U.S. Department of Transportation
Federal Highway Administration
1200 New Jersey Avenue, SE
Washington, DC 20590
Federal Highway Administration Research and Technology
Federal Highway Administration (FHWA) Research and Technology Agenda
Improving the Mobility of People and Goods
A growing economy needs highways that safely and reliably move people and goods where they need to go.
As the number of drivers and miles traveled on highways continue to increase, finding ways to make roadways safer and travel times more reliable for all users has never been more important. Improving mobility is about more than improving traveler experience on highways. This critical challenge also affects the Nations economic competitiveness.
FHWA continuously works to provide tools to meet this challenge using a comprehensive approach, which incorporates new technologies and advances in operations, engineering solutions, material sciences, and strategic planning mechanisms.
Discover how FHWA is Improving the Mobility of People and Goods by exploring the primary offices and programs responsible for meeting this challenge.
Active Transportation and Demand Management (Operations) offers technologies and operational approaches that help highway operators better manage traffic flow and guide traveler behavior to reduce delay and emissions, improve safety, and maximize system efficiency.
Improving connection of precast concrete bridge deck elements to steel bridge superstructures (Infrastructure) can reduce congestion and related incidents associated with construction zones by accelerating onsite construction activities and improving the quality and service life of bridges.
FHWAs mobility assessment of National Highway System connectors to airports in the New England States (Planning, Environment, and Realty) is shedding new light on the economic impacts and mobility characteristics of roads that provide access to airports.
A field and safety evaluation of mini-roundabouts (Safety) will enhance industry understanding of the potential for this design to reduce congestion and improve safety, when used to replace traditional stop or signal-controlled intersections, within appropriate contexts.