All drawings remain linked to the model — changes in the model update drawings instantly.
Tekla Structures is not just a modeling tool — it is a that connects design to production. While it demands investment in training and hardware, its ability to eliminate clashes, automate drawings, and drive fabrication makes it indispensable for complex structures. For firms focused on structural steel, reinforced concrete, or precast elements, Tekla Structures offers a level of detail and control unmatched by general-purpose BIM software. As construction moves toward full digital integration, Tekla is well-positioned as a cornerstone of the smart construction ecosystem. tekla structure
Tekla is the go-to for —think sports stadiums, skyscrapers, and industrial plants. By creating a "constructible" model first, companies save time, reduce waste, and ensure that what is designed in the office actually fits perfectly when it arrives at the site. All drawings remain linked to the model —
Building Information Modeling (BIM) has revolutionized the construction industry by enabling data-rich, collaborative, and precise project delivery. Among the leading BIM software platforms, stands out for its specialization in structural engineering, steel detailing, reinforced concrete design, and construction management. This paper explores the core features, workflow integration, and practical applications of Tekla Structures. It highlights how the software enhances accuracy, reduces material waste, and fosters multi-disciplinary collaboration. The paper also discusses the software’s limitations and learning curve. Ultimately, Tekla Structures is presented as a powerful tool that bridges the gap between design, detailing, and on-site construction. For firms focused on structural steel, reinforced concrete,
Tekla supports openBIM standards (IFC 2x3, IFC4, BCF). It imports from Revit, Rhino, SketchUp, and exports to analysis software (STAAD, SAP2000, ETABS).