LAPT
London Academy of Professional Training
Master Certificate
Level 6-7
Leadership
ISO Security Safety & Risk
ISO 13849OCS — Safety of Machinery Safety-Related Control Parts
REF: SSR-OCS-13849OCS
Who Is It For
This certification is designed for safety managers, compliance officers, and senior professionals in the machinery safety sector who have significant experience in occupational safety and are looking to advance their leadership capabilities within their organisation.
Prerequisites
None
Awarding Body: LAPT — London Academy of Professional Training
Curriculum Overview
1
Compliance and Audit Practices
Understanding Compliance Frameworks for ISO 13849
6 classes
1.1 Define Key Compliance Terminology for ISO 13849
1.2 Identify the Main Components of the ISO 13849 Compliance Framework
1.3 Compare ISO 13849 with Other Safety Standards and Frameworks
1.4 Explain the Importance of Risk Assessment in ISO 13849 Compliance
1.5 Discuss Roles and Responsibilities in Audit Practices for ISO 13849
1.6 Develop an Action Plan for Implementing ISO 13849 Compliance Measures
Risk Assessment and Mitigation Strategies
6 classes
2.1 Identify Key Principles of Risk Assessment
2.2 Analyze Machinery Risks Using ISO 13849 Guidelines
2.3 Evaluate Control System Designs for Safety-Related Control Parts
2.4 Develop Effective Mitigation Strategies for Identified Risks
2.5 Implement Audit Practices for Continuous Safety Improvement
2.6 Review Case Studies on Successful Risk Mitigation in Machinery
Audit Practices for ISO Compliance
6 classes
3.1 Identify Key Requirements for ISO 13849 Compliance
3.2 Assess Current Audit Practices Against ISO Standards
3.3 Develop an Audit Checklist for Safety-Related Control Parts
3.4 Conduct a Mock Audit for Machinery Safety Compliance
3.5 Analyze Audit Findings and Determine Corrective Actions
3.6 Implement Continuous Improvement Strategies in Audit Practices
Documenting and Reporting Compliance Findings
6 classes
4.1 Identify Key Compliance Documentation Requirements
4.2 Analyze Effective Reporting Techniques for Compliance Findings
4.3 Develop a Standard Template for Compliance Reporting
4.4 Evaluate Audit Findings Against Established Compliance Criteria
4.5 Communicate Compliance Findings to Stakeholders Effectively
4.6 Implement Continuous Improvement Strategies for Compliance Reporting
Continuous Improvement in Safety Management Systems
6 classes
5.1 Identify Key Components of Safety Management Systems
5.2 Analyze Existing Compliance Practices in Safety Management
5.3 Implement Continuous Improvement Techniques for Safety Systems
5.4 Evaluate the Effectiveness of Current Safety Measures
5.5 Develop Action Plans for Addressing Safety Compliance Gaps
5.6 Communicate Continuous Improvement Strategies to Stakeholders
2
Practical Applications of ISO 13849
Understanding ISO 13849: Scope and Objectives
6 classes
1.1 Define the Scope of ISO 13849 for Machinery Safety
1.2 Identify Key Objectives of ISO 13849 Implementation
1.3 Explain the Importance of Safety-Related Control Parts
1.4 Analyze the Relationship Between ISO 13849 and Risk Assessment
1.5 Differentiate Between Performance Levels and Safety Categories
1.6 Apply ISO 13849 Principles to Real-World Scenarios
Risk Assessment and Performance Level Determination
6 classes
2.1 Identify Common Hazards in Machinery Operations
2.2 Analyze Risk Factors Associated with Machinery Safety
2.3 Evaluate Risk Assessment Methodologies for ISO 13849
2.4 Determine Performance Levels Based on Risk Assessment
2.5 Implement Control Measures to Mitigate Identified Risks
2.6 Review Case Studies of Effective Risk Management in Machinery
Designing Safety-Related Control Systems
6 classes
3.1 Identify Key Components of Safety-Related Control Systems
3.2 Analyze Functional Safety Requirements for Machinery
3.3 Evaluate Risk Assessment Techniques in Control Design
3.4 Determine Safety Performance Levels (PL) and Categories
3.5 Design Safety-Related Control Circuits Using ISO 13849 Guidelines
3.6 Implement Testing and Validation Procedures for Control Systems
Verification and Validation of Control Systems
6 classes
4.1 Understand the Importance of Verification and Validation in Control Systems
4.2 Distinguish Between Verification and Validation Processes
4.3 Identify Key ISO 13849 Requirements for Control Systems
4.4 Explore Methods for Conducting Verification of Control System Design
4.5 Implement Validation Strategies for Safety-Related Control Parts
4.6 Assess Real-World Case Studies of Control System Verification and Validation
Practical Case Studies and Implementation Challenges
6 classes
5.1 Analyze Real-World Case Studies of ISO 13849 Applications
5.2 Identify Common Implementation Challenges in Safety-Related Control Parts
5.3 Evaluate Risk Assessments for Machinery Safety Compliance
5.4 Design Safety Control Systems Based on Practical Examples
5.5 Implement ISO 13849 Standards in Industrial Settings
5.6 Review and Revise Control System Designs for Enhanced Safety
3
Safety System Design
Understanding Safety Standards and Regulatory Frameworks
6 classes
1.1 Explore the Importance of Safety Standards in Machinery
1.2 Identify Key ISO 13849 Components for Safety-Related Control Parts
1.3 Analyze the Regulatory Frameworks Impacting Safety System Design
1.4 Compare Different Safety Standard Certifications and Their Applications
1.5 Assess Compliance Requirements for Machinery Safety Systems
1.6 Develop Safety System Design Strategies Aligned with ISO 13849
Risk Assessment and Hazard Analysis Techniques
6 classes
2.1 Identify Hazards in Machinery Safety Systems
2.2 Evaluate Risks Associated with Identified Hazards
2.3 Analyze Hazardous Scenarios Using Assessment Techniques
2.4 Prioritize Risks for Effective Control Measures
2.5 Implement Control Measures for Risk Mitigation
2.6 Review and Document Risk Assessment Outcomes
Safety Control System Architectures
6 classes
3.1 Define Key Concepts of Safety Control System Architectures
3.2 Identify Components and Functions of Safety-Related Control Parts
3.3 Analyze Safety System Architectures and Their Applications
3.4 Evaluate Risks and Failures in Safety Control Systems
3.5 Design a Basic Safety Control Architecture for Machinery
3.6 Implement Best Practices for Safety System Verification and Validation
Design and Implementation of Safety Functions
6 classes
4.1 Identify Key Safety Functions in Machinery Design
4.2 Analyze Risk Assessment Techniques for Safety Functions
4.3 Define Safety Performance Levels and Their Requirements
4.4 Design Safety-Related Control Parts Using ISO 13849 Standards
4.5 Implement Testing Procedures for Safety Function Verification
4.6 Evaluate Real-World Case Studies of Safety Function Failures
Verification, Validation, and Functional Safety Audits
6 classes
5.1 Understand the Importance of Verification in Safety System Design
5.2 Differentiate Between Verification and Validation in Functional Safety
5.3 Identify Key Steps in the Verification Process for Safety-Related Control Parts
5.4 Explore Common Validation Techniques and Their Applications in Machinery Safety
5.5 Conduct a Functional Safety Audit: Best Practices and Methodologies
5.6 Develop an Action Plan to Address Findings from Safety Audits
4
Control Parts and Safety Functions
Understanding Safety-Related Control Parts in Machinery
6 classes
1.1 Define Safety-Related Control Parts in Machinery
1.2 Identify Key Components of Safety Functions
1.3 Explain the Importance of Risk Assessment in Control Parts
1.4 Analyze Standards and Regulations Relevant to Control Parts
1.5 Evaluate Safety Functions in Real-World Machinery Scenarios
1.6 Implement Best Practices for Designing Safety-Related Control Parts
ISO 13849: An Overview of Safety Standards and Principles
6 classes
2.1 Explore the Fundamental Concepts of ISO 13849
2.2 Identify Key Safety Standards and Their Importance
2.3 Examine Safety-Related Control Parts and Their Functions
2.4 Analyze the Principles of Safety Functions in Machinery
2.5 Evaluate the Risk Assessment Process in ISO 13849
2.6 Apply ISO 13849 Standards to Real-World Scenarios
Risk Assessment and Safety Function Identification
6 classes
3.1 Identify Risks Associated with Machinery Operations
3.2 Analyze Potential Hazards in Control Systems
3.3 Determine Safety Functions for Risk Mitigation
3.4 Evaluate Control Parts for Safety Requirements
3.5 Develop a Risk Assessment Matrix for Machinery
3.6 Implement Safety Functions in Control System Design
Designing Safety-Related Control Systems
6 classes
4.1 Identify Safety-Related Control Parts in Machinery
4.2 Analyze the Functions of Safety-Related Control Systems
4.3 Assess Risk Factors in Control System Design
4.4 Design Simple Safety-Related Control Circuits
4.5 Evaluate the Reliability of Safety Function Implementations
4.6 Implement Safety-Related Control Systems in Real-World Scenarios
Testing and Validation of Safety Functions in Control Parts
6 classes
5.1 Identify Key Safety Functions in Control Parts
5.2 Explore Testing Methods for Safety-Related Control Parts
5.3 Analyze Common Failure Modes in Safety Functions
5.4 Demonstrate Validation Techniques for Safety Functions
5.5 Evaluate Risk Assessment Procedures for Control Parts
5.6 Develop a Testing Schedule for Safety Functions
5
Risk Assessment and Management
Fundamentals of Risk Assessment in Occupational Safety
6 classes
1.1 Define and Explain Risk Assessment Fundamentals
1.2 Identify Key Components of Occupational Safety Risks
1.3 Analyze the Hierarchy of Controls in Risk Management
1.4 Evaluate Risk Assessment Methodologies and Tools
1.5 Apply Risk Assessment Techniques to Real-World Scenarios
1.6 Develop a Comprehensive Risk Management Plan
Identifying and Analyzing Risks in Machinery Operations
6 classes
2.1 Define Key Terms in Machinery Risk Assessment
2.2 Identify Common Risks in Machinery Operations
2.3 Analyze the Potential Impact of Identified Risks
2.4 Evaluate Control Measures for Risk Mitigation
2.5 Prioritize Risks Using a Risk Matrix Methodology
2.6 Develop a Risk Management Plan for Machinery Operations
Evaluating Risk: Tools and Techniques
6 classes
3.1 Identify Risk Factors Using SWOT Analysis
3.2 Utilize Risk Matrix for Prioritizing Hazards
3.3 Apply Fault Tree Analysis for Systematic Risk Evaluation
3.4 Implement HAZOP Techniques for Identifying Process Risks
3.5 Analyze Risk Control Measures with the ALARP Principle
3.6 Develop Action Plans for Mitigating Identified Risks
Implementing Risk Controls and Safety Measures
6 classes
4.1 Identify and Analyze Potential Hazards in Machinery
4.2 Evaluate the Risk Level of Identified Hazards
4.3 Develop and Select Appropriate Risk Control Measures
4.4 Implement Risk Controls and Safety Measures Effectively
4.5 Monitor and Review the Effectiveness of Safety Measures
4.6 Document and Communicate Risk Control Procedures
Monitoring and Reviewing Risk Management Practices
6 classes
5.1 Identify Key Components of Risk Management Practices
5.2 Analyze Current Monitoring Techniques in Risk Management
5.3 Evaluate Effectiveness of Existing Risk Control Measures
5.4 Develop Criteria for Reviewing Risk Management Practices
5.5 Implement Continuous Improvement Strategies for Risk Management
5.6 Prepare a Comprehensive Risk Management Review Report
6
Foundations of ISO 13849
Understanding the Fundamentals of Machinery Safety Standards
6 classes
1.1 Define Key Concepts in Machinery Safety
1.2 Identify the Purpose of ISO 13849 Standards
1.3 Explore the Structure of ISO 13849 Documentation
1.4 Understand Risk Assessment in Machinery Safety
1.5 Analyze the Role of Control Systems in Safety
1.6 Apply ISO 13849 Principles to Safety-Related Control Parts
Key Components of ISO 13849: Performance Level and Categories
6 classes
2.1 Define Performance Levels in ISO 13849
2.2 Explore Categories and their Importance in Safety
2.3 Analyze the Relationship Between Performance Levels and Categories
2.4 Identify Key Components in Safety-Related Control Systems
2.5 Evaluate Real-World Applications of Performance Levels
2.6 Design a Simple Safety Control System Using Categories
Risk Assessment and Safety Analysis Methods in ISO 13849
6 classes
3.1 Identify Hazards in Machinery Operations
3.2 Evaluate Risks Associated with Machinery Safety
3.3 Apply the Hierarchy of Control Measures
3.4 Conduct a Safety Requirement Specification Analysis
3.5 Analyze Safety-Related Control System Performance Levels
3.6 Develop Action Plans for Safety Improvements
Design and Validation of Safety-Related Control Systems
6 classes
4.1 Define Key Concepts in Safety-Related Control Systems
4.2 Identify Requirements for Machinery Safety in ISO 13849
4.3 Analyze Risk Assessment Processes for Control Systems
4.4 Develop Safety Functions Based on Risk Assessment Findings
4.5 Evaluate Design Principles for Safety-Related Control Parts
4.6 Conduct Validation Tests for Safety-Related Control Systems
Implementing and Auditing ISO 13849 Compliance
6 classes
5.1 Understand the Key Principles of ISO 13849 Compliance
5.2 Identify Safety-Related Control Parts in Machinery
5.3 Develop a Risk Assessment for Machinery Safety
5.4 Implement Control Systems According to ISO 13849 Standards
5.5 Conduct Internal Audits for ISO 13849 Compliance
5.6 Create an Action Plan for Non-Conformities in Safety Systems
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