List of Training Courses

For optimal knowledge transfer, ESI honors the following criteria, underlining the effectiveness of its learning programs.

  • Class sizes are kept small to ensure adequate attention for all attendees.
  • Time is set aside to work on each participant’s particular demands.
  • Participants each have access to a computer.
  • Apply what you learn thanks to practical exercises throughout the course.
  • Receive printed training documentation (manuals, exercises, tutorials, etc ...).

Learn to perform basic linear and non linear static analysis, linear modal dynamic analysis and non linear dynamic impact simulations using VPS.
Virtual Performance
CRS-VP-B
Basic

Learn to perform basic nonlinear dynamic impact simulations using PAM-CRASH, the world's most widely used crash simulation software.
Virtual Performance
CRS-C-B
Basic

Learn to perform basic linear and non linear static analysis and modal dynamic analysis using VPS Implicit.
Virtual Performance
CRS-I-B
Basic

Learn to optimize the design and validate the performance of complex mechanical systems.
Virtual Performance
NVH-MED-I
Intermediate

Optimize the use of VPS in the Distributed Memory mode
Virtual Performance
CRS-D-A
Advanced

Provide general knowledge about the FE method to help engineers get started or perform analyses more efficiently with improved evaluation of results.
Virtual Performance
FE-B
Basic

Learn to select the most appropriate material type for VPS for Crash and to use it properly.
Virtual Performance
CRS-M-I
Intermediate

Understand failure theory and learn to use industrially validated predictive rupture models for realistic rupture simulation.
Virtual Performance
CRS-FR-A
Advanced

Learn how to set up models with different levels of details to optimize performance.
Virtual Performance
CRS-J-A
Advanced

Analyze interior acoustic problems including porous elastic medias (PEM) in VPS (PAM-NVH, PAM-ACOUSTICS)
Virtual Performance
NVH-ACO_CZ
Advanced