Skip to main content

Texas Interstate connection upgrade project

Consultancy firm Michael Baker International has a US$4 million contract from the Texas Department of Transportation (TxDOT) to provide safer road links and bridges along the southern gateway corridor into Dallas. This project is due for completion in 2021. It will provide a long-term transportation and operational improvement effort to boost safety, cut congestion and while address roadway deficiencies and system linkage for the critical I-35E and US 67 artery.
January 31, 2018 Read time: 2 mins
Consultancy firm Michael Baker International has a US$4 million contract from the 3499 Texas Department of Transportation (TxDOT) to provide safer road links and bridges along the southern gateway corridor into Dallas. This project is due for completion in 2021. It will provide a long-term transportation and operational improvement effort to boost safety, cut congestion and while address roadway deficiencies and system linkage for the critical I-35E and US 67 artery.


As part of the larger transportation design/build construction project, Michael Baker will perform Owner Verification Testing and Inspection (OVTI) oversight and conduct audits to verify the design-build team’s Construction Quality Management Plan (CQMP).

“The I-35E and US 67 exchange continues to serve as a highly congested roadway for commuters traveling into the Dallas Metro Area, and the southern gateway corridor project represents a large-scale effort to improve transportation in this highly congested urban area,” said Jorge M Suarez, PE, vice president and director of structural engineering at Michael Baker International. “Michael Baker’s construction management expertise, through inspections, audits and testing, will ensure that the project’s design and construction are completed smartly and safely to help the community and region by reducing congestion and making freeways safer.”

As part of the contract, Michael Baker will perform Owner Verification (OV) tests at a stipulated testing frequency, along with the review and approval of Quality Assurance (QA) test results. The team will review the performance of statistical analysis of OV and QA test results and associated tasks arising out of the statistical analysis with all partnering agencies.

The Southern Gateway Project, which is currently underway, consists of adding reversible non-tolled express lanes and/or general-purpose lanes to improve capacity in the corridor. In addition, bicycle and pedestrian accommodations are proposed where frontage road reconstruction is proposed.

For more information on companies in this article

Related Content

  • Portland bridge deal for HDR
    October 19, 2023
    Consultant HDR has won a key Portland bridge deal.
  • Ferrovial, Acciona among Bentley winners
    November 22, 2022
    Finalists presented their projects at Bentley’s recent Going Digital Awards event in London.
  • Stantec wins upgrade to Florida SR 91
    July 29, 2019
    Canadian contractor Stantec is to lead design work for a 16km upgrade and widening of State Road 91 in the US state of Florida. Work will turn the section of road through Lake County into price-managed lanes for improved travel reliability, according to the company which will be working for Florida’s Turnpike Enterprise, part of the Florida Department of Transportation. Turnpike Enterprise operates a 740km-system of limited access toll highways Stantec’s design for the project, with a construction cos
  • Road safety: time for results on reducing crashes
    May 8, 2019
    The World Health Organization’s 2018 Global Road Safety Status Report – the definitive international road safety performance benchmark – paints an alarming picture, just two years from the United Nations’ target to cut fatal traffic injuries by 2020, and confirms that road fatalities represent one of the worst public health epidemics in history. “Think about it. In the Plague of Justinian in 541 and 542 AD, approximately 100,000,000 people died, making this event recognised as the worst epidemic in hist