Solid Edge
  Solid Works
  Unigraphics
  Hypermesh
  Nastran

SOLIDWORKS
SYLLABUS]


Theory
Practical
30 Hours
45 Hours

  1. Introduction options: - Environment, Menu, Tool bars, Map keys.
  2. File Management: - Opening, Saving, Copying, Renaming etc.
  3. Document Options: - Dimensioning standards, Linear and Angular Units, Snap and Grid settings.
  4. Sketching Terms: - Origin, Inferencing Lines, Select tool, Invert selection, Box selection, Cross selection.
  5. Sketching Tools:- Drawing lines, circles, Arcs, Rectangles, Parallelogram, Polygon, Splines, Ellipses ,Elliptical Arcs, Parabolic curves etc.
  6. Display tolls: - Zoom to fit, Zoom area, Zoom in/out, Zoom to selection, Pan, redraws etc.
  7. Editing and Modifying Tools: - Trim, Extend, Fillet, Chamfer, Offset, mirror, Move, Rotate, Scale, Copy, etc.
  8. Creating Patterns- Linear, Circular, Writing Text, Splitting Sketched entities.
  9. Relations and Dimensions to sketches: - Adding Geometric Relations to sketches, Dimensioning the sketch-Horizontal/Vertical, Aligned, Angular, Diameter, Radius, Linear Diameter, Ordinate, Fully defined, under defined, Dangling etc.
  10. Advanced Dimensioning Techniques and Base feature options: - Automatically Dimensioning Sketches, Measuring Distances and Viewing Section Properties. Creating Base Features by Extruding/Revolving Sketches-Solid.
  11. Creating Reference Geometries: - Reference Planes- Default, New planes, Using through Lines/Points, Parallel to an existing Plane and passing through a point etc.
    Reference Axis- Using Line/Edge/Axis, Using two planes/two    Points, End condition, Creating cut features.
  12. Modeling Features: - Extrude, Cut, Revolve, Sweep, Blend etc.
  13. Advance Modeling tools-I: - Creating simple holes, Hole Wizards, Fillets, Chamfers, Shell, Wrap, Selection Methods, etc.
  14. Advance Modeling tools-II: - Mirror features, Linear/Circular    Patterns, Rib, Section view of the model etc.  
  15. Advance Modeling tools-III: - Sweep/Cut sweep features, Loft, 3D sketches, Draft etc.
  16. Assembly Modeling-I: - Types of assembly Design Approaches - Bottom Up/Top down Moving and rotating Individual Components-by dragging/move and rotate tool.
  17. Assembly Modeling-II:- Mates, Subassemblies, Deleting Components, Sub Assemblies, Editing/Replacing, Creating Patterns, Mirroring etc.
  18. Applications: - Different properties of models/assemblies.
  19. Drawing Views: - Drawing mode, Views- Standard Drawing, Model, Three Standard views, Derived views-Projected, section, Aligned Section, Broken out, Auxiliary, Detail, exploded, Cropped Views etc. Annotations to Drawing views, Editing annotations, Adding BOM,  Balloons, Adding New sheets, editing sheet format, creating a  User defined sheet format etc.

NOTE: This is an abbreviated syllabus. Subject matter is flexible and can be changed in both content and day of coverage. Handouts and Exercises are completed to review each subject area

 
 

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