SOLIDWORKS for Beginners: Zero to CSWA Certification

Master the SolidWorks interface, from the canvas and command box to the design tree. Learn how to create, open, and save documents from the SolidWorks welcome screen.

Master SolidWorks navigation by zooming, panning, and rotating with the mouse; use the view cube, section views, and display styles to inspect models from multiple perspectives.

Learn how to customize your SolidWorks workspace by toggling toolbars, resizing icons, configuring shortcut bars, commands, menus, keyboard shortcuts, and mouse gestures, with an option to reset to factory defaults.

Create a SolidWorks part, select a plan, sketch a 2d shape, and use features to extrude into 3d geometry; sketch on surfaces to add more features, enabling assemblies and drawings.

SolidWorks drives sketches and features with dimensions, using the default mmgs unit system for length, mass, and time; learn to set custom or alternative units before sketching and adjust decimals.

Learn to use the line tool in SolidWorks to create lines, set horizontal, vertical, or angled constraints, apply dimensions, and understand center and midpoint reference lines.

Discover how to create circles, arcs (center point, tangent, three-point), and rectangles in SolidWorks, including center and perimeter circles, three-point arcs, and varied rectangle tools, all anchored to the origin.

Explore spline and ellipse tools in SolidWorks, use curve handles to shape splines and control curvature, create ellipses, partial ellipses, parabolas, and conics with center, major axis, and minor axis.

Learn to create slots with four tools (straight and arc variants) and build polygons by setting sides and choosing inscribed or circumscribed circles.

use the smart dimension tool to assign and edit sketch dimensions in SolidWorks, automatically contextualizing lengths, angles, and diameters, with blue un-dimensioned lines and millimeters as the default unit.

Learn to set and manage sketch relations in SolidWorks, including fixed, vertical, horizontal, parallel, perpendicular, and equal relations across lines, circles, and points.

Master the trim entities tool in sketch tools to quickly trim lines and curves, enabling you to create complex profiles by combining circles, rectangles, and arcs.

Learn to use the offset entities tool in SolidWorks to create inner and outer circles with precise distances. Use reverse and bidirectional options to offset complex shapes.

Use the mirror entities tool to create mirrored, or flipped, sketch copies around a selected axis in SolidWorks, choosing copy options to retain originals and finish with trim.

Explore sketch patterns in SolidWorks by creating multiple copies with linear and circular patterns, adjusting direction, spacing, and instances, then trim to form a closed body.

Master proper sketch dimensioning in SolidWorks by identifying under defined, fully defined, and over defined states; apply features on valid sketches and avoid overdefined constraints, using driving and driven dimensions.

Practice five different SolidWorks sketches to reinforce sketching fundamentals, using your chosen unit system (mm or cm) and applying dimensions for length and arc radius.

Master additive features with extrusion in SolidWorks, starting from a sketch and using extruded boss base with options from sketch plan, offset, vertex, and midplane.

Master the revolve feature in SolidWorks by creating a sketch on the front plane, selecting an axis of revolution, and generating 3D geometry with 360-degree or 180-degree revolutions.

Explore the sweep feature in SolidWorks by using a profile sketch and a path sketch to create a swept boss or base, with options for profile orientation and twist control.

Master the loft tool to create a three-dimensional body by connecting two or more parallel sketches, creating new planes with reference geometry, and adjusting offsets.

Explore subtractive features in SolidWorks, the opposite of additive features like extrude, revolve, sweep, and loft, using extruded cut, revolved cut, swept cut, and lofted cut to remove material.

Harness the hole wizard to create standard holes for fasteners, customize type and size (countersink, counterbore, metric and ISO standards), and use smart fasteners to instantly apply hardware in assemblies.

Learn to use the fillet and chamfer tools in SolidWorks to remove material from edges, with options for constant and variable radii and symmetric or asymmetric settings.

Apply design intent to CAD modeling by sequencing features to match design goals, such as creating a split first and a through-all hole to ensure see-through geometry while minimizing features.

Master four basic part modeling exercises in SolidWorks, applying extrude and revolve features, subtractive features, and sketching with dimensions, radii, and diameters, practicing with any unit system.

Create ramps and stairs quickly with the rib feature in SolidWorks, adjusting thickness and orientation, including single- or double-sided ribs.

Master the shell feature in SolidWorks to convert solid extrusions or revolutions into hollow bodies, enabling bottle-like shapes with adjustable thickness and verification via section views.

Master the draft feature in SolidWorks, using neutral plane and parting line to add or remove material at an angle, and project lines with split line.

Learn how to create and pattern features in SolidWorks, using rectangular and circular patterns to duplicate extrudes, fillets, and circles along a direction.

Learn how to use the mirror feature in SolidWorks to copy features across an axis by selecting a reference plane and features in the design tree.

Practice advanced part modeling with exercises across unit systems; create parts according to the provided dimensions and apply your best effort to complete the assignment.

Learn how to create parts in SolidWorks, save them, and build an assembly by anchoring the first part and inserting others, using mates and patterns to connect and duplicate components.

Learn to insert and edit parts in a SolidWorks assembly, create sketches and extrude and extrude cut features, and use SolidWorks File Explorer to move files while keeping assemblies linked.

Learn to insert parts into a SolidWorks assembly, move and rotate components using free drag and along-assembly axes, and enable collision detection with audio and highlights.

Explore coincident and parallel mates in SolidWorks to constrain faces, edges, and points between parts, creating fixed or hinge-like assemblies and controlled movement.

Learn how to create and manage concentric, tangent, and lock mates in SolidWorks assemblies, explore coincident mates, and understand how these constraints control part motion.

Master perpendicular, distance, and angle mates in SolidWorks to align assemblies. Use coincident mates and set distances or angles, such as 15 mm or 75 degrees, to fine-tune positioning.

Master exploded views and animations in SolidWorks with the animation wizard, creating steps to move parts and export the result as an mp4 video.

Learn to build complex assemblies by inserting subassemblies into new assemblies, treating them as parts, and organizing components like ram, motherboard, and graphics cards for scalable designs.

Learn to use the SolidWorks toolbox to insert standard machine elements like gears, bearings, bolts, and more into assemblies, select standards, and set parameters to generate parts without modeling.

Apply direct colors or material appearances to individual parts in an assembly, using edit appearance to assign metals, plastics, and textures for easy part distinction.

Apply materials to a SolidWorks part, then evaluate mass properties such as density, mass, volume, surface area, and center of mass using the mass properties tool.

Learn to create engineering drawings in SolidWorks, including drawing documents, ISO sheet sizes, front, projected, and isometric views, and dimensioning with Smart Dimension for manufacturer-ready outputs.

Create and arrange model, projected, auxiliary, sectional, and detailed drawing views in SolidWorks, adjusting display styles, scales, and orientation for accurate engineering drawings.

Learn how to add dimensions in SolidWorks drawings using the annotation tab and smart dimensions, including lengths, angles, chamfers, radii, and diameters, with best practices to avoid duplicate dimensions.

Learn to add dimensions with tolerances in SolidWorks, including symmetric, bilateral, and limit tolerances, to guide manufacturing within acceptable ranges.

Add annotations and notes to SolidWorks drawings using the note tool, create nodes pointing to view locations, and customize font, orientation, header shape, and lock constraints for manufacturer instructions.

Learn to create and customize balloons in SolidWorks drawings, both manually and with auto balloon, labeling assembly parts, adjusting shapes, sizes, and layout across isometric and projected views.

Learn to create a bill of materials on assembly drawings in SolidWorks, listing part names and quantities with the annotation table while keeping files linked in a parametric workflow.

Learn to customize SolidWorks drawing sheets with edit sheet format, modifying blue editable fields, drawing numbers, titles, materials, scales, and deleting or moving lines.

Learn to create custom sheet layouts in SolidWorks by editing the sheet format, drawing tables with sketches, adding notes and logos, and reusing part creation tools.

Explore how the CSWA certification validates your SolidWorks skills, from sketching to drawings, how the three-hour exam works, and access to practice tests.

Practice thoroughly to master the course skills, schedule a quiet three-hour window with a single PC and two screens, and save progress as you navigate interconnected exam questions.

Complete this mock test to gauge your SolidWorks knowledge, practicing sketching basics, part modeling, assembly modeling, and engineering drawings, with exam tips and course-provided resources.

Practice SolidWorks to master part, assembly, and drawing creation. Seek online design inspiration to build 3D models and prepare for the CSWA certification.