Geotechnical and Geoenvironmental Software

Italferr automated design methods and determined critical moments in construction within Bentley’s design engineering applications to speed replacement of a collapsed bridge.

PT. Wijaya Karya transitioned from 2D modeling to BIM methodology to design a USD 530 million toll road that includes the longest double-decker bridge in the world.

Anil Verma Associates used BIM applications and 3D modeling to develop new rail lines and three additional underground stations within the dense environment of downtown Los Angeles.

GHD developed a new ProjectWise framework to save 18,000 hours by eliminating the need to learn project structure variations.

Italferr designs 19-kilomter rail line extension as part of an upgrade to connect southern Italy to the country’s high-speed line.

Foth uses Bentley’s open 3D BIM applications to redevelop and industrialize delivery of a Cedar Falls, Iowa corridor estimated to save the community USD 32 million over the next 25 years.

Mott MacDonald and SYSTRA used ProjectWise to connect 1,850 users and organize over 61,000 design files.

Arup Singapore used gINT and PLAXIS to help minimize disruptions to nearby structures and design a strong foundation for Singapore’s largest tower.

Tianjin Tianhe-Cloud Building Engineering Technology used Bentley’s collaborative 3D BIM and reality modeling technology to save CNY 5 million constructing the deep-sea bridge crossing in the world’s busiest port of Ningbo-Zhoushan.

Italferr utilized Bentley’s integrated 3D BIM technology to improve design efficiencies and optimize collaboration to deliver the Irpinia-Orsara railway route in southern Italy.

AECOM created a digital twin, including iModels and all supporting data, for the 25-kilometer central contract of London’s Thames Tideway Tunnel project.

Shenzhen Municipal Design & Research Institute implemented a BIM methodology for the design of super highway connector, reducing cost and waste by 40%.

Italferr, the engineering company of Ferrovie dello Stato Italiane Group, uses Bentley’s open applications to drive efficient digital workflows, optimizing design, construction management, and sustainability along an important railway in southern Italy.

Skanska Costain STRABAG JV utilized Bentley’s collaborative 3D BIM technology to improve digital efficiencies for the United Kingdom’s most complex railway project, saving more than GBP 2 million in total costs.

PT. Wijaya Karya used Bentley’s integrated BIM applications to optimize quality and efficiencies, saving three-months’ time reconstructing a landslide-impacted site along Indonesia’s main road network.

Tianjin Municipal Engineering Design & Research Institute leverages Bentley technology to optimize design and construction of Haiyu East Line Municipal Road, saving over CNY 15 million and reducing delivery time by one-and-a-half months.

PT. FKA Global leverages Bentley’s BIM technology to reduce delivery time and cost for ambitious USD 21.4 billion tollway connecting Sumatera’s seven provinces.

AECOM used Bentley software to create geological sections from legacy and current data for the A1 road improvement scheme, saving six months in manual drafting time.

Cathie Associates economizes the reassessment of soil profile and engineering parameters, design of piles, and evaluation of pile drivability for Uruguay port.

Dubai Municipality implemented an automated management system for utility construction projects, reducing engineering time and paper usage, each by 95 percent.

Foth Infrastructure & Environment delivers a non-traditional intersection solution improving nearly 1.5 miles of roadway to enhance traffic flow and pedestrian safety, and reduce corridor delays and the carbon footprint.

Mississippi Department of Transportation re-engineers geotechnical data management practices and reduces geotechnical and materials project times by 50% with gINT implementation.

Parsons Brinckerhoff and Arup JV deployed Bentley solutions to fast-track the design of Australia’s largest transportation project, saving millions.

Washington State Department of Transportation (WSDOT) integrates gINT Professional Plus with its enterprise Web GIS to unify geotechnical data and make it spatially accessible on the Web for subsurface data consumers to better plan and investigate sites.