SOLIDWORKS : A Complete Master course for Beginners

Master basics of creating sketches in SolidWorks, selecting front, right, or top plane and managing show or hide plane visibility. Exit sketches safely to save changes and avoid discarding work.

Switch between unit systems, including inches, centimeters, and millimeters, and apply dimensions with smart dimension in your sketch. Changing units exits the sketch; re-enter and edit to see automatic conversions.

Learn to create an origin reference line in SOLIDWORKS using construction or center lines, set infinite length, switch to sketch, and interpret constraints and color to achieve full definition.

Learn to create horizontal, vertical, and angled lines in SOLIDWORKS, distinguish construction from normal lines, use a midpoint line, and apply dimensions and a driven dimension to define the sketch.

Learn to create rectangles in SolidWorks using corner, center, three-point, and parallelogram methods, and apply horizontal, vertical, and inclined constraints to fully define shapes.

Learn to create circles and arcs in SolidWorks using normal circle, perimeter circle, diameter definitions, and three point or center point arcs with constraints to create fully defined sketches.

Master slot creation in SOLIDWORKS, including straight, three-point, and arc slots, with horizontal, vertical, or inclined layouts, dimensions, and center-to-center or end-to-end measurements.

Learn to create and constrain ellipse and parabola in SolidWorks, defining center, semi-major and semi-minor axes, angles, end points, and exploring partial ellipses, conics, and tangential constraints.

Discover how to use fillet and chamfer in SketchUp to blend sharp corners, set radii with equal constraints, and apply dimensions on every fillet and chamfer for multiple edges.

Learn to use the offset entities tool in SOLIDWORKS to create parallel shapes with thickness, for open or closed objects, with inside, outside, or bidirectional offsets, including centerline construction options.

Explore creating polygons in SOLIDWORKS with the polygon tool by setting the number of sides, center point, and radius, then compare inscribed versus circumscribed circles to control size and orientation.

Learn how to create smooth curves in SolidWorks with the spline tool, adjust endpoints and center points, set tangential or vertical constraints, and explore style spline and equation driven options.

Create and customize text in SolidWorks for embossing, adjust font, size, style, spacing, and alignment; place text on an arc, convert to solid or use construction lines.

Master trim and extend in SolidWorks by using power trim, corner, and trim away inside/outside to delete or confine regions, then extend lines and keep construction geometry.

Learn to mirror entities in SolidWorks using a center line, mirror axis, and symmetry constraints, with the copy option producing a mirrored copy or a simple flip.

Master geometric constraints in SolidWorks by manually creating and applying horizontal, vertical, coincident, parallel, perpendicular, and other relations to lines and circles.

Learn to create linear patterns in SolidWorks to produce multiple copies of a sketch or feature. Control direction one and direction two, distance, count, and angle.

Learn to create circular patterns in SolidWorks around a central pivot using pitch circle diameter and angular spacing, with options for 360 or 180 degrees and varying instance counts.

Open a new part design file, select a plane, and create a center line for reference. Draw a line-based sketch, apply smart dimensions, and add constraints to fully define it.

Create a centerline based sketch using the origin and construct lines, circles, and arcs. Apply smart dimensions, set radii, and enforce tangency and coincident constraints for a fully defined sketch.

Build a symmetrical sketch in SolidWorks by creating center lines, circles, and tangency with precise dimensions. Mirror the geometry and apply a circular pattern to finalize the model.

Complete a SolidWorks sketch by building a profile with circles, slots, and arcs, adding centerlines, applying dimensions and tangencies, enforcing symmetry and mirroring to achieve full constraints.

Create a fully constrained sketcher by building symmetry, centerlines, and construction circles, then add tangential arcs, slots, and a six-item circular pattern with mirror in SolidWorks.

Create solid geometry from 2D sketches using extrude boss/base and extrude cut, and master direction, draft, midplane, and thin features for precise modeling.

Master revolve boss/base and revolve cut in SolidWorks by sketching on a center axis and controlling 360 or partial angles. Learn to create hollow forms and view cross sections.

Master the hole wizard in SolidWorks to create counterbore, countersunk, and threaded holes with ISO and tap options, set depth, fit, placement on faces, and fully constrain using points.

Learn to create internal and external threads in SolidWorks with the thread tool, selecting the edge and setting pitch and depth for metric internal taps or external dies.

Learn to perform 3D mirroring in SolidWorks using planes or faces, mirror solid bodies and patterns, and troubleshoot gaps with merge solid or knit surface options.

practice exercise guides you to model a symmetric part in SolidWorks from a new part file using sketching, center lines, and mirroring, then apply extrude, extrude cut, holes, and chamfer.

discusses creating a symmetric solid in SolidWorks part design by sketching circles, extruding, applying mirror and pattern features, and refining dimensions such as 38, 64, 78, and 72.

Create rib supports in SolidWorks using the rib tool, adjusting midplane and thickness, and choosing parallel or perpendicular to the sketch, while managing gaps and zero thickness errors.

Learn to create swept geometry in SolidWorks using a profile and a path curve, with perpendicular planes, keep normal constant, profile orientation, twist, hollow options, and tangency for smooth results.

learn to create helix and spiral shapes in SolidWorks using the sweep command, with constant or variable pitch, taper options, and threading on shafts.

Learn to create linear patterns in part design for 3d models, patterning features, faces, or bodies along x and y axes with references, spacing, up to reference, and centroid options.

Master circular pattern in part design by defining a pitch circle diameter (PCD) and a center reference, then pattern holes around the axis with adjustable instances and angles.

Learn to apply color in SOLIDWORKS by selecting faces, boss extrude, or the entire body using the appearance options and color palette. Remove applied colors when needed.

Create a symmetrical part in SolidWorks by sketching, extruding midplane, mirroring features, applying dimensions and tangency, and performing a through-cut with fillets.

Master part design in SolidWorks by modeling a centering bearing using revolve, axis creation, and precise diameters. Add holes, a circular pattern, chamfers, and cuts to finalize the part.

Master curve driven pattern in SolidWorks by creating a tangent, filleted sketch curve with tangential continuity as the pattern path, then control direction, spacing, and alignment.

Explore sketch driven and table driven pattern in SolidWorks, showing how to place patterns using points or coordinates, choose centroid or edge references, and set up coordinate systems.

Explore fill pattern in SolidWorks by applying perforated patterns inside a boundary sketch, creating hexagonal, circular, square, or polygonal cutouts with adjustable spacing, angle, and margins for sheet metal punching.

Convert a solid to a hollow shell by applying outward or inward thickness with a preview. Use variable thickness and phases to refine openings and cross-section visibility.

Explore part design in SolidWorks by sketching two profiles, projecting curves, and sweeping a hollow pipe with a circular profile, then add holes with PCD, convert entities, and pattern features.

Master SolidWorks part design with a revolve-based model, center axes and sketches, features like shell and extrude cut, then circular pattern and PCB hole array to complete the design.

Create a lofted boss with variable cross sections using multiple sketches on offset planes, then refine with start and end constraints and normal to profile for a smooth twisted transition.

Explore lofting in SolidWorks by creating variable cross sections, using guide curves and normal to profile constraints, and mastering loft cut and boundary options to create complex solids.

Learn to apply and customize fillets in SolidWorks, including edge, face, and full round fillets, with symmetric, asymmetric, multi-radius, curvature continuous, elliptical and conic options, setback and partial edge control.

Learn how to build a complete SolidWorks assembly from bottom to top, inserting components, and applying mates and constraints such as coincident, concentric, and distance to fully define the model.

Create and edit parts inside an assembly using the top-to-bottom approach, add holes with hole wizard, adjust thread sizes, and set concentric references for precise alignment.

Master adding fasteners in a SolidWorks assembly by using toolbox and smart fastener, selecting bolts or screws, standard sizes ISO and Indian, thread options, and mates to place and constrain.

Learn to create holes and cutouts with extrude cut, compare with hole wizard, and copy components with mates using concentric and coincident constraints, including repeat for multiple locations.

Master hinge mate in solidworks by applying concentric and coincident constraints, then set angle limits with specify angle limit to control rotation from 0 to 90 degrees.

Master the advanced path mate in SolidWorks to make a component move along a closed-loop path using the selection manager and path constraints, with optional locking.

Use the profile center advanced mate to place a component at the center of two faces, creating a coincident center and a locked, center-based constraint with offsets and rotation control.

Apply advanced mate to enforce symmetry about a center plane. Select opposite faces, such as the top and bottom of the bolt, and measure the equal distance.

Learn how to use the width mate in SolidWorks to set equal top-to-top distances between two components when no center plane exists, by selecting top and bottom faces.

Apply assembly features in solidworks to create cutouts and extrude cuts for mating components, test alignment in the assembly, and then replicate the cutouts in part design for consistency.

Create the radial engine piston and articulated rod in SolidWorks by sketching, revolving, extruding, and applying cuts, offsets, and mirroring to build complete assemblies.

Master SolidWorks basics with a complete radial engine practice exercise, building parts through sketches, extrudes, revolved profiles, holes, and mirror operations.

Master radial engine assembly by building piston and articulated rod subassemblies, then assemble bearings and bushes with concentric and coincident mates, using a 72-degree piston pattern.

Learn to model belt joints in SolidWorks by creating pulleys, selecting open or cross belt configurations, and applying belt mates and constraints to control rotation and speed.

Explore how to create a bill of material (bom) from an assembly, selecting top level, parts, or indented views, with numbering options and placing a new bom view for drafting.

Explore how to create and manage exploded views for assemblies in SolidWorks, including translating and rotating components, arranging a step-by-step explosion, and animating or saving the result as an mp4 video.

Master gear assemblies in SolidWorks by using mechanical mates to model and constrain gear interactions for beginners.

Explore rack and pinion mating in SolidWorks to convert rotation into translation, using rack length, pinion outer face, and options like pinion pitch diameter or rack travel per revolution.

Apply the screw mate between bolt and nut in SolidWorks to simulate tightening and loosening. Use thread creation, pitch, and advanced limit-distance settings to control movement.

Explore slot mates in SolidWorks by creating a straight slot, aligning a bolt with the slot, and using distance, center, or free options to allow variable positioning and alignment.

Create a weld bead in a SolidWorks assembly by selecting weld geometry and weld path, choosing faces or edges, and adjusting from-to, gaps, weld length, and pitch.

Learn to create sheet metal parts in SolidWorks by sketching a base flange, managing bends and punches, and unfolding the part for manufacturing using gouge and bend allowance settings.

Master edge flange operations in SolidWorks: select edges, set bend direction, and edit flange profiles with sketch tools, controlling bend radius, length, and relief.

Create sheet metal extrude cuts from sketches, control depth with link to thickness, and use up to next, up to plane, or up to surface options, plus patterns.

Use the hem tool in SolidWorks to soften sharp sheet metal edges by selecting an edge, choosing a profile (closed, open, teardrop, rolled), and adjusting distance and bend direction.

Explore how to create a mitre flange in SolidWorks by sketching a profile and using the metal flange to sweep along bends, with offset and relief options.

Master the jog tool to create two bends from a single sketch bend in sheet metal, adjusting bend line, radius, offsets, central line, and angle with fixed projected length.

Explore sketched bend and cross break tools in SolidWorks, selecting fixed faces, bending direction, and radii, including inclined bends and single-band options for visual edge splits.

Learn to create a sheet metal gusset by punching, selecting the sheet metal cassette and support phase, and adjusting depth, shape, fillet, and offset for a triangular or arc gusset.

Explore sheet metal corner editing in SolidWorks by applying closed corners, corner relief, and welds, and learn how to control bend radius, gaps, and trim options.

Explore the forming tool for punching on sheet metal, using default punch-die or custom 3D punches saved in the design library, with place, flip, rotate, and constraint options.

Explore creating variable cross-sections with lofted bend in SolidWorks, using open contours, sheet metal development, and fillet and bend controls to unfold and flatten designs.

Learn how to convert solids or surfaces into sheet metal in SolidWorks by using the convert to sheet metal option, setting fixed faces, thickness, bend radius, and rip edges.

Learn to create a swept flange in SOLIDWORKS sheet metal by defining a path curve and profile, setting thickness and bend radius, and using flatten along path or normal flatten.

Learn to design tab and slot joints in sheet metal using SolidWorks, creating matching cutouts and extrusions, controlling spacing, length, height, and tolerances for welding-free assemblies.

Learn to convert a sheet metal part, use the flatten option to unfold bends, and apply unfold and fold to add cuts on bends before folding back.

Learn to use the vent creation tool in SolidWorks to remove material with a boundary, creating ribs and spars for precise vent openings.

Create an l-shaped sheet metal model by sketching the profile, applying a base and edge flange, performing extrusion, adding cuts and bends, and using the flatten view for verification.

Create a symmetrical sheet metal model in SolidWorks, starting from a half shape, applying base and edge flanges, bends, mirror operations, then add cutouts, fillets, chamfers, and flatten.

Create a sheet metal model from a sketch in the sheet metal workspace. Set thickness and bend radius, use base flange, then add cuts, bends, and punches.

Create a sheet metal part in SolidWorks by building a 100 by 100 top plate, applying bends and tapering edges, adding cutouts and a slot, mirroring and flattening.

Transform 3d models into 2d drawings by inserting a model view on a sheet, selecting ISO or custom sizes, and configuring front, top, and isometric views.

Master creating projected views in SolidWorks by inserting components, selecting top, bottom, left, or isometric views, adjusting scale, and linking updates from part design to drafting.

Learn how to create an auxiliary view in SolidWorks to project a profile from an inclined plane, producing true circular edges and accurate dimensions in a 2D projection.

Create and manage SolidWorks drawing dimensions using smart dimension and model item. Select features or entire models and use marked for drawing to keep part design and drafting in sync.

Use detail view to magnify a chosen area of a drawing with a circle and leaders, keeping main dimensions intact while adjusting scale and hatch for clarity.

Master how to create a broken out section in SolidWorks to isolate a specific area from a projected or auxiliary view, using depth, preview, and hatching to reveal details.

Apply break view in SolidWorks to remove a long middle region of a uniform cross-section pipe and show the full length in a 2D drawing.

Learn to create assembly drawings in solidworks, place front, top, and isometric views, add balloons, and generate exploded views with model manipulations and the view palette.

Explore creating assembly balloons in SolidWorks, using manual or automatic balloons with leader lines, adjustable shapes, sizes, and padding, and align them along a magnetic line for consistent layout.

Create a bill of materials table in SolidWorks for a master assembly, choosing top level, parts only, or indented views, and insert balloons that inherit the BOM numbers.

Create and customize a hole table in SolidWorks to document multiple hole types—tapped, counterbore, countersunk—with positions, depths, and the reduced toolpath order, plus hole callouts for leaders.

Learn to convert a 3d model into SolidWorks drafting on an a3 sheet, place projected views in first angle projection, add isometric and section views, and apply smart dimensions.

Explore model-01 in SolidWorks within a beginner-friendly course, introducing basic concepts for first-time users today.