Modern rail design demands more than just precision—it also demands speed, adaptability, and coordination across disciplines. Traditional CAD workflows, often manual and rigid, struggle to keep up with frequent design changes and complex geometries.

In this webinar, you'll learn how parametric CAD modeling is transforming the way that rail and road infrastructure is designed—from early geometry to final deliverables. We'll explore how constraints, variables, and rule-based logic can be applied to automate design geometry, minimize manual rework, and ensure model integrity throughout the project lifecycle.

You'll also discover how parametric cells simplify repetitive detailing tasks and how design changes propagate automatically, cutting down on errors and improving turnaround time.

What you will learn:

Introduction to Parametric CAD Modeling in Infrastructure Design. Differences between traditional CAD workflows and parametric modeling. Benefits of using constraints, variables, and rule-based design to reduce errors. Using parametric cells for repetitive design elements (e.g., OLE masts, guardrails).