
Philip Koopman
Professor at Carnegie Mellon University, specializing in autonomous vehicle safety. Expert in embedded systems, AI safety, and robotics.
Top 3 podcasts with Philip Koopman
Ranked by the Snipd community

Oct 9, 2023 • 42min
#289: Way Mo Cruise news and is the Mercedes L2 or L3, w/Philip Koopman?
Philip Koopman, CMU professor and autonomous vehicle safety expert, discusses the hands-off, eyes-off Mercedes Drive Pilot system and the uncertainties surrounding level three automation. The podcast also explores the importance of managing public perception in the autonomous vehicle industry and highlights the need for community engagement. The speakers share their experience at the Up Summit conference and discuss the redefining of autonomous terminology and regulations to improve safety outcomes.

Jul 3, 2025 • 27min
Artificial Intelligence and Auto Safety with Phil Koopman – Part 2
Phil Koopman, a Professor at Carnegie Mellon University and expert in autonomous vehicle safety, dives into the complexities of AI in auto safety. He explores crucial areas like safety engineering and human factors, pondering the roles of language models in this space. The chat also covers the nuanced interactions between human operators and autonomous systems, revealing real-life incidents involving Waymo. Plus, Koopman discusses the challenges of effectively modeling human behavior and the ongoing debate about sensor technologies and training methods for safety.

Jun 26, 2025 • 30min
Artificial Intelligence and Auto Safety with Phil Koopman - Part 1
Phil Koopman, a professor at Carnegie Mellon University with expertise in autonomous vehicle safety, discusses the intersection of AI and auto safety. He shines a light on the common misconceptions about AI, emphasizing its limitations and potential errors in self-driving systems. The conversation navigates the legal hurdles in updating frameworks for autonomous vehicles, alongside the challenges of maintaining safety in AI-driven cars. Through real-world examples, Koopman distinguishes the capabilities of human drivers from robotic systems, urging for improved standards in safety engineering.