Autodesk expands infrastructure design and analysis portfolio

Autodesk is expanding its portfolio of technology for Building Information Modelling (BIM) for infrastructure following the completion of the acquisition of certain technology assets from two UK-based software companies, Bestech Systems and Savoy Computing Services. From Bestech Systems, Autodesk has acquired technology including Sam, a suite of software modules widely used around the world by bridge designers and engineers for load analysis in the design of small to medium span bridges. The technology
August 20, 2013 Read time: 2 mins
2184 Autodesk is expanding its portfolio of technology for Building Information Modelling (BIM) for infrastructure following the completion of the acquisition of certain technology assets from two UK-based software companies, Bestech Systems and 551 Savoy Computing Services.

From Bestech Systems, Autodesk has acquired technology including Sam, a suite of software modules widely used around the world by bridge designers and engineers for load analysis in the design of small to medium span bridges. The technology acquired from Savoy Computing Services includes AutoTrack, a suite of software modules for road, light rail, airport, parking and intersection analysis and design used for infrastructure planning by architects, designers and engineers.

“Through these acquisitions, Autodesk is now positioned to offer a much more comprehensive portfolio of infrastructure software that will accelerate the adoption of BIM in transportation design,” said Amar Hanspal, Autodesk senior vice president of Information Modelling and Platform Products.  “The addition of Sam and AutoTrack to Autodesk will also advance road and bridge workflows with model-based design and analysis software.”

While Autodesk integrates the Sam and AutoTrack technology into its portfolio, the current products will remain available to new customers.  Existing customers will continue to be supported by Bestech Systems and Savoy Computing Services.
GIS/ Mapping & Location Based Systems

Related Content

  • January 25, 2012
    Mixed results for public-private traffic management partnerships
    David Crawford looks at the somewhat patchy success to date of trying to involve the private sector in operating traffic management centres
    Read More
  • July 17, 2012
    Real time active traffic management improves travel times
    Traffic management centres (TMC) have traditionally served to provide surveillance and responses to traffic incidents and recurring and non-recurring changes in road networks. Typically, a TMC collected field data from the roadway and transit infrastructure and provided the integration necessary for operators to see what was happening and then coordinate a response. Standard operating procedures (SOPs) guided operators on how to respond to a given situation. It eventually became impractical for TMC operat
    Read More
  • June 20, 2016
    Thales builds on Canadian connection for transit R&D
    The Canadian province of Ontario is continuing to benefit from its ongoing investment in transit R&D. David Crawford looks at the impact of new investment. Developing the next generation of urban rail signalling solutions worldwide, with the emphasis on transit security and efficiency, is the goal of a recently-created business partnership between the government of the Canadian province of Ontario and Thales Canada. The wholly-owned subsidiary of the France-HQ'd global defence, aerospace and transportation
    Read More
  • May 29, 2014
    The role of GIS in climate change resiliency
    Climate change will pose global and local challenges and that includes risks to the transportation infrastructure. Climate change adaptation and resiliency has captured the attention of the transportation community for some time now. Because transportation infrastructure is often designed to last for 30, 50, or 100 years or even longer, transportation professionals are concerned not only about the impact on our existing investments, but also how to design more durable transportation systems for the future
    Read More

Highlighted Content