Skip to main content

Jacobs JV awarded contract for California high speed rail

The Jacobs Engineering Group has been awarded a contract to provide design services for the Construction Package 2-3 (CP 2-3) of the California High Speed Rail, the continuation of construction on the California high-speed rail system south towards Kern County. Jacobs is the lead designer for the Dragados-Flatiron joint venture for the design-build contract and is responsible for the infrastructure design. The California High Speed Rail is the first true high-speed rail being constructed in the United S
July 23, 2015 Read time: 2 mins
The 6320 Jacobs Engineering Group has been awarded a contract to provide design services for the Construction Package 2-3 (CP 2-3) of the California High Speed Rail, the continuation of construction on the California high-speed rail system south towards Kern County. Jacobs is the lead designer for the Dragados-Flatiron joint venture for the design-build contract and is responsible for the infrastructure design.

The California High Speed Rail is the first true high-speed rail being constructed in the United States, with operating speeds of up to 220 miles per hour. The ultimate program stretches from San Diego to San Francisco and includes connections in major cities along the alignment such as Los Angeles, Burbank, Palmdale, Bakersfield, Fresno and a spur to Sacramento.

The CP 2-3 is expected to provide 65 miles of infrastructure improvements required for the future high-speed rail (HSR), including over 10 million yards of new HSR embankment, 23 HSR structures and 32 new roadway grade separations. The project covers a 65-mile portion of the 120-mile initial construction segment, which will be used as a test track for vehicles before being put into service.

Making the announcement, Jacobs Group vice president Randy Pierce stated, “This project is one of the largest in the state’s history and, once completed, should provide the travelling public with a fast, clean alternative stretching from Southern to Northern California.”

Related Content

  • December 22, 2015
    Missouri’s Road to Tomorrow provides ITS answers
    Andrew Bardin Williams looks at Missouri’s plans to become America’s ITS testbed The state of Missouri launched its Road to Tomorrow initiative earlier this summer at the ITS America Annual Meeting and Expo in Pittsburgh, rolling out the welcome mat for transportation officials to try out new, innovative ITS technologies in the field.
  • September 14, 2016
    WSP/Parsons Brinckerhoff shortlisted for two prestigious industry awards
    WSP/ Parsons Brinckerhoff has been shortlisted for two Australian Engineering Excellence Awards for work on the Capital Metro Light Rail in Canberra and the North Strathfield Rail Underpass (NSRU) in Sydney. The Capital Metro Light Rail project involves creating a 12 kilometre light rail line in Canberra city’s north. The company provided planning and environment services, which included preparing the largest, most complex Environment Impact Statement in the history of the territory. The NSRU proje
  • December 21, 2016
    Michael Baker to provide construction services for Pennsylvania road upgrade project
    In cooperation with the Pennsylvania Department of Transportation (PennDOT), Michael Baker International is to provide construction services for the improvement of Freedom Road, a major roadway that connects the northern suburbs of Pittsburgh, Interstate 79 and the Pennsylvania Turnpike to State Route 65 (SR 65). PennDOT recently awarded the company a US$4.9 million contract to provide construction management and inspection services for phases one and two of the multi-year project. As part of the c
  • April 20, 2017
    California aims to generate electric power from traffic congestion
    California is planning a US$2.3 million initiative that will generate electrical power from traffic, according to the San Francisco Chronicle. The California Energy Commission recently voted to fund two piezoelectricity projects, which convert pressure into power. One pilot will test a 200-foot-long piece of asphalt on UC-Merced’s campus, which is designing a 200-foot stretch of asphalt that will be sowed with inch-wide piezoelectric generators, which will be stacked within arrays below the road where it is