In civil engineering, design rarely stops at the first geometry.

Alignments shift, cross-sections change, and every revision can mean rebuilding the analysis model from scratch.

Traditionally, parametric geometry and structural analysis live in separate worlds.

Engineers create a model in one software, then manually recreate it in another to run the analysis.

Each change restarts the cycle, and the parametric freedom that made the design efficient is lost the moment it moves downstream.

In this webinar, see how midas Civil NX and Grasshopper work together to close that gap.

Creating bridge geometry parametrically and carrying it directly into analysis, without rebuilding process.

One connected workflow to create, analyze, and iterate on bridge models with confidence.

Join us and see it for yourself.

• Engineers looking to bring parametric geometry into their analysis workflow without rebuilding models 
• Engineers who want to see how Grasshopper geometry carries directly into midas Civil NX for analysis
• Engineers designing superstructure with complex  geometry
  (curved girders, variable cross-sections, asymmetric or staged segments)

• Understand how to set up a parametric bridge model in Grasshopper,
  including alignment, cross-section definitions, and the geometry logic that drives the model.
• See how the parametric geometry transfers directly into MIDAS Civil NX,
  carrying nodes, elements, and section properties without manual remodeling.
• Learn how design changes flow through the workflow:
  updating geometry in Grasshopper and reflecting those changes in the analysis model without starting over.
• See how the connected workflow supports faster design iteration,
  from geometry adjustments through to analysis-ready models.