LAPT
London Academy of Professional Training
Master Certificate
Level 6-7
Leadership
ISO Security Safety & Risk
ISO 13849 — Safety of Machinery Safety-Related Parts
REF: SSR-RSK-13849
Who Is It For
This certification is designed for safety managers, risk assessors, and engineers with substantial experience in machinery safety who wish to enhance their leadership capabilities and ensure their organisation meets the rigorous demands of safety standards.
Prerequisites
None
Awarding Body: LAPT — London Academy of Professional Training
Curriculum Overview
1
Evaluation and Continuous Improvement
Understanding ISO 13849 Fundamentals
6 classes
1.1 Define Key Concepts of ISO 13849
1.2 Identify Safety-Related Parts in Machinery
1.3 Assess Risk Evaluation Process in Machinery Safety
1.4 Analyze Performance Levels and Safety Categories
1.5 Implement Design Principles for Safety-Related Parts
1.6 Develop a Continuous Improvement Plan for ISO 13849 Compliance
Risk Assessment Methodologies in Machinery Safety
6 classes
2.1 Define Key Concepts in Risk Assessment for Machinery Safety
2.2 Identify Hazards Associated with Machinery Operations
2.3 Evaluate Risks Using Standard Risk Assessment Methodologies
2.4 Apply the Hierarchy of Control Measures in Risk Management
2.5 Develop a Risk Assessment Report Based on Case Studies
2.6 Implement Continuous Improvement Strategies Post Risk Assessment
Designing Safe Systems Based on ISO 13849
6 classes
3.1 Identify Key Concepts of ISO 13849 for Safe System Design
3.2 Analyze the Role of Safety-Related Parts in Machinery
3.3 Evaluate Risk Assessment Techniques in Compliance with ISO 13849
3.4 Apply the Principles of Performance Levels to Safety Functions
3.5 Develop a Continuous Improvement Plan for Safety Systems
3.6 Create an Implementation Strategy for ISO 13849 Compliance
Monitoring and Measuring Safety System Performance
6 classes
4.1 Identify Key Performance Indicators for Safety Systems
4.2 Develop a Monitoring Plan for Safety-Related Parts
4.3 Implement Data Collection Techniques for Safety Performance
4.4 Analyze Collected Data to Assess Safety System Effectiveness
4.5 Implement Continuous Improvement Strategies for Safety Systems
4.6 Review and Revise Monitoring Processes for Enhanced Safety
Implementing a Continuous Improvement Framework
6 classes
5.1 Define Continuous Improvement within ISO 13849 Standards
5.2 Identify Key Components of a Continuous Improvement Framework
5.3 Analyze Existing Safety Processes for Improvement Opportunities
5.4 Develop Metrics for Measuring Continuous Improvement Success
5.5 Implement Effective Feedback Mechanisms for Stakeholder Engagement
5.6 Create an Action Plan for Sustaining Continuous Improvement Initiatives
2
Team Leadership in Safety Management
Understanding ISO 13849: Framework and Terminology
6 classes
1.1 Define ISO 13849 and Its Importance in Machinery Safety
1.2 Identify Key Terminology in ISO 13849 Framework
1.3 Explain the Structure of Safety-Related Parts
1.4 Discuss the Role of Leadership in Implementing ISO 13849
1.5 Analyze Case Studies Illustrating ISO 13849 Applications
1.6 Develop a Basic Implementation Plan for ISO 13849 Compliance
Risk Assessment and Management Principles in Safety Systems
6 classes
2.1 Identify and Define Risk Factors in Machinery Safety
2.2 Analyze the Impact of Risks on Safety Systems
2.3 Evaluate Risk Assessment Methodologies for Machinery
2.4 Implement Control Measures to Mitigate Identified Risks
2.5 Monitor and Review Risk Management Strategies in Practice
2.6 Communicate Risk Analysis Results to Team Leaders
Leadership Roles in Safety Management: Responsibilities and Practices
6 classes
3.1 Define Leadership Roles in Safety Management
3.2 Identify Key Responsibilities of Team Leaders in Safety
3.3 Establish Safety Management Practices for Effective Leadership
3.4 Analyze Case Studies of Effective Safety Leadership
3.5 Develop a Personal Action Plan for Safety Leadership
3.6 Evaluate Team Dynamics and Their Impact on Safety Culture
Effective Communication and Training for Safety Leadership
6 classes
4.1 Identify Key Communication Barriers in Safety Management
4.2 Develop Active Listening Skills for Safety Leadership
4.3 Implement Effective Feedback Mechanisms in Safety Training
4.4 Design Engaging Safety Training Materials for Teams
4.5 Facilitate Safety Workshops to Enhance Team Awareness
4.6 Evaluate Communication Effectiveness in Safety Leadership
Continuous Improvement and Audits in Safety Management Systems
6 classes
5.1 Identify Key Components of Continuous Improvement in Safety Management
5.2 Analyze the Role of Audits in Enhancing Safety Standards
5.3 Evaluate Current Safety Management Practices Against ISO 13849 Standards
5.4 Develop a Continuous Improvement Plan for Safety Management Systems
5.5 Implement Effective Audit Strategies for Safety-Related Parts
5.6 Measure the Impact of Continuous Improvement on Safety Outcomes
3
Compliance and Regulatory Framework
Understanding ISO 13849: Safety-Related Parts of Machinery
6 classes
1.1 Identify the Key Objectives of ISO 13849
1.2 Analyze the Structure of Safety-Related Parts in Machinery
1.3 Explain the Risk Assessment Process Under ISO 13849
1.4 Evaluate Safety Functions and Performance Levels
1.5 Implement Compliance Strategies for Safety-Related Parts
1.6 Review Case Studies: Successful ISO 13849 Applications
Risk Assessment Methodologies in ISO 13849
6 classes
2.1 Define key concepts of risk assessment in ISO 13849
2.2 Identify different types of risks associated with machinery
2.3 Explain the role of risk assessment methodologies in compliance
2.4 Apply qualitative risk assessment techniques in real-world scenarios
2.5 Use quantitative risk assessment tools to evaluate machinery safety
2.6 Develop an action plan based on risk assessment findings
Design Principles for Safety-Related Control Systems
6 classes
3.1 Define Key Concepts in Safety-Related Control Systems
3.2 Analyze the Role of Risk Assessment in Design Principles
3.3 Examine Safety Functions and Performance Levels
3.4 Identify Components of a Safety-Related Control System
3.5 Develop Strategies for Implementing Safety Measures
3.6 Evaluate Compliance with ISO 13849 Standards
Verification and Validation Processes for Compliance
6 classes
4.1 Define Verification and Validation in the Context of ISO 13849
4.2 Identify Key Regulatory Requirements for Safety-Related Parts
4.3 Describe the Role of Risk Assessment in Verification Processes
4.4 Explore Methods and Tools for Effective Validation Testing
4.5 Analyze Case Studies of Compliance Success and Failures
4.6 Implement a Verification and Validation Plan for Machinery Safety
Implementing ISO 13849 in Organizational Practices
6 classes
5.1 Understand ISO 13849: Key Concepts and Terminology
5.2 Assess Current Practices: Evaluating Compliance Gaps
5.3 Develop a Compliance Plan: Strategic Steps for Implementation
5.4 Integrate Safety-Related Parts: Practical Application Techniques
5.5 Train the Workforce: Building Knowledge and Skills for Compliance
5.6 Monitor and Audit: Establishing Continuous Improvement Processes
4
Safety-Related Parts and Systems
Understanding the Fundamentals of ISO 13849
6 classes
1.1 Define Key Terms in ISO 13849
1.2 Explain the Structure of ISO 13849 Standard
1.3 Identify Safety-Related Parts and Their Functions
1.4 Analyze Risk Assessment Methods in Machinery Safety
1.5 Discuss Performance Levels and Safety Requirements
1.6 Apply ISO 13849 Principles to Real-World Scenarios
Risk Assessment in Safety-Related Systems
6 classes
2.1 Identify Key Components of Risk Assessment in Safety-Related Systems
2.2 Analyze Types of Hazards in Machinery Safety
2.3 Evaluate Risk Levels Using ISO 13849 Criteria
2.4 Develop a Risk Assessment Matrix for Safety-Related Parts
2.5 Implement Control Measures for Risk Mitigation in Machinery
2.6 Review and Update Risk Assessments for Continuous Improvement
Performance Levels and Safety Requirements
6 classes
3.1 Understand Performance Levels in Safety Systems
3.2 Identify Safety Requirements for Machinery Components
3.3 Analyze Different Performance Levels and Their Applications
3.4 Evaluate the Impact of Safety-Related Parts on System Performance
3.5 Assess Compliance with ISO 13849 Safety Standards
3.6 Implement Strategies for Achieving Required Performance Levels
Design and Implementation of Safety-Related Parts
6 classes
4.1 Identify Key Safety-Related Parts in Machinery
4.2 Assess Risks Associated with Safety-Related Systems
4.3 Integrate Safety Principles into Design Processes
4.4 Specify Requirements for Safety-Related Parts
4.5 Implement Testing Protocols for Safety Systems
4.6 Evaluate Performance of Safety-Related Parts in Operation
Verification and Validation of Safety Systems
6 classes
5.1 Understand the Importance of Verification in Safety Systems
5.2 Define Key Terms in Verification and Validation Processes
5.3 Identify Methods for Evaluating Safety-Related Parts
5.4 Analyze Case Studies of Verification Failures
5.5 Implement Validation Techniques for Safety Systems
5.6 Assess Real-world Applications of ISO 13849 in Safety Verification
5
Risk Assessment and Management
Understanding ISO 13849: Safety Standards and Frameworks
6 classes
1.1 Explore the Principles of ISO 13849 Safety Standards
1.2 Identify Key Components of Safety-Related Parts
1.3 Analyze Risk Assessment Techniques in Machinery Safety
1.4 Evaluate the Importance of Performance Levels in ISO 13849
1.5 Implement Risk Management Strategies in Machinery Design
1.6 Assess Compliance and Best Practices for ISO 13849
Identifying Risks: Techniques and Tools for Hazard Analysis
6 classes
2.1 Define Risks: Understanding Types and Sources of Hazards
2.2 Explore Techniques: Utilizing Checklists for Hazard Identification
2.3 Apply Tools: Conducting Brainstorming Sessions for Risk Analysis
2.4 Analyze Scenarios: Implementing What-If Analysis for Risk Evaluation
2.5 Assess Likelihood: Utilizing Risk Matrices for Prioritization
2.6 Create Action Plans: Developing Mitigation Strategies for Identified Risks
Risk Evaluation: Assessing Safety-Related Parts of Control Systems
6 classes
3.1 Identify Key Components of Safety-Related Parts in Control Systems
3.2 Analyze Potential Risks Associated with Control System Failures
3.3 Evaluate Safety Performance Levels Required for Machinery
3.4 Assess the Impact of Human Factors on Control System Safety
3.5 Develop Methods for Testing and Verifying Safety-Related Parts
3.6 Implement Continuous Improvement Strategies for Risk Management
Implementing Risk Reduction Strategies: Best Practices
6 classes
4.1 Identify and Assess Potential Risks in Machinery
4.2 Analyze Risk Levels Using ISO 13849 Guidelines
4.3 Develop Risk Reduction Strategies for Safety-Related Parts
4.4 Evaluate Effectiveness of Risk Reduction Measures
4.5 Implement Action Plans for Continual Risk Management
4.6 Review and Update Risk Assessment Practices Regularly
Monitoring and Reviewing: Continuous Improvement in Safety Management
6 classes
5.1 Identify Key Metrics for Safety Performance Monitoring
5.2 Conduct Thorough Reviews of Safety Management Systems
5.3 Analyze Data Trends to Enhance Safety Protocols
5.4 Implement Corrective Actions for Identified Risks
5.5 Engage Stakeholders in Safety Review Processes
5.6 Cultivate a Culture of Continuous Improvement in Safety
6
Introduction to ISO 13849
Fundamentals of Machinery Safety and Risk Management
6 classes
1.1 Define Key Concepts in Machinery Safety
1.2 Identify Components of Risk Management in Machinery
1.3 Explore the Principles of Safety-Related Parts
1.4 Analyze the Role of ISO 13849 in Safety Standards
1.5 Apply Risk Assessment Techniques to Machinery Safety
1.6 Develop Implementation Strategies for ISO 13849 Compliance
Overview of ISO 13849: Structure and Scope
6 classes
2.1 Define ISO 13849 and Its Importance in Machinery Safety
2.2 Identify the Structure of ISO 13849 and Its Key Components
2.3 Explain the Scope of ISO 13849 in Relation to Safety-Related Parts
2.4 Discuss the Relationship Between ISO 13849 and Other Safety Standards
2.5 Explore the Implications of ISO 13849 for Machinery Design
2.6 Apply ISO 13849 Guidelines in a Case Study Scenario
Safety-Related Parts of Control Systems
6 classes
3.1 Define Safety-Related Parts in Control Systems
3.2 Identify Key Components of ISO 13849 Standards
3.3 Explain the Role of Risk Assessment in Safety-Related Parts
3.4 Analyze Functional Safety Requirements in Machinery
3.5 Evaluate Performance Levels of Safety-Related Control Systems
3.6 Apply ISO 13849 Guidelines to Real-World Scenarios
Performance Levels and Safety Integrity Levels
6 classes
4.1 Define Performance Levels in ISO 13849
4.2 Identify Safety Integrity Levels and Their Importance
4.3 Distinguish Between Performance Levels and Safety Integrity Levels
4.4 Analyze the Relationship Between Performance Levels and Safety Risks
4.5 Evaluate Examples of Performance and Safety Integrity Levels in Machinery
4.6 Apply Performance and Safety Integrity Levels to Real-World Scenarios
Implementing ISO 13849 in Machinery Design
6 classes
5.1 Understand the Fundamentals of ISO 13849
5.2 Identify Safety-Related Parts in Machinery Design
5.3 Assess Risk Factors Using ISO 13849 Guidelines
5.4 Define Performance Levels for Safety-Related Controls
5.5 Develop an Implementation Plan for ISO 13849 Compliance
5.6 Evaluate Machinery Designs for ISO 13849 Conformance
Assessment Breakdown
50%
Theory
35%
Practical
15%
Project
Passing Mark: 325 / 500 (65%)
Methods: Written Examination, Practical Assignment, Portfolio Assessment
How to Enrol
Website: lapt.org
Email: info@lapt.org
Phone: +44 7513 283044
Address: 85 Great Portland Street, W1W 7LT, United Kingdom
Hours: Monday – Friday, 9AM – 5PM