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Duration 14 hours
Course Outline
Introduction to SOTIF and ISO/PAS 21448:2019
- Historical context and development of the standard
- Comparative overview of ISO 26262 and ISO/PAS 21448
- Defining the scope and objective of SOTIF
Core Concepts and Terminology
- Definition of Safety of the Intended Functionality (SOTIF)
- Distinguishing functional safety from SOTIF
- Key terms: Hazard, Triggering Events, Safe State, and Unsafe State
Overview of the SOTIF Process and Framework
- Phases of the SOTIF life cycle
- Interplay between hazard analysis and risk assessment (HARA)
- Principles of controllability and situational awareness
Hazard Identification and Classification
- Potential hazards associated with ADAS and automated driving
- Case studies illustrating functional insufficiencies
- Real-world triggering event scenarios
Hazard Analysis and Risk Assessment (HARA)
- Methodologies for identifying and evaluating risks
- Managing unknown and foreseeable hazards
- Establishing suitable risk reduction measures
Designing for SOTIF Compliance
- Safety-centric system architecture
- Considerations for software and hardware development
- Embedding safety requirements into design phases
Verification and Validation Strategies
- Testing approaches: simulation, on-road trials, and field operations
- Detection methods for systematic and random failures
- Validating intended functionality in edge cases
Monitoring and Continuous Improvement
- Real-time safety system monitoring techniques
- Leveraging field data for system refinement
- Post-deployment safety maintenance strategies
Documentation and Reporting Standards
- Documentation requirements for the SOTIF process
- Essential deliverables: Safety plan, safety case, and hazard reports
- Stakeholder communication and regulatory adherence
Practical Application: Case Studies and Best Practices
- Analysis of SOTIF implementations in ADAS and autonomous driving
- Insights from safety-critical incidents
- Best practices for sustaining SOTIF compliance
Future Directions and SOTIF in Autonomous Vehicles
- Evolutions in standards and regulatory frameworks
- Trends in autonomous driving and safety technologies
- Alignment with other safety standards (ISO 26262, UNECE WP.29)
Requirements
- Familiarity with fundamental automotive systems
- Understanding of system engineering processes and software development lifecycles
Target Audience
- Automotive safety engineers
- System and software engineers
- Functional safety managers
- Automotive project managers
- Quality management professionals
Testimonials (2)
Theory followed by practical examples and exercices. Job well done!
Vincenzo Delle Donne - Department of National Defence
Course - ISO 37301 Compliance Management System
the expertise & knowledge of the trainer
