From field tests to multistate deployment
Our leader-follower research helped bring driverless work zone trucks from Missouri field tests to state DOT fleets. A USDOT SMART grant now supports deployment with five state DOTs.

We build AI for perception, cooperative driving, electrification, and system modeling, and we validate it with a full-size autonomous vehicle, a USDOT-designated proving ground, and state DOT deployments.
$22.6Min research funding across 43 projects, 35 of them external
92journal articles, including 17 in Transportation Research Parts A–E and 11 in IEEE Transactions
1 of 10USDOT-designated Automated Vehicle Proving Grounds is our test track, home to our full-size AV
17state DOTs in the Autonomous Maintenance Technology pooled fund we support
Figures as of Sep 2026
Four research thrusts, with AI built into each.
Algorithms move from co-simulation to a full-size autonomous vehicle and then to a USDOT-designated proving ground.
Our leader-follower research helped bring driverless work zone trucks from Missouri field tests to state DOT fleets. A USDOT SMART grant now supports deployment with five state DOTs.

Our Kansas City study of curbside charging from existing streetlights was covered by Penn State News, Tech Briefs, Yahoo, MSN, and outlets in China and India in October 2025.
Penn State's president and executive team took a self-driving ride on the LTI test track, with Ph.D. students Yuxin Ding and Chenxi Chen on board.
Lab paper on safety-critical scenario generation presented at ECCV 2026
Town & Gown features "Happy Valley's Driverless Future"
IEEE ITS Magazine profiles the Smart Mobility Lab
Our Ph.D. graduates and postdocs lead their own research groups and build industry products.
We are recruiting PhD students and postdocs with strong interest and experience in AI and autonomous vehicles. Positions are fully funded, with a monthly stipend and tuition waiver.