Our Learning Plans aim to support your proficiency in using Altair technology to solve your technical challenges efficiently. The Learning Plan guides you on your learning path to ensure you know recommended learning steps and available study material. We divided the learning steps into three different modules:

  • Prerequisite(s),
  • Target,
  • and Specialized.

The Specialized Module is an add-on to the Target Module to inform you of additional available topics or disciplines. Depending on your skills and knowledge, you can skip modules or lessons irrelevant to the desired learning objective.

Aerospace OptiStruct Analysis & Optimization

Learn more about linear analysis (static, inertia relief, modal, linear buckling, thermal), non-linear (material, geometric, boundary nonlinearity) and optimization (topology, topography, size, shape).
  •  6 Active learning

Aerospace HyperMesh Pre-Processing Learning Plan

This Aerospace specific Learning Plan aims to help you to get up to speed with HyperMesh for Pre-Processing
  •  6 Active learning

Altair HyperMesh v2023 for Pre-Processing Learning Plan

This Learning Plan is designed to get you up to speed with HyperMesh v2023 for Pre-Processing. It covers the basics of the graphical user interface, geometry, 2D-3D and beam meshing, and analysis setup.
  •  5 Active learning

Altair OptiStruct for Linear Analysis Learning Plan

This Learning Plan is designed to help you getting started running a linear analysis with OptiStruct. A basic understanding of HyperWorks Pre- and Post-Processing is required.
  •  8 Active learning

Altair HyperWorks Post-Processing Learning Plan

Learn more about the comprehensive Post-Processing capabilities of HyperView and HyperGraph. Depending on your preferences, you may choose or combine Instructor-led training and eLearning.
  •  3 Active learning

Altair HyperWorks v2022.2 for Pre-Processing Learning Plan

This Learning Plan is designed to get you up to speed with HyperWorks v2022.2 for Pre-Processing. It covers the basics of the graphical user interface, geometry, 2D-3D and beam meshing, and analysis setup.
  •  11 Active learning