihood and severity, prioritize risks using five parameters and risk criteria via hierarchy of risk controls.

Prepare for risk assessment by gathering tools, forms, PPE, and detectors. Review past assessments, safety committees, and records to identify hazards and determine controls.

Explore qualitative, semi-quantitative, and quantitative risk assessments, learn how scoring ranks hazards, and discover how data, calculations, and probability models guide decision making.

Apply quantitative risk assessment techniques that use data and probability to yield precise risk evaluations, including fault tree analysis, event tree analysis, FMEA, HAZOP, and LOPA.

Apply a word-based qualitative risk assessment using a likelihood–consequence matrix to classify risks from trivial to intolerable, enabling monitoring, controls, and appropriate actions.

Explore semi-quantitative risk assessment using the five by five risk matrix to evaluate risk by likelihood and consequences, producing low, medium, high, or extreme risk levels.

Multiply likelihood by consequence on a 1–5 scale to obtain a 1–25 risk score, classify as tolerable to intolerable, and implement controls before work.

Apply a five by five semi-quantitative risk matrix to tower crane safety, classify risk levels from tolerable to intolerable, and compare two scenarios with recommended controls and actions.

Apply the hazard rating number method to risk evaluation by weighing likelihood, exposure frequency, and harm to people and assets, then compute HRN to prioritize actions.

Learn to use a risk nomogram to calculate risk scores by combining likelihood, exposure, and consequences, then interpret results to guide mitigation decisions.

Assess cost effectiveness by estimating risk reduction from selected controls (elimination, engineering controls, PPE), and compare it to the blue tie line in the middle using a justification factor.

Prioritize hazards by potential impact and likelihood with a risk matrix weighing likelihood and consequence, plus cost-benefit analysis, aiming for alarp as you tackle high likelihood and high severity risks.

Explore the hierarchy of risk controls as a ladder from elimination to PPE. See how each level reduces hazards with engineering, administrative controls, and substitution.

Turn your risk assessment into actionable safety plans by creating detailed documentation and justifying control measures based on risk level and practicality for a robust workplace safety strategy.

Document risk assessments clearly to manage what’s recorded. Capture area, activities, team, hazards, people at risk, controls, risk evaluation, further controls, and review dates to customize templates.

Layer multiple controls by risk level and practicality; prioritize elimination or engineering controls when feasible, otherwise use substitution, administrative measures, and personal protective equipment.

Develop and implement a structured action plan after risk assessment by prioritizing severe hazards, pursuing quick wins, and designing long-term controls, with training, responsibility allocation, and ongoing review.

Implement a review schedule to keep risk assessments effective over time, updating them for workplace changes, incidents, or new hazards, and build a sustainable, proactive risk management approach.

Treat risk assessments as living documents that evolve with your workplace, and establish a review schedule to keep controls effective; consult workers and update documentation based on risk level.

Communicate risk assessments clearly to frontline workers, supervisors, managers, contractors, and visitors, using simple language and multiple methods to foster a culture of safety and feedback.

Conclude the occupational health and safety risk management course and apply insights to strengthen safety culture. Pursue ongoing professional growth through CPD, trainings, and networking, staying informed and safe.