1. Introduction, history of CAD systems.
2. Running AutoCAD, splash screen, menu, using input devices terminology.
3. Proposal 2D objects, each drawing commands entities use in practice.
4. Editing methods, methods of selecting the entities.
5. Drawing display, zoom out and zoom in the drawing. Orbit for 3D modelling.
6. Using layers, colours and types of lines.
7. Using blocks, attributes, and Xrefs. Definition block, the block definition attribute.
8. Dimensioning and tolerances, use dimension styles, definitions, their definition and editing.
9. Hatch, use Hatch, Hatch editing. Plot the drawing to the printer. Setting conditions for printing.
10. Creating 2D Sketch, commands for 2d sketch
11. Creating 3D models in a parametric CAD/CAE system INVERTOR
12. Creating components using commands for 3D modeling.
13. Creating reports, inserting parts into an assembly, links in a report.
14. Creation of 2D drawings from the 3D model.
2. Running AutoCAD, splash screen, menu, using input devices terminology.
3. Proposal 2D objects, each drawing commands entities use in practice.
4. Editing methods, methods of selecting the entities.
5. Drawing display, zoom out and zoom in the drawing. Orbit for 3D modelling.
6. Using layers, colours and types of lines.
7. Using blocks, attributes, and Xrefs. Definition block, the block definition attribute.
8. Dimensioning and tolerances, use dimension styles, definitions, their definition and editing.
9. Hatch, use Hatch, Hatch editing. Plot the drawing to the printer. Setting conditions for printing.
10. Creating 2D Sketch, commands for 2d sketch
11. Creating 3D models in a parametric CAD/CAE system INVERTOR
12. Creating components using commands for 3D modeling.
13. Creating reports, inserting parts into an assembly, links in a report.
14. Creation of 2D drawings from the 3D model.