Course Outline

Introduction to Autonomous Vehicle Safety for Government

  • Safety challenges in the development of autonomous vehicles for government use
  • Critical safety functions and potential failure modes in autonomous systems for government applications
  • Overview of functional safety standards (ISO 26262, SOTIF) relevant to government operations

Safety Risk Assessment for Autonomous Vehicles for Government

  • Principles of risk assessment and hazard analysis in the context of autonomous vehicles for government use
  • Identifying critical failure points within autonomous vehicle systems for government operations
  • Risk management frameworks and methodologies tailored for government applications

Functional Safety Standards and Compliance for Government

  • ISO 26262: Functional Safety for Road Vehicles, with a focus on government compliance requirements
  • SOTIF (Safety of the Intended Functionality) as it pertains to government-operated autonomous vehicles
  • ADAS safety considerations and compliance strategies for government fleets

Hazard Analysis and Risk Assessment (HARA) for Government Autonomous Vehicles

  • Performing HARA for autonomous driving functions in government settings
  • Identifying potential hazards and accident scenarios specific to government operations
  • Quantitative and qualitative risk analysis techniques applicable to government vehicles

Safety Validation and Verification for Government Autonomous Vehicles

  • Testing safety-critical autonomous vehicle functions in government contexts
  • Simulation-based safety verification techniques for government applications
  • Real-world safety validation using test vehicles for government use

Advanced Risk Mitigation Strategies for Government Autonomous Vehicles

  • Redundancy and fail-safe mechanisms for government-operated autonomous vehicles
  • Safety monitoring and diagnostic systems tailored for government needs
  • Implementing fallback strategies and safe state transitions in government autonomous systems

Cybersecurity Considerations for AV Safety in Government Operations

  • Integrating safety and cybersecurity strategies in government-operated autonomous vehicles
  • Detecting and mitigating cyber threats to government AV systems
  • Ensuring data integrity and secure communication in government autonomous vehicle fleets

Case Studies and Best Practices for Government Autonomous Vehicle Safety

  • Analysis of safety incidents involving autonomous vehicles and lessons learned for government applications
  • Successful safety implementations in government-operated autonomous prototypes
  • Workshop: Conducting a safety risk assessment for an AV scenario in a government setting

Summary and Next Steps for Government Autonomous Vehicle Safety

Requirements

  • Knowledge of automotive safety standards
  • Understanding of autonomous vehicle technologies
  • Experience in safety analysis and risk management

Audience

  • Safety engineers working on autonomous vehicle projects for government and industry
  • Automotive safety professionals responsible for risk assessment in governmental and private sectors
  • R&D specialists focusing on safety compliance and validation for government contracts and commercial applications
 21 Hours

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