In the first article of this two-part series, we explained algorithm enabled parametric BIM (some simply call it parametric design or algorithmic modeling) and shared some of the ways structural engineers are using this workflow to quickly explore complex design alternatives. If you’re interested in learning more, these five steps will help pave the way to more productive and efficient workflows, and rapid iterations in the design of complex structures and curved shapes when linking algorithmic scripting with a real parametric BIM tool, such as Tekla Structures.
1. Be willing to try something new
This may seem obvious, but it would be easy to see the words parametric or algorithmic and think, “this is too complicated” or “I’m not a programmer and I don’t have time to learn something new.” However, the full version of Rhino Grasshopper is free to evaluate for 90 days. What’s the harm in trying it out? If you’re a Tekla Structures user, the direct link to Grasshopper is available to you today in the Tekla Warehouse.
2. Take advantage of tutorials and instructional videos
The best way to learn is online through videos made by other structural engineers, tutorials and forums. Some of our favorites: Grasshopper-Tekla Structures demo, Grasshopper basics and
