PRESS RELEASE
MEP technology provider eVolve MEP is partnering with software provider Autodesk and pre-construction process management provider GTP Services to provide a more comprehensive fabrication workflow that will enable MEP contractors to more easily adopt building information modeling software products and workflows. This partnership, the companies say, will help contractors create safer environments, allow more projects to be completed on time, combat the skilled labor shortage, and increase overall project efficiency and profitability.
“At eVolve MEP, our mission is focused around giving the MEP contractor the tools needed to align his/her teams and achieve best-in-class installation efficiency," said Clay Smith, CEO of eVolve MEP. "This partnership with Autodesk and GTP Services further reinforces our commitment to that purpose."
This new partnership gives MEP contractors a better way to execute on their construction projects. Contractors will be able to maximize their employees' safety, project efficiency and overall company profitability.
The MEP industry is currently experiencing increased demand for faster-paced construction at less cost and with less waste but with improved safety. These competing requirements are driving smarter connected construction sites and innovative offsite prefabrication methods. Digitalization and the adoption of BIM-based workflows are facilitating many of these advances. However, most contractors are still struggling to implement BIM due to gaps in current workflows.
"We are excited by our partnership with eVolve MEP and GTP Services," said Steve Butler, Autodesk senior industry strategy manager. "Their tools greatly complement and extend Revit workflows, providing a more cohesive offering for MEP trade contractors making the transition to BIM."
Todd Liebbe, CEO of Stratus, said: "The alignment of eVolve MEP and GTP Services creates a unique opportunity for serving MEP contractors with the best possible solutions. This partnership will ease their transition to building information modeling and into the future of prefabrication."