1. Distribution and description of CAD systems. Graphic formats. Getting to know the inventor environment.
2. Principle of component modeling. Basic tools (rotation, pull-out).
3. Using point elements, axis, and plane.
4. Component modeling through advanced tools (template, drawing, ...)
5. Intelligent parameterization of components.
6. Creating assemblies - Sketch adaptability and elements.
7. Generate drawing documentation - assembly.
8. Generating Drawing Documentation - Part.
9. Component control environment through FEM analysis.
10. Examples of FEM analysis.
11. Surface modeling.
12. 3D scanning and data transport to CAD systems.
13. Processing of polygonal networks.
14. Creating CAD Objects.
2. Principle of component modeling. Basic tools (rotation, pull-out).
3. Using point elements, axis, and plane.
4. Component modeling through advanced tools (template, drawing, ...)
5. Intelligent parameterization of components.
6. Creating assemblies - Sketch adaptability and elements.
7. Generate drawing documentation - assembly.
8. Generating Drawing Documentation - Part.
9. Component control environment through FEM analysis.
10. Examples of FEM analysis.
11. Surface modeling.
12. 3D scanning and data transport to CAD systems.
13. Processing of polygonal networks.
14. Creating CAD Objects.