Michael Baker International to implement US smart mobility corridor

Michael Baker International will provide technical management for the implementation of connected vehicle technologies along a 35-mile stretch of the US Route 33 near Columbus, Ohio. The project aims to make roads safer, less congested and equipped for real-life testing of connected and autonomous vehicles and is scheduled for completion in January 2020. NW 33 Innovation Corridor Council of Governments (NW33) chose the provider of engineering solutions in a $1m (£710,200) contract that runs between the
April 5, 2018 Read time: 2 mins

Michael Baker International will provide technical management for the implementation of connected vehicle technologies along a 35-mile stretch of the US Route 33 near Columbus, Ohio. The project aims to make roads safer, less congested and equipped for real-life testing of connected and autonomous vehicles and is scheduled for completion in January 2020.

NW 33 Innovation Corridor Council of Governments (NW33) chose the provider of engineering solutions in a $1m (£710,200) contract that runs between the City of Dublin and the City of Marysville.

Through the agreement, Michael Baker International and subconsultant, Alten-Cresttek, will assist project sponsors and partners in using insights gained from the project to improve safety and create opportunities for economic development throughout the corridor. Members include the cities of Dublin and Maryville, Union County, Ohio Department of Transportation, DriveOhio, Honda, Battelle, TRC and the Ohio State University College of Engineering.

This scheme is part of a wider $15m (£10m) initiative which includes a $6m (£4.2m) US Department of Transportation grant awarded to NW33 in 2016.

The 33 Smart Mobility Corridor connects the Transportation Research Centre and the Ohio State University’s Centre for Automotive Research. In addition, it provides a link to smart mobility initiatives taking place at the Smart Columbus project.

Urban Traffic Control

Related Content

  • Dallas launches ICM program
    August 28, 2013
    Transportation officials in the Dallas area are to introduce an Integrated Corridor Management (ICM) along the 28-mile US 75 from the city to its northern suburbs. ICM works by collecting data about traffic conditions, then sending it through software that can analyse the data and help operators select the best strategies for managing it. A web interface ensures all the relevant agencies working on the corridor are aware of what is happening. Commuters will be advised of the situation via a new website
    Read More
  • The sunshine subsidy for Colorado’s tollways
    January 10, 2014
    David Crawford reports on energy cost cutting on US highways. Just over a year after switch-on and with two global awards under its belt, the longest solar-powered toll road in the US is generating heightened interest in highway applications of alternative energy. The E-407, which loops around the eastern perimeter of the Denver metropolitan area in Colorado, won the International Bridge, Tunnel and Turnpike Association (IBTTA) President’s Overall Award for Excellence at its September 2013 Annual Meeting in
    Read More
  • Fluor: here's how to fix US infrastructure
    June 14, 2018
    US president Donald Trump’s comments about the country’s ‘crumbling infrastructure’ led many in the ITS sector to spot an opportunity to help with other solutions. David Seaton of Fluor ponders the scale of what’s required and considers some projects which have boosted mobility We can no longer wait for future generations to address this nation’s crumbling infrastructure. We need to act now. The problem is substantial, to say the least. The American Society of Civil Engineers predicts that failing to clo
    Read More
  • 15-minute cities: Path to dystopia or storm in a side street?
    June 5, 2023
    Urban planners and transportation professionals will need to address wild accusations about the motives behind 15-minute cities - and relevant criticisms too - if the concept is to scale to its potential
    Read More

Highlighted Content