Model it. Analyze it. Check it.

All in one place.

Every structural project comes with its own demands.
Steel frames, concrete shear walls, post-tensioned slabs each structure type calls for a different workflow.

Add seismic and wind Load combinations that shift by jurisdiction, and additional approaching is required for that.

For most engineers, that means constant tool-switching: one platform for RC building, another for Steel Cold Form, a separate workflow for PT slab checks, and another for foundation design. Export. Re-enter. Reconcile. Repeat.

It works but it's slow, error-prone, and hard to audit when a project changes scope halfway through.

What if a single model could carry you through all of it?

In this webinar, see how midas Gen NX handles the full range multiple material ,structural types with analysis, design, and post-tensioned slabs check within one integrated environment.

No file transfers. No version conflicts. No lost context between tools.

One model. Every check. Done.

- Engineers who regularly switch between multiple tools to complete a single project and are ready to stop
- Engineers working across mixed types: steel, concrete, steel, or post-tensioned slabs within the same project
- Engineers involved in foundation design, from deep pile systems to mat slabs, who need analysis and design checks

   in one continuous workflow
- Engineers considering advanced analysis to support more complex structural behavior and performance evaluation

- Understand how to define Post-tensioning slab within a single integrated model,

   eliminating the need to switch platforms mid-project

- Learn how to run code-based design checks for RC members, PT slabs, and Steel frames

   without exporting or re-entering data between programs

- Understand how foundation design from pile systems to mat foundation connects directly

   to the superstructure model, keeping your analysis and design in a single continuous workflow