OVERVIEW
TRAINING OBJECTIVE
TRAINING OUTCOME
OVERVIEW
SOLIDWORKS 5-DAYS TRAINING
SOLIDWORKS is a popular computer-aided design (CAD) and parametric software developed by Dassault Systems. It is widely used in various industries for Designing, Modelling, and simulating 3D objects and systems
TRAINING OBJECTIVE
- Understanding Parametric Modelling
- Product Innovation
- Rapid Prototyping Concept
- Understanding Assembly design & validation
- Clash detection
- Deal with real time Motion and parameters
- Deal with supplier or predefined standard components
- Understanding Sheetmetal design
- Understanding the Weldment Design for steel fabrication
- Creating Documentation and communication.
TRAINING OUTCOME
Participants will be able to design products by navigating through the SOLIDWORKS interface, using varioustools, and understanding the software’s features and functions by the help of parametric Modellingtechniques. This will help participants to rapid prototype their product concept. Create documentation forproduction, able to export models for Additive manufacturing/3D printing. CNC codes can be generated out ofthe parts created in SolidWorks. Participants involved in Sheetmetal industry can benefit by exportingSheetmetal drawings to DWG & DXF which will be fed to a CNC LASER CUT MACHINE. Export bend data tobending machines. A 3D pdf and a Real-time rendered Image can be generated for quick visualisation of aconceptual design prior to the actual production.
SolidWorks
No. Of Days:
5 Days
Language:
English
Note:
• SolidWorks 2020 or higher is recommended.
DAY-1
- Introduction to SolidWorks
- SolidWorks GUI
- File Management
- Creating Templates
- Mouse & Keyboard functions
- Intro to SOLIDWORKS SKETCHER
- Sketching Work Flow
- 2D sketch Draw tools
- 2D sketch modifying tools
- Understanding Sketch Relations
- Applying sketch Relations
- Sketch status-FULLY DEFINED, UNDER DEFINED & OVER DEFINED
- Sketch Dimensions & Controls
- Parametric functions.
- Sketch Diagnosis
- Adding EQUATIONS & VARIABLES
- SolidWorks Part Modeling
- Application of 3D sketch-based features (Extrude, Revolve, sweep, Loft, extrude cut, Revolve cut, etc).
- Applying Transformation features (Linear Pattern, Circular pattern, Mirror, etc).
- Applying dress up features Chamfer, Fillet, etc.
- HOLE WIZARD for standard Threaded holes
- Configuration for catalogue
- Assigning Engineering material properties.
- Evaluating mass properties and Center of mass.
- Quick measurement tool.
- Adding file properties and custom properties.
- PROJECT PRACTICE
DAY-2
- Introduction to SolidWorks Assembly Design.
- Assembly & Sub-assembly concept.
- Applying Top-Down and Bottom-up Concept.
- Inserting Parts & Sub-assembly
- Copying Parts
- Assembling parts.
- Use of Assembly MATES
- Working with ADVANCE MATES
- Troubleshooting the Mate relations.
- Editing MATES
- Copy with MATES
- Editing parts within the assembly.
- Inserting Library/ Tool box components.
- Adding custom components to the library.
- Interference detection
- Creating Exploded view
- Creating Exploded/ Collapse animation.
- Applying motion using SolidWorks Motion.
- PROJECT PRACTICE
DAY-3
- Introduction to SolidWorks Drawing.
- Creating Custom Sheet formats, Title blocks & Templates.
- Adding custom fields to the title blocks.
- Modifying the Sheet formats.
- Inserting Parts & Assemblies
- Inserting Exploded views.
- Manual & Auto Ballooning.
- Creating Projections.
- View scaling
- Creating section views, detailed views, broken view, etc.
- Dimensioning techniques.
- Dimension styles & Standards.
- Drafting Standards
- BOM Templates
- Creating BOM (Bill of Material).
- Export Tables to EXCEL.
- Applying Annotations and Callouts.
- Exporting drawings to PDF
- PROJECT PRACTICE
DAY-4
- cIntroduction to SolidWorks Weldment Design
- 3D sketching for weldment.
- Weldment Profile & Standards.
- Section JUSTIFICATIONS.
- Section Grouping.
- Section TRIM and EXTEND.
- Applying WELD BEAD, GUSSET and END CAPS.
- Managing the WELDMENT CUTLIST.
- Managing WELDLIST.
- Weldment Drawings & Details.
- Generating CUTLIST TABLES.
- Generating WELD TABLES.
- PROJECT PRACTICE
DAY-5
- Introduction to SolidWorks Sheetmetal Design
- Sheet metal setup and parameters.
- Applying sheet metal tools (EDGE FLANGE, MITER FLANGE, JOG, HEM, SKETCHED BEND, FOLD AND UNFOLD etc.)
- Convert SOLID to SHEET METAL.
- Applying FORM TOOLS.
- Custom FORM TOOLS.
- Generating FLAT PATTERN.
- Sheet Metal Drawings.
- Generating FLAT PATTERN DRAWINGS.
- Generating BEND TABLE.
- Introduction to SolidWorks Rendering
- Applying material, Decals and background setup.
- Modifying the appearances.
- Rendering setup.
- Rendering with PHOTOVIEW 360.
- Exporting to Image Format
- PROJECT PRACTICE