Innovation

Keeping ahead of what’s next in transportation.

 

TRC and our partners are leading the world in making mobility smarter, safer and greener.

 

Innovation has been at the heart of TRC’s heritage for nearly 50 years. From the dawn of the Interstate Era to today’s fast-changing world of smart highways and autonomous mobility, foreseeing what’s next in transportation technologies and infrastructures has been our strength, our reason for being.

 

By constantly aligning our world-class expertise, experience and research capabilities to keep pace with emerging technologies – and those lying just beyond – TRC helps transportation innovators imagine that future and keep competitive steps ahead in making each new generation of mobility smarter, safer and greener.

 

 

Meet the Experts

Our researchers and engineers are advancing mobility through work in automated vehicles, active safety, ADAS, crashworthiness, artificial intelligence and transportation systems. Explore their expertise and publications below.

Michelle Fowler

Michelle Fowler

Director, Applied Research

Areas of Expertise

Active Safety, Crashworthiness, Stakeholder Engagement

Bio

Michelle Fowler leads TRC's Advanced Mobility group, directing research, testing, and evaluation of ADAS, automated driving systems, connected vehicle technologies, and other emerging mobility solutions. She also leads TRC's Research Consortium for Crashworthiness in Automated Driving Systems (RCCADS), fostering collaboration among industry, government, and academia to advance automated vehicle safety. Michelle joined TRC in 2018 and brings expertise in biomechanics, crashworthiness, and vehicle safety research. She holds bachelor's and master's degrees in Biomedical Engineering from The Ohio State University.

fowlerm@trcpg.com  |  Publications

Mohit Mandokhot

Mohit Mandokhot

Engineering Manager, Advanced Mobility

Areas of Expertise

CAV Research and Testing, Stakeholder Engagement, Driver Assistance Systems

Bio

Mohit Mandokhot leads engineering teams focused on advanced mobility research, validation, and testing. He oversees projects supporting connected and automated vehicles, advanced driver assistance systems, and transportation infrastructure, helping bridge the gap between emerging vehicle technologies and real-world deployment. He holds a bachelor's degree in Mechanical Engineering from BITS Pilani and a master's degree in Mechanical Engineering from The Ohio State University.

mandokhotm@trcpg.com  |  Publications

Dr. Timothy Seitz

Timothy Seitz

Research Scientist

Areas of Expertise

Connected & Automated Vehicles, Automated Driving Systems & Workzone Safety Technologies

Bio

Dr. Timothy Seitz leads research programs focused on connected and automated vehicles and advanced driver assistance systems. His work includes developing test methods, managing large-scale vehicle deployments, and creating software tools that support the validation of emerging transportation technologies. He holds a Ph.D. in Mechanical Engineering from The Ohio State University.

seitzt@trcpg.com  |  Publications

Anmol Sidhu

Anmol Sidhu

Research Scientist

Areas of Expertise

Connected & Automated Vehicles, Automated Driving Systems & Infrastructure Development and Evaluation

Bio

Anmol Sidhu leads research and evaluation programs supporting automated driving systems, connected vehicles, and transportation infrastructure. He manages projects for government and industry partners that help advance the safe deployment of emerging mobility technologies. He holds a Ph.D. in Mechanical Engineering from The Ohio State University.

sidhua@trcpg.com  |  Publications

Blaine Ricketts

Blaine Ricketts

Research Engineer

Areas of Expertise

Advanced Driver Assistance Systems, Standardized Testing, Validation Testing

Bio

Blaine Ricketts leads testing and validation programs for advanced driver assistance systems across passenger and commercial vehicles. His work supports manufacturers and government agencies through standardized testing and performance evaluation of vehicle safety technologies. He holds a bachelor's degree in Mechanical Engineering from Ohio Northern University.

rickettsb@trcpg.com  |  Publications

Cody Harris

Cody Harris

Research Engineer

Areas of Expertise

Advanced Driver Assistance Systems, Standardized Testing, Validation Testing, Heavy Vehicle Testing

Bio

Cody Harris leads testing programs focused on advanced driver assistance systems and heavy vehicle technologies. His experience combines vehicle validation, data collection, and commercial vehicle operations to support the development of safer transportation systems. He holds a bachelor's degree in Mechanical Engineering from The Ohio State University.

harrisc@trcpg.com  |  LinkedIn

Dr. Sparsh Jain

Sparsh Jain

Research Scientist

Areas of Expertise

Impaired Driving, Driver Behaviors, Active Safety Systems, Automated and Connected Vehicles

Dr. Sparsh Jain is a Research Scientist whose work focuses on transportation safety, human factors, crash data analysis, and advanced vehicle technologies. His research supports the evaluation of emerging safety systems while contributing to projects that inform national transportation safety initiatives. He holds a Ph.D. in Biomedical Engineering from Virginia Tech.

jains@trcpg.com  |  Publications

Vikhyat Kalra

Vikhyat Kalra

Research Scientist

Areas of Expertise

Automated Driving Systems, Automated and Connected Vehicles, Infrastructure Development and Evaluation

Bio

Vikhyat Kalra leads research projects focused on automated driving systems, connected vehicles, and infrastructure evaluation. His work supports government and industry initiatives aimed at advancing the safe deployment of next-generation mobility technologies. He holds a master's degree in Mechanical Engineering from The Ohio State University.

kalrav@trcpg.com  |  Publications

Minghao Zhu

Minghao Zhu

Technical Specialist

Areas of Expertise

Generative AI, Vision-Language Foundation Models, Agentic AI

Bio

Minghao Zhu develops artificial intelligence solutions that improve transportation infrastructure, roadway safety, and automated mobility systems. His research focuses on applying advanced AI technologies to real-world transportation challenges. He holds a Ph.D. in Electrical and Computer Engineering from The Ohio State University.

zhum@trcpg.com  |  Publications

Rural ADS Project

Rural ADS Project

In a little under a year, DriveOhio’s Rural Automated Driving Systems (ADS) project collected nearly 60 terabytes of data that will help define future technology needs for automated vehicles in rural environments. While automated driving systems have the potential to dramatically improve roadway safety, data shows that these systems must be refined to maximize that potential in rural areas.

 

Most automated vehicle testing to date has been conducted in urban areas without the hilly and curvy terrain, limited sight distances, and shaded tree canopies typical of a rural environment.  Funded in part by a $7.5 million grant from the U.S. Department of Transportation, this project accomplished one of the most comprehensive testing efforts yet to be conducted on rural roads in the United States.

 

The deployment showcased three passenger vehicles equipped with technology capable of controlling steering, acceleration, and braking, including the ability to perform lane changes and navigate intersections. Drivers from the Transportation Research Center, Inc. and Ohio University tested the technology on divided highways and rural two-lane routes in Athens and Vinton County. 

 

Learn more about the Rural ADS Project here.

Advanced Driver Assistance Systems & Aftermarket-Modified Vehicle Compliance

Advanced Driver Assistance Systems & Aftermarket-Modified Vehicle Compliance

Driver-assistance technologies – automatic braking, lane-departure warning, adaptive cruise control and other advanced systems – are becoming increasingly standard on American cars and light trucks.  These systems dramatically improve the safety and performance of today’s vehicles by assisting in routine driving tasks.  But their multiple sensors, cameras and other complex electronics increasingly pose challenges for the performance aftermarket and collision-repair industries.

 

To help address these challenges, in 2020 TRC Inc. presented new research that analyzes how aftermarket professionals can ensure their repairs or modifications comply with OEM standards for safety and performance.

 

The new TRC white paper, “Advanced Driver Assistance Systems and Aftermarket-Modified Vehicle Compliance,” is designed to give these professionals the confidence that advanced technologies will continue to work as intended whenever vehicles are modified.  The research draws on TRC’s years of dynamics testing and automotive systems expertise to analyze how aftermarket professionals can ensure their repairs or modifications comply with OEM standards for safety and performance.

 

Joining TRC in the research effort were SCA Performance, asTech, the Equipment & Tool Institute and the Specialty Equipment Market Association.

 

Learn more and download the Advanced Driver Assistance Systems white paper.

Rural Open Access Development Mobility Action Plan

Rural Open Access Development Mobility Action Plan

Rural Open Access Development Mobility Access Plan (ROADMAP) is a three-year initiative funded by the Department of Energy. This project aims to pilot and study advanced vehicle technologies in a rural setting to gather information and enhance awareness of innovative mobility solutions that fill rural transportation gaps. This project will combine rural mobility access with alternative fuel technology, advancing research and development in the clean transportation sector.

 

Additionally, the ROADMAP Initiative will work hand-in-hand with the Appalachian Clean Transportation (ACT) Initiative, a 2-year policy, and planning project focused on the growth of the clean transportation sector. Four regional conferences and policy development will be associated with this initiative.

 

Rural Electrification in Ohio: Challenges and Opportunities
This report assesses the barriers and opportunities to transportation electrification in rural Ohio, with a focus on Athens County and the surrounding rural and Appalachian counties. Information and data on electric vehicles and electric vehicle supply equipment (EVSE) infrastructure in Athens County is addressed within the larger context of electric vehicle adoption in rural America, and the county is frequently turned to as a test case for understanding the unique needs of rural communities in order to make targeted recommendations for EV readiness measures.

 

Learn more and download the ROADMAP white paper.

Deploying Automated Technology Anywhere (DATA) Project

Deploying Automated Technology Anywhere (DATA) Project

TRC Inc., along with its partners, is leading an Ohio-based team of industry, academia and community partners. Other partners include The Ohio State University, Ohio University and the University of Cincinnati. The four-year plan will test the safe integration of automated driving systems on rural roadways and look at potential economic impacts of this technology. Focusing on 32 counties in Ohio’s rural Appalachian region, studies supported by this grant will be the most comprehensive effort yet to be conducted on our nation’s rural roads.

 

Contact us to learn more.

 

I-70 Truck Automation Corridor

I-70 Truck Automation Corridor

In June 2020, TRC Inc. was part of the team awarded a grant focusing on automated trucking technology. The Federal Highway Administration (FHWA) has awarded the team $4.4 million for their Interstate 70 (I-70) Truck Automation Corridor project through the Advanced Transportation and Congestion Management Technologies Deployment (ATCMTD) Program.

 

The I-70 Truck Automation Corridor project is a collaboration between ODOT, DriveOhio, the Indiana Department of Transportation (INDOT), and the Transportation Research Center Inc. (TRC) that will deploy smart logistics solutions along a stretch of I-70 between Columbus, Ohio and Indianapolis, Indiana. This multi-state approach, along with participation from technology providers, truck manufacturers, regional logistics councils and private freight companies, makes this project unique. With partners contributing $4.5 million in matching funds, the total investment in Ohio for this project will be $8.9 million.

 

Contact us to learn more.