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Course Outline
Foundations of SOTIF and ISO/PAS 21448:2019
- Historical context and the evolution of the standard
- Comparative overview of ISO 26262 and ISO/PAS 21448
- Defining the scope and objectives of SOTIF
Core Concepts and Terminology
- Understanding Safety of the Intended Functionality (SOTIF)
- Distinguishing functional safety from SOTIF
- Key terms: Hazard, Triggering Events, Safe State, and Unsafe State
The SOTIF Framework and Process
- Phases of the SOTIF lifecycle
- The interplay between hazard analysis and risk assessment (HARA)
- Exploring controllability and situational awareness
Hazard Identification and Classification
- Identifying hazards relevant to ADAS and automated driving
- Practical examples of functional insufficiencies in use cases
- Analysing triggering events within real-world contexts
Hazard Analysis and Risk Assessment (HARA)
- Methods for identifying and evaluating risks
- Managing both unknown and foreseeable hazards
- Selecting suitable risk mitigation measures
Design and Implementation for Compliance
- System architecture prioritizing safety
- Considerations for software and hardware development
- Weaving safety requirements into the design phase
Verification and Validation Methods
- Testing approaches: simulation, on-road trials, and field tests
- Techniques for detecting systematic and random failures
- Validating intended functionality in edge cases
Monitoring and Continuous Improvement
- Strategies for real-time safety system monitoring
- Leveraging field data for system refinement
- Post-deployment safety management strategies
Documentation and Reporting
- Standards for SOTIF process documentation
- Essential deliverables: safety plans, safety cases, and hazard reports
- Stakeholder communication and regulatory adherence
SOTIF in Action: Case Studies and Best Practices
- Analyzing SOTIF applications in ADAS and autonomous systems
- Insights gained from safety-critical incidents
- Best practices for sustaining SOTIF compliance
Future Directions and SOTIF in Autonomous Vehicles
- Trends in standards and regulatory frameworks
- Advances in autonomous driving and safety technology
- Interactions with other standards such as ISO 26262 and UNECE WP.29
Requirements
- Fundamental understanding of automotive systems
- Basic familiarity with 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
14 Hours
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