ISO 26262 Functional Safety for Automotive Systems Certification Training
This comprehensive course is designed to provide participants with in-depth knowledge and understanding of the ISO 26262 standard for functional safety in automotive systems. Upon completion, participants will receive a certificate issued by The Art of Service.Course Overview This interactive and engaging course covers the principles, concepts, and requirements of ISO 26262, with a focus on practical applications and real-world examples. The course is divided into 8 modules, each covering a specific aspect of functional safety in automotive systems.
Course Outline Module 1: Introduction to ISO 26262 and Functional Safety
- Overview of ISO 26262 and its importance in the automotive industry
- Understanding the concept of functional safety and its relevance to automotive systems
- Key principles and terminology used in ISO 26262
- History and evolution of ISO 26262
- Relationship between ISO 26262 and other safety standards
Module 2: Automotive Safety Lifecycle
- Understanding the automotive safety lifecycle and its phases
- Concept phase: identifying and analyzing safety requirements
- Product development phase: implementing safety requirements
- Production and operation phase: ensuring ongoing safety
- Decommissioning phase: safely disposing of vehicles
Module 3: Hazard Analysis and Risk Assessment (HARA)
- Introduction to HARA and its importance in ISO 26262
- Identifying and analyzing hazards and risks
- Understanding the Automotive Safety Integrity Level (ASIL)
- Determining the ASIL for a given system or component
- Case studies and examples of HARA in practice
Module 4: Functional Safety Requirements
- Deriving functional safety requirements from HARA
- Understanding the different types of safety requirements
- Specifying safety requirements for hardware and software
- Validating and verifying safety requirements
- Examples of functional safety requirements in automotive systems
Module 5: Safety-Critical Systems and Components
- Identifying safety-critical systems and components
- Understanding the safety lifecycle for safety-critical systems
- Designing and developing safety-critical systems and components
- Testing and validating safety-critical systems and components
- Case studies of safety-critical systems in automotive applications
Module 6: Hardware and Software Development
- Hardware development: design, implementation, and testing
- Software development: design, implementation, and testing
- Understanding the role of hardware and software in achieving functional safety
- Best practices for hardware and software development
- Examples of hardware and software development in safety-critical systems
Module 7: Functional Safety Assessment and Audit
- Understanding the importance of functional safety assessment and audit
- Types of assessments and audits: internal, external, and third-party
- Preparing for a functional safety assessment or audit
- Conducting a functional safety assessment or audit
- Addressing non-conformities and implementing corrective actions
Module 8: Functional Safety Management and Continuous Improvement
- Understanding the importance of functional safety management
- Establishing a functional safety management system
- Maintaining and continuously improving functional safety
- Best practices for functional safety management
- Examples of functional safety management in automotive companies
Course Features This course is designed to be: - Interactive: engaging participants through discussions, quizzes, and hands-on activities
- Comprehensive: covering all aspects of ISO 26262 and functional safety in automotive systems
- Personalized: providing opportunities for participants to ask questions and receive feedback
- Up-to-date: incorporating the latest developments and updates in ISO 26262
- Practical: focusing on real-world applications and examples
- High-quality content: developed by expert instructors with extensive experience in functional safety
- Flexible learning: allowing participants to learn at their own pace and convenience
- User-friendly: easy to navigate and access course materials
- Mobile-accessible: accessible on a variety of devices, including smartphones and tablets
- Community-driven: providing opportunities for participants to connect with peers and instructors
- Actionable insights: providing participants with practical knowledge and skills to apply in their work
- Hands-on projects: allowing participants to apply their knowledge and skills to real-world scenarios
- Bite-sized lessons: breaking down complex topics into manageable chunks
- Lifetime access: providing participants with ongoing access to course materials
- Gamification: incorporating game-like elements to enhance engagement and motivation
- Progress tracking: allowing participants to track their progress and identify areas for improvement
Certification Upon completion of the course, participants will receive a certificate issued by The Art of Service, demonstrating their expertise and knowledge in ISO 26262 and functional safety for automotive systems.,
Module 1: Introduction to ISO 26262 and Functional Safety
- Overview of ISO 26262 and its importance in the automotive industry
- Understanding the concept of functional safety and its relevance to automotive systems
- Key principles and terminology used in ISO 26262
- History and evolution of ISO 26262
- Relationship between ISO 26262 and other safety standards
Module 2: Automotive Safety Lifecycle
- Understanding the automotive safety lifecycle and its phases
- Concept phase: identifying and analyzing safety requirements
- Product development phase: implementing safety requirements
- Production and operation phase: ensuring ongoing safety
- Decommissioning phase: safely disposing of vehicles
Module 3: Hazard Analysis and Risk Assessment (HARA)
- Introduction to HARA and its importance in ISO 26262
- Identifying and analyzing hazards and risks
- Understanding the Automotive Safety Integrity Level (ASIL)
- Determining the ASIL for a given system or component
- Case studies and examples of HARA in practice
Module 4: Functional Safety Requirements
- Deriving functional safety requirements from HARA
- Understanding the different types of safety requirements
- Specifying safety requirements for hardware and software
- Validating and verifying safety requirements
- Examples of functional safety requirements in automotive systems
Module 5: Safety-Critical Systems and Components
- Identifying safety-critical systems and components
- Understanding the safety lifecycle for safety-critical systems
- Designing and developing safety-critical systems and components
- Testing and validating safety-critical systems and components
- Case studies of safety-critical systems in automotive applications
Module 6: Hardware and Software Development
- Hardware development: design, implementation, and testing
- Software development: design, implementation, and testing
- Understanding the role of hardware and software in achieving functional safety
- Best practices for hardware and software development
- Examples of hardware and software development in safety-critical systems
Module 7: Functional Safety Assessment and Audit
- Understanding the importance of functional safety assessment and audit
- Types of assessments and audits: internal, external, and third-party
- Preparing for a functional safety assessment or audit
- Conducting a functional safety assessment or audit
- Addressing non-conformities and implementing corrective actions
Module 8: Functional Safety Management and Continuous Improvement
- Understanding the importance of functional safety management
- Establishing a functional safety management system
- Maintaining and continuously improving functional safety
- Best practices for functional safety management
- Examples of functional safety management in automotive companies