Overview

Solidworks is used widely across Aerospace, Automotive, Alternative Energy, Construction, Consumer Product, Engineering services, High-Tech Electronics, Industrial Machinery & Heavy Equipment, Life-Science Medical, Manufacturing, Mold Tool & Die, Oil & Gas, Packaging Industries, Process & Plants, and Education etc.

Solidworks Foundation

  • Sketching
  • Part Modeling
  • Assembly
  • Drawing

Duration of Courses

  • 20 Hours Theory
  • 20 Hours Practical
  • 20 Hours Project work

Solidworks Advanced

  • Sheet Metal
  • Surfacing
  • Weldment
  • Mold (Core & Cavity)
  • AutoCAD to Solidworks sketching
  • Photo works Essential
  • Simulation Express

Duration of Courses

  • 25 Hours Theory
  • 30 Hours Practical
  • 30 Hours Project work
Technical Features
Solidworks Foundation
  • Introduction to the Sketcher
  • Object creations and Modification tools
  • Automatic and Geometric Relations
  • Applying and Modifying Dimensions
  • Various 3D Sketching
  • Cartesian and Composite curves
  • Intro. to part Modeling
  • Plane point and co-ordinate Generation
  • Basic part creation(Extrude ,Revolve)
  • Advance part creation (sweep, loft, flex)
  • Modify part (Fillet, Chamfer ,Rib)
  • Fastening part (vent ,Mounting boss,)
  • Family creation (Design, table, configurations Equations)
  • Multibody part
  • Degree of Freedom
  • Introduction to Assembly Modeling (Bottom up and Top down Approach)
  • Assembly structure (parent-child Relationship)
  • Library part (Toolbox)
  • Replace & Reloading part
  • Advance Assembly (Gear, cam ,slot mate)
  • First & Third Angle Projection Method
  • Orthographic Projection (General View, Projection View)
  • Enlarge & Section View Alignment
  • Alignment
  • Dimension of Geometry
  • Annotation to the View
  • Tolerance, GD&T
  • Bill of Material &BOM Balloon
  • Title Block
Solidworks Advanced
  • Sheet metal Applications
  • Difference between sheet plate & Film
  • Sheet metal Development
  • Forming Operation (Punch & Die)
  • Milter & Hem Creation Convert to Sheet metal
  • Advantage of Surface Modeling
  • Basic Surface (Extrude, Revolve, Loft )
  • Trim Tool
  • Merge Surface
  • Delete Face
  • Introduction of Sheet Frame generation
  • Layout Sketch (3D Sketch )
  • Structural Member (I-Channel, Angle, Sq. Tube)
  • Trimming of Member
  • Bill of material of Structure ( Cut list, Property)
  • Introduction of Welding
  • Type of Welding ( Fillet, Square, Butt)
  • Support ( Gussets, Endcap)
  • Introduction of Mold
  • Difference between Molding& Casting
  • Shrinkage
  • Parting Line
  • Shutoff Surface
  • Mold Tooling
  • Introduction of Routing
  • Difference between Pipe & Tube
  • Classification of Tube (Schedule & ASTM Size)
  • Generate the Route ( Drag & Drop, Auto Route)
  • Modify the Route
  • Pipe Fittings
  • Routing Drawing
  • Introduction of Simulation
  • Advantage of Simulation
  • Validation of Product (Load ,Fix, Material)
  • Meshing
  • Legend Chart(Stress, Strain& Displacement)
  • Factor of Safety
  • Introduction of Simulation Add-in
  • Structure Analysis
  • Simulation with Assembly
  • Connectors (Pin, Rigid, Link)
  • Trend tacker
  • Large Displacement
  • Introduction of Render
  • Light
  • Camera
  • Decals
  • Render Output

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