What You Will Learn

This course covers essential skills in SolidWorks and AutoCAD, focusing on mechanical engineering design and drafting. You will learn through a structured series of modules that progress from basic to advanced topics.

Module 1: Core 2D Mechanical Drafting (AutoCAD)

• Understand drawing tools and coordinate systems for creating accurate technical drawings.

• Manage layers and structure assembly layouts effectively.

• Apply geometric dimensioning and tolerancing (GD&T) standards.

• Generate orthographic projections from 3D designs.

Module 2: Advanced 3D Parametric Part Modeling (SolidWorks)

• Create parametric sketches with defined geometric relations.

• Design complex machined components like shafts and gears.

• Implement casting and forging design rules for manufacturing.

• Utilize design tables for managing varying component sizes.

Module 3: Tooling, Die Design & Mold Tools

• Model specialized tools such as dies and fixtures.

• Learn surface modeling for complex geometries.

• Create mold and core-cavity designs.

Module 4: Precision Sheet Metal Design

• Understand basics of sheet metal design, including flanges and hems.

• Calculate K-Factor and bend allowances for accurate designs.

• Optimize flat patterns for laser cutting.

• Create custom forming tools for specific applications.

Module 5: Bottom-Up & Top-Down Assembly Design

• Use advanced mating techniques for components.

• Apply top-down design methods using skeleton sketches.

• Detect interferences in assemblies to ensure proper fit.

• Automate Bill of Materials (BOM) generation from models.

Module 6: Production Engineering & VMC Programming Prep

• Design with manufacturing considerations for tool access and material usage.

• Implement reverse engineering workflows for CAD modeling.

• Manage drawing revisions to maintain design accuracy.

Module 7: Industrial Reverse Engineering

• Measure physical components using manual tools.

• Compensate for wear in parts to restore original dimensions.

• Process mesh data from 3D scans.

• Rebuild parametric models from cross-sections.

• Standardize measured values for consistency in designs.

Each module builds on the previous one, ensuring a comprehensive understanding of both SolidWorks and AutoCAD in a mechanical engineering context.