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Solid Works
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
SOLIDWORKS is used to develop mechatronics systems from beginning to end. At the initial stage, the software is used for planning, visual ideation, modeling, feasibility assessment, prototyping, and project management. The software is then used for design and building of mechanical, electrical, and software elements.
Yes! With the SOLIDWORKS free trial, you can access the latest versions of multiple SOLIDWORKS products. A free trial is a great way to test SOLIDWORKS capabilities and functions without needing the commitment of installation or subscription.
AutoCAD is a CAD program mainly used for architectural and construction designs, civil and structural engineering. On the other hand, SolidWorks is mainly used for mechanical parts and assembly design, technology designing, and automotive and aerospace designing.