SolidWorks 1

Course Content:

Advanced Part Modeling Techniques

• Creating complex 3D geometries using lofts, sweeps, and multi-body parts

• Applying advanced features such as shell, draft, and rib

• Managing design intent through relations and parametric control

Efficient Sketching and Constraints

• Using advanced sketch tools: splines, derived sketches, blocks

• Applying and troubleshooting geometric and dimensional constraints

• Working with reference geometry (planes, axes, points) for precise control

Assembly Design and Management

• Building and managing multi-component assemblies

• Applying advanced mates (limit, width, path, gear, etc.)

• Detecting and resolving interference and collision issues

Design for Manufacturability (DFM)

• Applying best practices for machinability and fabrication

• Designing with tolerances, fits, and clearances for manufacturing

• Evaluating part geometry for CNC machining or 3D printing readiness

Configurations and Design Tables

• Creating multiple versions of parts or assemblies within a single file

• Automating design variations using design tables

• Managing complex product families

Sheet Metal Design

• Developing sheet metal parts using flanges, hems, bends, and reliefs

• Flattening parts for laser cutting or fabrication

• Working with K-factors and bend allowances

Weldments and Structural Design

• Creating welded structures using structural member tools

• Adding gussets, end caps, and weld beads

• Generating cut lists and manufacturing-ready drawings

Surface Modeling Introduction

• Working with surface tools for complex and freeform shapes

• Trimming, knitting, and thickening surfaces for solid modeling

• Blending and repairing imported geometry

Technical Drawings and Documentation

• Creating detailed part and assembly drawings with views and annotations

• Applying GD&T symbols, weld callouts, and custom notes

• Generating BOMs (Bill of Materials) and exploded views for production

Design Analysis and Verification

• Performing basic interference and clearance checks

• Using mass properties and center of gravity tools

• Introduction to SolidWorks Simulation (stress, displacement, etc.)

Resources Provided:

• SolidWorks software
• Design project templates
• Reference guides