Skip to main content

Georgia gets SCOOT

Siemens has won a new SCOOT (Split Cycle Offset Optimisation Technique) project in the US State of Georgia, in an area to the north of Atlanta along State Route 9. In the first phase, SCOOT will control thirty-three intersections in the towns of Alpharetta, Roswell and Sandy Springs and it is expected that more intersections will be added to the system over the next few years. The project is being managed by Siemens USA with local dealer Temple.
May 9, 2013 Read time: 2 mins
189 Siemens has won a new SCOOT (Split Cycle Offset Optimisation Technique) project in the US State of Georgia, in an area to the north of Atlanta along State Route 9. In the first phase, SCOOT will control thirty-three intersections in the towns of Alpharetta, Roswell and Sandy Springs and it is expected that more intersections will be added to the system over the next few years.

The project is being managed by 121 Siemens USA with local dealer 580 Temple.

Following testing of a demonstration system by 754 Georgia Department of Transportation which highlighted the benefits of adaptive control and after comparison with a leading system, it was determined that SCOOT would be an excellent long term solution.

Further analysis by 831 Federal Highway Administration (FHWA), concluded that, of SCOOT’s many desirable features, the one of particular importance was the ability to run the system with ordinary traffic plans but to also have the capability to invoke SCOOT when desired.  

It was determined that with the Siemens configuration, the clients could continue to run standard traffic patterns using the Siemens TACTICS traffic management system.  However, when requested, the SCOOT system can activate a full adaptive system which can be turned on and off by the SCOOT system scheduler.

Roadside implementation has already begun and the full SCOOT implementation is expected to be completed by the end of the summer.

A tender has also been released to expand the system with an additional thirty-four intersections before the initial deployment has been completed.  The initial deployment will be for 33 intersections.

Related Content

  • PTV sets its sights on Smart City solutions
    February 9, 2017
    Making a city smarter not only relies on understand technological opportunities but also human decision-making, as Miller Crockart explains. Cities are about people – a fact that can easily be forgotten when experts talk about roads, healthcare and education as though they are abstract and unconnected monoliths rather than things people use. Understanding how and why people use services is vital for making decisions on how they can be optimised for maximum efficiency across inter-connected networks that for
  • Progressing work zone safety systems
    February 1, 2012
    David Crawford investigates progress in a key safety area - work zones. Highway construction zone safety is taken seriously enough in the US to merit a special spring National Work Zone Awareness Week, which in 2010 ran from 19-23 April. Headed by the US Department of Transportation's Federal Highway Administration (FHWA), this aims to reduce an annual toll of work zone deaths - 720 in 2008 (an average of one every 10 hours) with more than 40,000 traffic injuries (an average of one every 13 minutes).
  • Progressing work zone safety systems
    February 6, 2012
    David Crawford investigates progress in a key safety area - work zones
  • Kapsch wins major Georgia ATMS deal
    October 28, 2019
    Kapsch TrafficCom has won a contract with the Georgia Department of Transportation (GDoT) in the US to design and implement a statewide advanced traffic management system (ATMS). Tracy Bumpers, Kapsch executive VP, Solution Center – Traffic, says the high profile deal is valued at between $7m and $10m. Gridlock is a major issue in parts of the state. “Metro Atlanta has some of the worst traffic in the US,” he says. The project will be managed from Duluth, a suburb of Atlanta. “Our entire team is lo