Parsons wins major deal for Doha Expressway

Parsons is now working on a design and construction supervision contract for Package 9 of the Doha Expressway project. This is a major contract and is the second of these packages for the expressway awarded to the firm in less than 9 months. This latest part of the Doha Expressway Project is split three separate components, each involving upgrading roads and intersections in the most congested parts of Doha, Qatar. The three projects within this package will include the construction of 33km of roads and 29
July 17, 2013 Read time: 2 mins
3220 Parsons is now working on a design and construction supervision contract for Package 9 of the Doha Expressway project. This is a major contract and is the second of these packages for the expressway awarded to the firm in less than 9 months. This latest part of the Doha Expressway Project is split three separate components, each involving upgrading roads and intersections in the most congested parts of Doha, Qatar. The three projects within this package will include the construction of 33km of roads and 29 junction improvements. Under the terms of the contract, the Parsons team will be responsible for designing and supervising the construction of these major roads. Issues covered will include dealing with limited rights of way, complex traffic management during construction, and accessibility requirements for existing businesses as well as for coordinating with multiple stakeholders. The project is due for completion in 6-7 years. From 2002-2012, Parsons provided concept, preliminary, and detailed design for other projects of similar scope and services under the Doha Expressway programme.
Road Structures

For more information on companies in this article

Related Content

  • Bechtel and Enka win highway contract for Kosovo
    July 2, 2014
    Bechtel and its joint-venture partner Enka have won a contract to build a 60km highway connecting Kosovo’s capital Pristina with neighbouring Macedonia. The new Route 6 highway will help improve Kosovo’s transport links, a highly important factor for the future economic development of this small, landlocked nation. Bechtel-Enka previously constructed Kosovo’s Route 7 highway, which was completed in November 2013, a whole year ahead of schedule. The Route 7 highway with Morina on the Albanian border through
    Read More
  • Rapid replacement of multiple bridges – the plan
    December 14, 2017
    The US State of Pennsylvania is saving itself $220 million over 10 years on a programme to replace 558 bridges with an unusual public private partnership approach - Kristina Smith writes It is called the Rapid Bridge Replacement Programme with good reason. Pennsylvania’s Department of Transport, PennDOT, wants to see no less than 558 structurally deficient bridges replaced with newly designed and constructed ones, all within four years. Using traditional forms of procurement this programme would be like
    Read More
  • Virginia project for Parsons
    June 28, 2016
    Parsons has won a deal to design and installation of the nation’s first all-lane, dynamic-priced tolling system on a 16km segment of Interstate 66 in Virginia. This stretch of highway runs from Interstate 495, the Capital Beltway, to US Route 29 in Rosslyn, Virginia. Dynamic tolling, able to adjust toll pricing to demand, will operate in the peak travel direction during weekday rush hours. This will help lower traffic congestion into and out of US capital Washington, DC.
    Read More
  • Australian mega link route opens
    November 29, 2012
    Australia’s largest and most complex transport infrastructure project in the city of Brisbane has been officially opened to traffic. The first vehicles have now used the Airport Link, Northern Busway (Windsor to Kedron) and Airport Roundabout Upgrade projects, which together form an extensive US$5.85 billion transport project. The project in Australia’s third most populous city in the state of Queensland comprises a toll road and dedicated busway route, together involving almost 12km of tunnels (described
    Read More

Highlighted Content