Kiewit, one of the largest transportation contractors in North America, constructs and upgrades interstate; highways and bridges; rail lines and rail yards; urban mass transit systems; and airport runways, taxiways and associated facilities. Kiewit’s capabilities are reinforced by one of the largest privately-owned fleets of construction equipment in North America, which enables the company to rapidly mobilize the necessary resources for any project. Engineering News-Record (ENR) consistently ranks Kiewit among the top transportation contractors in the United States. In 2015, Kiewit was ranked the No. 2 contractor in transportation, as well as No. 2 in bridges and mass rail, and No. 3 in highways. During the past 10 years, Kiewit constructed 1,000 transportation projects totaling nearly $30 billion in contract revenue. About 70 percent of these projects were delivered using negotiated procurement methods, including best value and A+B bids.
Due to the wrath of Hurricane Ivan on September 16, 2004, nearly a quarter mile of the two-lane double span I-10 concrete bridge spanning Escambia Bay was torn apart. A joint venture quickly responded to the $33 million design-build reconstruction effort amid one of Florida's hardest hit areas.
Constructed by a Kiewit-led joint venture, this $100 million, 10-lane Leonard P. Zakim Bunker Hill Bridge is the world's widest cable-stayed structure. The new bridge opened to traffic in March 2003 and is the highlight of Boston's multi-billion dollar “Big Dig” Central Artery/Tunnel project.
The BART Warm Springs Extension DB project consists of furnishing all management, coordination, professional services, labor, equipment, materials and other services to perform the design and construction of the line, track, station and systems required to extend the BART System further into southern Alameda County from the existing Fremont BART Station to the new Warm Springs Station.
The Interstate 26 Mars Hill project was designated North Carolina's first interstate scenic byway. This 6-mile project involved extending I-26 through the Appalachian Mountains and performing 24 million cubic yards of excavation. At the time of its completion in April 2002, this 64-month project was the largest ever undertaken by the North Carolina Department of Transportation.
This $503 million design-build project was awarded to Foothill Transit Constructors, a joint venture between Kiewit and Parsons. The project includes final design and construction of 11.5-miles of double light rail main track, 14 new bridges, eight modifications to existing bridges, six stations, three center platforms, three side platforms and a maintenance and operations facility.
With Albuquerque's population growing, the I-40/Coors Interchange could no longer accommodate the daily traffic volume. The design-build project to rebuild the heavily traveled roadway included the interchange reconstruction, eight new bridges, pedestrian and bicycle paths, retaining walls, utility relocations, drainage improvements, signage and lighting.
As part of the extension of the Montreal metro to Laval, the Agence Métropolitaine de Transport awarded a $35.5 million contract for track and switchgear installation to a Kiewit-led partnership. Crews completed the work in 16 months, two months ahead of schedule.
Using an A+B contract, the Oregon Department of Transportation selected Kiewit to reconstruct the intersection of Interstate 5 and Highway 217. This $38 million project relieved traffic congestion as exiting northbound I-5 traffic attempted to merge with the heavily traveled Highway 217, which provided the only freeway access into western Portland. The reconstruction work involved merging northbound I-5 with westbound Highway 217 via a fly-over ramp.
A Kiewit-led joint venture constructed the Bay Bridge SAS E2/T1 project. The scope of work involved building the foundation of the self-anchored-suspension 530-foot-tall tower, known as the T1 footing, and constructing the eastern-most support structure, or E2, for the Skyway Segment. The three-part E2 structure is 220 feet long by 80 feet wide and the footing structure is 85 feet long, 73 feet wide and 21 feet thick.