Parsons Brinckerhoff JV to design Queensland motorway project

Parsons Brinckerhoff and joint venture partner Seymour Whyte has been awarded the design and construct contract for the Smith Street Motorway and Olsen Avenue Interchange upgrade in Queensland. The project, worth in excess of US$50m, was awarded by the Department of Transport and Main Roads and involves the upgrade of the critical link between the new Gold Coast Health and Knowledge Precinct and the Pacific Motorway. Project focus areas include: Providing capacity for future traffic volumes and emergenc
February 11, 2014 Read time: 2 mins
4983 Parsons Brinckerhoff and joint venture partner Seymour Whyte has been awarded the design and construct contract for the Smith Street Motorway and Olsen Avenue Interchange upgrade in Queensland.

The project, worth in excess of US$50m, was awarded by the 7026 Department of Transport and Main Roads and involves the upgrade of the critical link between the new Gold Coast Health and Knowledge Precinct and the Pacific Motorway. Project focus areas include: Providing capacity for future traffic volumes and emergency vehicle movements around the Gold Coast Health and Knowledge Precinct; Allowing for greater traffic efficiency with extra through and turning lanes at the Smith Street Motorway/Olsen Avenue interchange; Facilitating access to the new Gold Coast University Hospital from Olsen Avenue and Smith Street; Alleviating congestion for traffic entering and leaving the Smith Street Motorway; and improving pedestrian access to the university through signalised crossings on Olsen Avenue

Parsons Brinckerhoff’s director of transport, Mark Keogh commented that the structure of this joint venture is unique and represents a positive, strategic step forward for industry: “We are pleased that Parsons Brinckerhoff and Seymour Whyte have joined together under a joint venture agreement to deliver this project, and will be trading as GC Connect Joint Venture.

“A key challenge for the project will be to ensure that all critical milestones are met, with construction set to commence in early 2014 and expected completion in mid-2015,” he concluded.

For more information on companies in this article

Related Content

  • Sustainable mobility? Only possible with a multifaceted approach
    May 25, 2023
    ITS European Congress 2023 was scene for 'full and frank exchange of views'
    Read More
  • Promoting wider access to latest generation VMS
    November 22, 2012
    Derbyshire based Mobile Visual Information Systems (MVIS) and Safety Vehicle Hire and Lease (SVHL) from Leicestershire have joined forces in a deal that they say will not only enable wider market access to the latest generation of variable message signs (VMS), but which they hope will also promote the case for legislative evolution facilitating the greater efficiency of the UK’s road network. MVIS supplies mobile and solar powered monitoring and visual information systems, including VMS, to the traffic mana
    Read More
  • The long road to Spanish enlightenment
    October 22, 2018
    Julián Núñez, immediate past president of ASECAP, gets his teeth into the vision of a European strategy for toll roads. David Arminas reports from Madrid. Getting European politicians to agree to a long-term cross-border highway infrastructure programme for toll roads is extremely difficult. It’s a bit like pulling teeth: people want to avoid the pain. But pain is something that Spanish operators, including Abertis, OHL, ACS, FCC and Acciona, have been going through for the past decade. The country has
    Read More
  • Abu Dhabi installs Scoot
    March 5, 2014
    The Department of Transport (DoT) in Abu Dhabi has commenced work on a US$9 million adaptive traffic control central system project, which is expected to be completed by early 2015. The project will see the implementation of a new Scoot (Split Cycle Offset Optimisation Technique) adaptive traffic control system to improve traffic flow at the capital’s 125 main signalised junctions. Scoot, installed in more than 120 cities worldwide, is a tool for managing and controlling traffic signals in urban areas.
    Read More

Highlighted Content