Course Outline:

Module 1: Introduction to SolidWorks and the User Interface

• Overview of SolidWorks features and interface

• Customizing SolidWorks environment for productivity

• Navigating the design tree and feature manager

• Creating a new part and basic sketching techniques

Case Study: Design a simple mechanical bracket from concept to model

Module 2: Sketching and 2D Geometry Fundamentals

• Creating 2D sketches using lines, circles, and arcs

• Applying constraints and dimensions to sketches

• Sketch relations and geometric constraints

• Editing and modifying 2D sketches

Case Study: Sketch and model a mechanical hinge from 2D to 3D

Module 3: 3D Part Modeling – Features and Functions

• Extrude, revolve, sweep, and loft operations

• Using fillets, chamfers, and patterns to refine designs

• Shelling and creating cutouts

• Parametric design principles

Case Study: Model a basic bracket with multiple features and holes

Module 4: Assemblies and Component Interactions

• Creating and assembling multiple components

• Using mates to define assembly relationships

• Managing components and subassemblies

• Assembly design techniques and best practices

Case Study: Assemble a simple mechanical gearbox with moving parts

Module 5: Advanced Part Modeling Techniques

• Advanced features: Threads, ribs, and patterns

• Creating complex geometry with sweep and loft

• Designing with multiple bodies and part configurations

• Working with external references and derived components

Case Study: Model a custom mechanical housing with multiple features

Module 6: Simulation and Analysis Basics

• Introduction to SolidWorks Simulation tools

• Setting up static stress analysis

• Applying loads, fixtures, and boundary conditions

• Analyzing results and optimizing designs

Case Study: Perform stress analysis on a structural frame design

Module 7: Motion Analysis and Kinematics

• Simulating part motion and assembly interactions

• Defining motion study parameters

• Analyzing velocities, forces, and displacements

• Using sensors to capture motion data

Case Study: Create a motion simulation of a robotic arm in an assembly

Module 8: Generating Technical Drawings and Documentation

• Creating 2D technical drawings from 3D models

• Detailing drawings with dimensions, annotations, and BOM

• Using drawing templates and sheet formats

• Section views and exploded views

Case Study: Create a technical drawing for a mechanical part with a BOM

Module 9: Advanced Simulation Techniques and FEA

• Introduction to Finite Element Analysis (FEA) in SolidWorks

• Setting up dynamic, thermal, and fatigue simulations

• Optimizing designs for manufacturing and strength

• Using simulation results to refine part geometry

Case Study: Conduct thermal analysis of an engine component under load

Module 10: Preparing for Manufacturing – CAM and 3D Printing

• Introduction to SolidWorks CAM for CNC machining

• Preparing parts for additive manufacturing (3D printing)

• Creating toolpaths and exporting for CNC machining

• Designing for manufacturability

Case Study: Prepare a part for 3D printing, including slicing and STL generation