Bio
Adam Siekmann is a highly experienced Research and Development Staff member in the Applied Research for Mobility Systems group at Oak Ridge National Laboratory (ORNL). With over a decade of dedicated research, his work is centered on enhancing the safety and efficiency of commercial heavy vehicles through advanced electronic systems and rigorous analysis.
Core Expertise and Impact
Mr. Siekmann's primary expertise lies in heavy commercial vehicle safety systems and the development of electronic vehicle screening technologies. His research directly collaborates with industry partners, original equipment manufacturers (OEMs), and law enforcement, translating fundamental science into actionable policy and enforcement best practices for the U.S. Department of Transportation (USDOT).
Key areas of research focus include:
- Vehicle Systems Integration: Incorporating new electronic and mechanical systems into heavy commercial vehicles.
- Roadside Technology: Developing and validating roadside inspection procedures and technology.
- Safety Critical Systems: Specializing in heavy commercial vehicle tire and brake system performance and dynamic assessment.
- Modeling and Analysis: Utilizing vehicle system evaluation, modeling, and GIS augmentation to optimize freight corridors.
Key projects and initiatives include:
- Commercial Motor Vehicle Roadside Technology Corridor: Serving as the PI for the long-term project sponsored by the DOT Federal Motor Carrier Safety Administration (FMCSA), overseeing research in technology validation, policy development, and advanced data modeling.
- Vehicle Electrification and Infrastructure: Contributing as a researcher to key DOE Vehicle Technologies Office (VTO) projects focusing on regional optimization of heavy-duty vehicle electrification. He was instrumental in developing the OR-AGENT (Optimal Regional Architecture Generation for Electrified National Transport) modeling framework used for assessing hydrogen refueling and dynamic wireless power transfer infrastructure along interstate corridors.
- Powertrain Evaluation: Serves as PI for testing conventional and hybrid heavy-duty powertrains within ORNL’s Vehicle Systems Integrations Laboratory.