J. Christian Gerdes
Also known as Chris Gerdes
Chris Gerdes is a Stanford mechanical engineer whose AI research studies autonomous driving at the limits of vehicle control. He earned two bachelor’s degrees and an MS at the University of Pennsylvania, completed a mechanical engineering PhD at UC Berkeley, and received two national early-career awards in 2002. At Stanford, his group worked on Shelley, a self-driving Audi TTS, and MARTY, an autonomous drifting DeLorean. He served as the US Department of Transportation’s first Chief Innovation Officer from 2016 to 2017, argued in 2023 that traffic laws and court decisions can guide ethical behavior in automated vehicles, and took part in Stanford’s July 2024 AI tandem-drifting project with Toyota. As of October 2026, he is Professor Emeritus of Mechanical Engineering at Stanford.
- Now at
- Stanford University
Timeline
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1990–1996
Penn and Berkeley degrees
He earns a BSE in mechanical engineering and a BSEcon in entrepreneurial management at the University of Pennsylvania in 1990, an MS in mechanical engineering there in 1992, and a mechanical engineering PhD at UC Berkeley in 1996.
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2002
National early-career awards
He receives the National Science Foundation’s CAREER Award and the Presidential Early Career Award for Scientists and Engineers in 2002.
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2012
Shelley reaches 120 mph
In 2012, Stanford’s Dynamic Design Lab, led by Gerdes, collaborates with Volkswagen’s Electronics Research Lab on Shelley, a self-driving Audi TTS that reaches 120 mph at Thunderhill.
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2015
MARTY, an autonomous DeLorean
In 2015, Gerdes and Stanford students turn a 1981 DeLorean into MARTY, a test bed for research into the physical limits of autonomous driving.
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2016–2017
First USDOT innovation officer
From 2016 to 2017, he serves as the US Department of Transportation’s first Chief Innovation Officer and helps develop its Federal Automated Vehicle Policy.
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2023
Traffic laws and ethical AVs
In 2023, he argues that traffic laws and court decisions can guide ethical behavior in automated vehicles. He and Ford collaborators apply this framework to self-driving cars.
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July 2024
Autonomous tandem drifting
In July 2024, Stanford Engineering and Toyota Research Institute announce an autonomous tandem drift with two cars. Gerdes, a co-director of Stanford’s Center for Automotive Research, connects the work to safer control of automated vehicles on ice. The team uses a neural-network tire model that learns from experience.
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As of October 2026
Stanford professor emeritus
As of October 2026, he is Professor Emeritus of Mechanical Engineering at Stanford. His lab studies how cars move, how people drive, and how to design cars that work with drivers or drive themselves; his PhD students research automated-vehicle safety.
Career
- Since 2012Stanford UniversityLab lead, Co-director
- 2016–2017United States Department of TransportationChief Innovation Officer
Education
- 1996University of California, BerkeleyPhD in mechanical engineering
- 1992University of PennsylvaniaMS in mechanical engineering
- 1990University of PennsylvaniaBSE in mechanical engineering and BSEcon in entrepreneurial management
Sources and credits
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- J. Christian Gerdes’ Profile | Stanford Profiles
- Shelley, Stanford’s robotic racecar, hits the track | Stanford University School of Engineering
- Introducing MARTY, Stanford’s self-driving, electric, drifting DeLorean | Stanford University School of Engineering
- Designing Ethical Self-Driving Cars | Stanford HAI
- Toyotin raziskovalni inštitut in Univerza Stanford | Toyota
- Building a Safer AV | Tech Briefs


