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Course Outline

Overview of SOTIF and ISO/PAS 21448:2019

  • Contextual background and development of the standard
  • Comparison of ISO 26262 requirements versus ISO/PAS 21448 provisions
  • Definition and objective scope of SOTIF initiatives for government stakeholders

Fundamental Concepts and Terminology

  • Clarification of Safety of the Intended Functionality (SOTIF)
  • Distinction between functional safety mechanisms and SOTIF protocols
  • Definitions: Hazard, Triggering Events, Safe State, and Unsafe State

SOTIF Process Framework Overview

  • Phases of the SOTIF lifecycle management
  • Integration of hazard analysis and risk assessment (HARA)
  • Principles of system controllability and situational awareness

Hazard Identification and Classification

  • Identification of risks associated with Advanced Driver Assistance Systems (ADAS) and automated driving technologies
  • Analysis of use cases demonstrating functional insufficiencies for government review
  • Analysis of triggering events within operational environments

Hazard Analysis and Risk Assessment (HARA)

  • Methodologies for risk identification and evaluation
  • Addressing known, unknown, and foreseeable hazards
  • Determination of appropriate risk mitigation measures

Design and Implementation for SOTIF Compliance

  • Safety-centric system architecture design
  • Development considerations for hardware and software components
  • Incorporation of safety requirements throughout design phases

Verification and Validation Methodologies

  • Testing protocols: simulation, on-road trials, and field demonstrations
  • Methods for detecting systematic and random failures
  • Validation of intended functionality in edge-case scenarios relevant to public sector applications

Monitoring and Continuous Improvement

  • Real-time monitoring techniques for safety systems
  • Data collection and analysis for system refinement
  • Post-deployment safety strategies and oversight

Documentation and Reporting Standards

  • Standards for SOTIF process documentation
  • Primary deliverables: Safety plan, safety case, and hazard reports
  • Stakeholder communication protocols and regulatory compliance requirements

SOTIF Application: Case Studies and Best Practices

  • Evaluation of SOTIF implementations in ADAS and autonomous systems
  • Analysis of lessons learned from safety-critical incidents
  • Best practices for sustaining SOTIF compliance in government procurement and operations

Future Trends and the Role of SOTIF in Autonomous Vehicles

  • Advancements in standards and regulatory frameworks
  • Emerging trends in autonomous driving technologies and safety measures
  • Alignment with related safety standards (ISO 26262, UNECE WP.29) for government use cases

Summary and Next Steps

Requirements

  • Fundamental understanding of automotive architectures
  • Foundational proficiency in systems engineering methodologies and software development lifecycles

Intended Audience

  • Safety engineers specializing in automotive applications
  • Systems and software engineering professionals
  • Managers responsible for functional safety compliance
  • Project managers overseeing automotive initiatives
  • Quality assurance specialists within the transportation sector
 14 Hours

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