With the use of open standards, Trimble’s Tekla software products have an active partner community, developing on the Tekla API complementary applications and integrations for specialized industry sectors such as scaffolding design, industrial projects and detailing for modular construction such as light metal framing. Through continuous enhancements, in-product intelligence and expanded support for sustainable construction, we provide our customers with one of the most advanced BIM technology platforms on the market today,” said Michael Evans, senior product director, Trimble Structures. “Our product development focuses on delivering solutions that make building information more easily available, constructible and shareable to stakeholders across the industry to optimize the use of resources. It forms the basis for green construction strategies to optimize the use of resources, minimize waste and enable full asset lifecycle maintenance. Connected construction enables precision production, reducing rework through constructible design. The Tekla software provides a truly connected construction environment with an integrated suite of solutions, centralized data, streamlined workflows and comprehensive visibility throughout the course of a project. Robust software performance is key to enabling multiple stakeholders to consult, use and feed data into the models in connected workflows. Versions include significant performance enhancements, enabling smoother information delivery on projects that are typically growing in both size and intricacy. This latest Tekla software raises the bar for automated and connected workflows across project phases and stakeholders. Tekla Structures 2023, Tekla Structural Designer 2023, Tekla Tedds 2023 and Tekla PowerFab 2023 offer significant improvements in construction productivity, efficiency, and quality. WESTMINSTER, Colo., March 15, 2023-Trimble (NASDAQ: TRMB) announced today the introduction of the latest versions of its Tekla® software for constructible Building Information Modeling (BIM), structural engineering and steel fabrication management. Optimizing Resources for Sustainable Construction
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