Day 1, AM: Visual Environment

• General presentation: the VISUAL Environment
  - General Manipulation
  - Shortcuts
  - Graphical User Interface presentation
  - Selection tools
• What is Visual-Mesh? General presentation

Day 1, PM: Visual-Mesh

• CAD Functionalities:
  - Sketch curve
  - Circle/arc creation
  - Curve trim/split
  - Curve drop
  - Surface sweep (drag)
  - Surface revolve (spin)
  - Surface bend (spline)
  - Surface offset
  - Surface cleanup
• Node Functionalities
• Mesh Creation:
  - 1D Meshing: on selected curve
  - 2D Meshing: automatic mesh generation, modifications, transformations 
  - Topology and Batch Meshing: definition, advantages, functionalities, terminology, example
  - 3D Meshing: node selection, map, sweep, revolve, tetra mesh, hexa mesh, element split.

Day 2, AM: Visual-Crash for PAM

• General tools presentation
  - PART Table
  - Card images
•  PAM-oriented tools presentation 
  - DATACHECKS ( TIME Step / Mass ; Kinematics … )
  - PART Replacement
  - PLINK Manager
  - Initial penetrations / Intersections
• Model Organization

Day 2, PM: Visual-Crash for PAM

• Example
  - Execution of a basic PAM-CRASHTM run with Visual-Crash for PAM

Day 3, AM: Customer Case or SAFETY

• Customer Example
  - Execution of Customer Case
• SAFETY example
  - Rooting a SEAT BELT
  - Sim-Simulation overview
  - Overview of Sim-Positioning
  - Seat Morphing and Belt Fitting
  - System (Dummy) positioning

Day 3, PM: Visual-Viewer

• General presentation
• Animation and Contours display
• Multi-model Management
• Curve Operation
• Template management