Mastering ISO 26262 Compliance for Automotive Industry Professionals
Course Overview This comprehensive course is designed to equip automotive industry professionals with the knowledge and skills necessary to master ISO 26262 compliance. Upon completion, participants will receive a certificate issued by The Art of Service.
Course Curriculum Module 1: Introduction to ISO 26262
- Overview of ISO 26262: Understanding the standard, its purpose, and its relevance to the automotive industry
- History and Evolution: Tracing the development of ISO 26262 and its updates
- Key Concepts and Terminology: Familiarizing with the standard's vocabulary and definitions
- Importance of Functional Safety: Understanding the role of ISO 26262 in ensuring automotive safety
Module 2: Understanding the ISO 26262 Framework
- Part 1: Vocabulary and Overview: Delving into the standard's terminology and overall structure
- Part 2: Functional Safety Management: Exploring the requirements for managing functional safety
- Part 3: Concept Phase: Understanding the activities and outputs required during the concept phase
- Part 4: System Development: Examining the standard's requirements for system development
Module 3: Functional Safety Management
- Functional Safety Culture: Understanding the importance of a safety-focused culture within organizations
- Safety Management Processes: Implementing processes for managing functional safety
- Competence and Training: Ensuring personnel have the necessary skills and knowledge
- Functional Safety Assessment: Conducting assessments to ensure compliance
Module 4: Concept Phase and Hazard Analysis
- Item Definition: Defining the item and its boundaries
- Hazard Analysis and Risk Assessment (HARA): Conducting HARA to identify potential hazards
- Functional Safety Concept: Developing a functional safety concept based on HARA results
- Functional Safety Requirements: Deriving and specifying functional safety requirements
Module 5: System Development and Safety Requirements
- System Design and Development: Ensuring system design meets functional safety requirements
- Technical Safety Requirements: Specifying technical safety requirements
- Safety Validation: Validating that the system meets safety requirements
- Configuration Management: Managing changes to ensure continued safety
Module 6: Hardware and Software Development
- Hardware Development: Ensuring hardware design and development meet safety requirements
- Software Development: Ensuring software design and development meet safety requirements
- Hardware and Software Integration: Integrating hardware and software while maintaining safety
- Testing and Validation: Testing and validating hardware and software for safety
Module 7: Production, Operation, and Maintenance
- Production Planning: Ensuring production processes meet safety requirements
- Production and Testing: Ensuring production and testing processes maintain safety
- Operation and Maintenance: Ensuring ongoing safety during operation and maintenance
- Decommissioning and Disposal: Ensuring safety during decommissioning and disposal
Module 8: Auditing and Assessment
- Auditing ISO 26262 Compliance: Conducting audits to ensure compliance
- Functional Safety Assessment: Conducting assessments to ensure functional safety
- Corrective Actions and Continuous Improvement: Addressing non-compliances and improving processes
Module 9: Case Studies and Best Practices
- Real-world Examples: Examining case studies of ISO 26262 implementation
- Best Practices: Identifying best practices for ISO 26262 compliance
- Lessons Learned: Discussing challenges and lessons learned from implementing ISO 26262
Course Features - Interactive Learning: Engaging with interactive content, quizzes, and assessments
- Personalized Learning: Learning at your own pace and convenience
- Up-to-date Content: Accessing the latest information and updates on ISO 26262
- Practical Applications: Applying knowledge to real-world scenarios and case studies
- Expert Instructors: Learning from experienced professionals in the field
- Certification: Receiving a certificate upon completion issued by The Art of Service
- Flexible Learning: Accessing course materials on desktop, tablet, or mobile devices
- User-friendly Interface: Navigating an intuitive and user-friendly platform
- Community-driven: Engaging with a community of professionals and experts
- Lifetime Access: Retaining access to course materials for a lifetime
- Gamification and Progress Tracking: Enhancing learning with gamification elements and tracking progress
What to Expect Upon Completion Upon completing the course, participants will have gained a comprehensive understanding of ISO 26262 and its application in the automotive industry. They will be equipped with the knowledge and skills necessary to ensure compliance and will receive a certificate issued by The Art of Service.,
Module 1: Introduction to ISO 26262
- Overview of ISO 26262: Understanding the standard, its purpose, and its relevance to the automotive industry
- History and Evolution: Tracing the development of ISO 26262 and its updates
- Key Concepts and Terminology: Familiarizing with the standard's vocabulary and definitions
- Importance of Functional Safety: Understanding the role of ISO 26262 in ensuring automotive safety
Module 2: Understanding the ISO 26262 Framework
- Part 1: Vocabulary and Overview: Delving into the standard's terminology and overall structure
- Part 2: Functional Safety Management: Exploring the requirements for managing functional safety
- Part 3: Concept Phase: Understanding the activities and outputs required during the concept phase
- Part 4: System Development: Examining the standard's requirements for system development
Module 3: Functional Safety Management
- Functional Safety Culture: Understanding the importance of a safety-focused culture within organizations
- Safety Management Processes: Implementing processes for managing functional safety
- Competence and Training: Ensuring personnel have the necessary skills and knowledge
- Functional Safety Assessment: Conducting assessments to ensure compliance
Module 4: Concept Phase and Hazard Analysis
- Item Definition: Defining the item and its boundaries
- Hazard Analysis and Risk Assessment (HARA): Conducting HARA to identify potential hazards
- Functional Safety Concept: Developing a functional safety concept based on HARA results
- Functional Safety Requirements: Deriving and specifying functional safety requirements
Module 5: System Development and Safety Requirements
- System Design and Development: Ensuring system design meets functional safety requirements
- Technical Safety Requirements: Specifying technical safety requirements
- Safety Validation: Validating that the system meets safety requirements
- Configuration Management: Managing changes to ensure continued safety
Module 6: Hardware and Software Development
- Hardware Development: Ensuring hardware design and development meet safety requirements
- Software Development: Ensuring software design and development meet safety requirements
- Hardware and Software Integration: Integrating hardware and software while maintaining safety
- Testing and Validation: Testing and validating hardware and software for safety
Module 7: Production, Operation, and Maintenance
- Production Planning: Ensuring production processes meet safety requirements
- Production and Testing: Ensuring production and testing processes maintain safety
- Operation and Maintenance: Ensuring ongoing safety during operation and maintenance
- Decommissioning and Disposal: Ensuring safety during decommissioning and disposal
Module 8: Auditing and Assessment
- Auditing ISO 26262 Compliance: Conducting audits to ensure compliance
- Functional Safety Assessment: Conducting assessments to ensure functional safety
- Corrective Actions and Continuous Improvement: Addressing non-compliances and improving processes
Module 9: Case Studies and Best Practices
- Real-world Examples: Examining case studies of ISO 26262 implementation
- Best Practices: Identifying best practices for ISO 26262 compliance
- Lessons Learned: Discussing challenges and lessons learned from implementing ISO 26262