A | Autonomous Trucks & Safety Track | Case Study
Monday, December 08
10:50 AM - 11:15 AM
Live in Dearborn, Michigan
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Level 4 autonomous trucking promises significant efficiency gains, but its deployment hinges on a rigorous safety case that satisfies regulatory and operational requirements. This presentation explores the structured approach to developing a safety case for highly automated trucks, including hazard analysis, risk mitigation strategies, and validation frameworks. We will examine how functional safety, cybersecurity, and operational design domains intersect to ensure reliability under real-world conditions. Attendees will gain insights into industry best practices, emerging standards, and lessons learned from pilot programs, enabling them to navigate the complexities of certifying Level 4 systems for commercial freight operations.
In this presentation, you will learn:
Experienced in Automated Driving Safety, Systems Engineering, and Automation Integration technical leadership and a Leader with a demonstrated history of impact in the automotive and automated driving industry. Skilled in Vehicle Dynamics, Chassis, Functional and Systems Safety, Systems Engineering, and Automotive. Regulatory, safe systems, and supervisory experience leading enterprise organizations around Automated Driving and Autonomous Vehicle (Level 4/Robotaxi) projects integrating Functional Safety, SOTIF, and Safety Case Argumentation as an integrated system of systems. Strong vehicle automation technology professional with a Master of Engineering (M.Eng.) focused in Mechanical Engin/Manufacturing from University of Michigan and MBA from Michigan Ross Business School.