Webinar 09 December 2026 15:00 - 16:00 (IST)

Reinventing the bridge design workflow with SOFiSTiK

Automated modelling to design and drawings of a strutted box-girder bridge

Curious about how modern bridge engineering software brings modelling, analysis, design, and detailing together?

Bridge engineering involves much more than modelling and analysis. It brings together modelling, structural analysis, design, and drawings. Discover how SOFiSTiK supports this journey through parametric modelling, automated analysis with loads as per IRC, code-based design with detailed calculation reports, engineering drawings, and BIM integration – all demonstrated through a strutted box-girder bridge.

Webinar highlights:

Parametric axis modeling: Generate variable strutted box-girder geometry rapidly using ready-to-use axis templates.
Teddy automation: Set up automated dead, live, thermal, and staging load combinations with modular code libraries.
Advanced pier FEA: Compute cracked flexural stiffness and nonlinear Pdelta effects on slender piers and piles.
IRC 112:2020 ULS design: Automate ultimate limit state code checks and export structured calculation reports.
Line-to-shell generator: Convert 1D beam elements into full 3D shell models for transverse deck slab and web analysis.
Direct AutoCAD drawing generation: Generate complete formwork drawings, tendon profiles, and coordinate tables straight out of SOFiSTiK without manual drafting.
Instant Revit BIM creation: Build a complete 3D BIM model with tendons in a blank Revit project simply by exporting from SOFiSTiK – no prior Revit modeling needed.

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