Santé et sécurité au travailCertifications - Santé et sécurité au travail (ERE)
Health and Safety at Work
Séquencement
Learning objectives
Master: • The regulatory framework for the risk prevention function in the enterprise and actions relating to relations with external enterprises • The role of different actors in risk management, their missions, competencies and operating rules • Post facto knowledge tools to analyse and exploit incidents and anomalies
Program
Summary of the Teaching Module: • Definitions and Principle: Health, Occupational Safety, Hazard, Risk, Alea, Prevention, Protection, Crisis and Opportunity • Prevention actors, roles and responsibilities • The regulatory framework: o Principles of Prevention o Single Occupational Risk Assessment Document o Risks Co-activity (prevention plan, safety protocol) o Specific Risks o Regulatory Obligations o Security Training • Event analysis o Introduction to Event Analysis o Labour Accidents and Occupational Diseases (AT-MP) and CERFA forms o Understanding workplace events o Simplified Analysis (5 Why, QQOQCCP) o Behavioural approach (ABC method), Systemic approach o Step by Step Event Analysis o Some analytical methods (the tree of causes, the bow knot, the 5 dominoes) • Methods and tools of prevention: o Training Security o Documented media and targeted communication o The prevention of specific PPE protection is not addressed in this teaching module. • Security and behaviour - Principles Leadership Safety and Employee Participation: o Culture Security – Ways to Do and Ways to Think ? o What shared vision of risks? o The pillars of security o Industrial Security: Secured and Managed Security o What Leadership Safety and Large Families of Safety Culture o Involvement of employees (management and field actors) in occupational health and safety • Prevention of Serious and Mortal Accidents / Approach Golden Rules Health and Safety: o Serious and Mortal Accident Prevention Model o Gold Rules, why? and key principles • Evaluation of Performance and Performance Indicators Safety: o Safety Control - PDCA- General Introduction and Principle ISO 31000 Risk Management Process and Principle Safety Management System (General Introduction ISO 45001) o What a difference between proactive indicators (Leading) and reactive indicators (Lagging) o Safety Management Performance (SMS) Evaluation o SIPS (Safety Performance Indicators System) and Safety Performance Indicators • Emergency preparedness and response: o ORSEC (general provisions and specific provisions) o Own organization of the Actors "operational response of the actors" the different names o PPI and POI Articulation o Fiscal Period o Crisis management (before, during, after) o The Return of Experience (REX) • Understanding the challenges facing the Security Organization: o Security Issues (Human, Financial, Penal, d-Image) o Influence and issues o Internal Issues and External Issues Related to the Organization's Context • Key values and good practices in prevention: o Essential values o Good Practices to Prevent Occupational Risks o Case study + Duty Home based on the theme Good Practice in Prevention retained by the student
Course Support Summary:
- Fundamentals - Definitions and Principles of Occupational Health and Safety
- Prevention actors: roles and responsibilities
- The Regulatory Framework Single Document - Co-activity - Specific risks – Obligations Regulatory
- Event analysis - Prevention methods and tools (security training, documented support and targeted communication)
- Security and behaviour - Principles Leadership Safety and Employee Participation
- Prevention of Serious and Mortal Accidents / Approach Golden Rules Health and Safety
- Evaluation of Performance and Performance Indicators Safety
- Emergency preparedness and response
- Understanding the challenges of the Organization Safety and Essential values and best practices in prevention
Assessment
Table control (duration 1h30)
Skills
1| Ref. | Verb | Description | Level |
|---|---|---|---|
| C7 | implement | Ensure the operational application of devices related to occupational safety. Optimize operational quality/performance torque | 3 |