SolidWorks intensive is designed to take you from a blank screen to a fully realized 3D assembly with production-ready drawings. SolidWorks is the industry standard for mechanical design because of its intuitive interface and powerful "parametric" capabilities—meaning if you change a dimension in your 3D model, your 2D drawings and assemblies update instantly.
Day 1: Sketches, Features, and Design Intent
Day one focuses on the "Bottom-Up" approach. You will learn that a great 3D model is only as good as the 2D sketch it’s built upon.
The User Interface: Mastering the CommandManager, the FeatureManager Design Tree, and the "Heads-up" View Toolbar.
Sketching & Relations: Creating geometry using lines, circles, and arcs. Applying Sketch Relations (Horizontal, Vertical, Tangent, Equal) to ensure the design behaves predictably.
The Big Three Features:
Extruded Boss/Base: Giving height to a sketch.
Revolved Boss/Base: Spinning a profile around an axis (useful for shafts and pulleys).
Swept Boss/Base: Pushing a profile along a path (useful for tubes and springs).
Editing & Rollback: Using the "Rollback Bar" to go back in time and add features into the middle of your design history.
Day 2: Assemblies and Part Interaction
On day day, you learn how to combine individual parts into a functioning mechanical system.
Bottom-Up Assembly: Bringing multiple parts into the assembly environment.
Mating Techniques:
Standard Mates: Coincident, Parallel, Perpendicular, and Tangent.
Mechanical Mates: Creating "Gears," "Cams," and "Screw" relationships so parts move realistically.
Smart Fasteners: Using the SolidWorks Toolbox to automatically drag and drop standard bolts and nuts into holes.
Interference Detection: Checking for "crashes" in your design before it reaches the machine shop.
Exploded Views: Creating "disassembled" views for instruction manuals and assembly guides.
Day 3: Engineering Drawings and Output
The final day focuses on converting your 3D data into the 2D blueprints that manufacturers actually use.
Drawing Sheets: Setting up standard sizes (A3, A4, ANSI Landscape).
Automatic View Generation: Creating Front, Top, Right, and Isometric views with a single click.
Section & Detail Views: "Cutting" through a part to show internal features and enlarging small areas for clarity.
Annotations:
Mass Properties: Assigning materials (e.g., Alloy Steel vs. Plastic) to calculate the final weight and center of gravity of the product.
