Louis Berger wins Engineering Excellence Honour Award

Louis Berger (LB) has won a 2018 Engineering Excellence Honour Award by the American Council of Engineering Companies (ACEC) of Maine for its work on the Adaptive Signal Control (ASC) technology system project in Warwick, Rhode Island. Through a grant sponsored by the Federal Highway Administration(FHWA), the professional services corporation installed the system at eight signalized intersections at the 1.5-mile airport road corridor with the intention of improving traffic and safety.
November 13, 2017 Read time: 2 mins
4736 Louis Berger (LB) has won a 2018 Engineering Excellence Honour Award by the American Council of Engineering Companies (ACEC) of Maine for its work on the Adaptive Signal Control (ASC) technology system project in Warwick, Rhode Island. Through a grant sponsored by the 831 Federal Highway Administration(FHWA), the professional services corporation installed the system at eight signalized intersections at the 1.5-mile airport road corridor with the intention of improving traffic and safety.

 
The system sends data to a remote brain and optimizes signal timing for arterials, side streets and pedestrian crossings through infrared detection coordinated with web-based, near real-time ASC. It aims to improve traffic corridor safety and to reduce motorist travel time, delays and stops, thereby decreasing idling, fuel consumption and emissions.

LB brought together stakeholders, including the Rhode Island Airport Corporation, 7642 Rhode Island Department of Transportation and FHWA to implement the project.

Thomas Harley, vice president at LB, said: “Utilizing this data, the traffic signals are adjusted in near real-time to safely and expeditiously move traffic through the corridor. The system reduces motorist travel time, delays and stops which helps cut down idling and decreases fuel consumption and emissions. This also has a positive impact on traffic corridor safety.”

UTC

Related Content

  • January 24, 2024
    TRB 2024 challenge spurs smart transportation innovation
    The Center for Urban Informatics and Progress at UTC, Amazon Web Services, the National Science Foundation, the City of Chattanooga and ITS America sponsored the Transportation Forecasting Competition at TRB 2024: and the challenge threw up some fascinating projects
    Read More
  • August 28, 2018
    US joint university team wins ITE’s transportation challenge
    A joint team from the Universities of Texas, Wyoming and Kansas has won the first Transportation Technology Tournament organised by the Institute of Transportation Engineers (ITE). The winning project set out to address what it called “non-recurrent congestion challenges” in Washington, DC, such as increased traffic on days when the Washington Nationals baseball team played at home. The team worked with the District Department of Transportation (DoT) to develop real-time traveller information systems to
    Read More
  • March 25, 2013
    DART to launch corridor management system
    Dallas Area Rapid Transit (DART) is to launch its corridor management system, which will integrate traffic information from the myriad transportation agencies along the north central expressway in the region to provide drivers with up to date travel information. The US$9 million project, partially funded by the Department of Transportation, is among several integrated corridor management pioneer sites chosen because of the high travel demand and congestion brought on by the more than 266,000 vehicles that u
    Read More
  • September 3, 2012
    Bharath Electronics wins $12 million contract to renew Hyderabad’s traffic signalling infrastructure
    The city of Hyderabad has announced an ambitious 12-month plan to install a new city-wide traffic signal system called the Hyderabad Traffic Integrated Management System (HTRIMS). The US $12 million contract, which was awarded to Bharath Electronics Limited (BEL) earlier this month, aims to upgrade traffic signals at 180 existing junctions across the busy city and bring a further 41 new junctions into the system.
    Read More

Highlighted Content