SolidWorks in 75 Days - The Ultimate Masterclass

Master the SolidWorks workflow: start with 2d sketches, then create 3d part models with features. Assemble parts into assemblies and sub-assemblies, then generate drawings or simulations in one cad/cam/cae platform.

Open SolidWorks from the welcome screen to create a part, assembly, or drawing, and explore the viewport, design tree, and sketch and feature tabs.

Start your SolidWorks journey by building a simple cube on day 1, laying the foundation for part modeling and assemblies. Progress through 55 days to master part modeling and assemblies.

Learn to model a Lego block in SolidWorks to build foundational part modeling and assembly skills on day 2.

Create a spinning top by using a half sketch revolved around an axis, with splines and fillets to shape the surfaces.

Create a 1 inch diameter, 12 inch shaft in IPS units. Apply a revolved cut for a groove, and copy four grooves along the shaft with a rectangular pattern.

Day 6 of SolidWorks shows modeling a u-shaped square pipe with sweep, using a 25 mm profile and 100 mm path, then hollowing with 2 mm shell using thin feature.

Master part modeling and assemblies in solidworks by designing a bottle cap on day 7 of the 55-day course.

Design a heat sink CAD model in SolidWorks, building a base and 16 fins in two rows, 8 per row, with a bottom-up, sketch-to-extrude workflow.

Day 9 teaches modeling a circular saw blade in SolidWorks, strengthening skills in part modeling and assemblies.

Design a tuning fork in SolidWorks to practice part modeling and assemblies, applying precise sketching, features, and assembly workflow on day 10.

Master part modeling and assemblies in SolidWorks with day 12 keychain project, focusing on creating a keychain part and integrating it into an assembly.

Design a phone stand in SolidWorks by building a base extrude, adding two bumps, and using the rib feature for a center support, with clean sketches, fillets, and named features.

Explore 3d sketching in SolidWorks by modeling an extension spring with two hooks, using a helix and sweep to a 100 mm height, 2 mm pitch, and 1.75 mm wire.

Master part modeling and assemblies by designing a flower vase in SolidWorks during day 15 of the 55-day course.

Develop part modeling and assembly skills in SolidWorks by designing a screwdriver on day 17 of the 55-day master course.

Model a sprocket wheel in SolidWorks by forming a disk, defining the 250 mm pitch circle, and using circular pattern, mirror, and fillets for 20 teeth and a shaft hub.

Model a day 19 hex bolt in solidworks, detailing threaded and non-threaded portions and the hex head, create the thread helix with height and pitch, using swept cut, fillet, chamfer.

design a car spoiler in SolidWorks by sketching splines, extruding five-millimeter components, adding wings and a support bracket, applying precise dimensions, and mirroring across a plane to form an assembly.

Develop proficiency in modeling a meshed bracket in SolidWorks, advancing part modeling and assemblies skills across the SolidWorks in 55 days course.

Master wheel rim modeling in SolidWorks and learn part modeling and assemblies within the 55-day course.

Learn flange coupling design and assembly workflows in SolidWorks on day 25, focusing on part modeling and assemblies.

Model a multi-compartment box in SolidWorks in 55 days using global variables and equations to create a modular layout of two rows and three columns.

Master SolidWorks part modeling and assemblies in a 55-day course, with day 27 focusing on the iPhone 17 series.

Master door handle part modeling and assembly techniques in SolidWorks as you progress through Day 28 of SolidWorks in 55 Days.

Build a coffee mug in SolidWorks on day 30, applying part modeling and assemblies techniques from the 55-day course to create a precise part.

Master part modeling and assemblies in SolidWorks by building a kitchen knife in day 31 of the 55-day course.

Model a water bottle in SolidWorks using part modeling techniques and plan its assembly process.

Develop part modeling and assemblies skills in SolidWorks by modeling a toothbrush on day 33, aligning with the course goal of mastering part modeling and assemblies.

Master part modeling a cosmetics tube in SolidWorks and demonstrate assemblies that connect essential part modeling skills from this course.

Master sheet metal ventilation grill design in SolidWorks, applying part modeling techniques and assembly workflows to create a functional grill component.

Create a laptop stand in SolidWorks using sheet metal tools, starting with a base flange and edge flanges, adding a slot and fillets, then flatten to a usable flat pattern.

Create a SolidWorks sheet metal funnel using a forming tool, demonstrate forming tool creation from a revolved profile, and save it in the design library.

Model a kitchen sink in sheet metal by using two forming tools to create the sink and holes, add ribs, and pattern features for a complete part.

Design and assemble an electric enclosure in SolidWorks, applying part modeling techniques from the SolidWorks in 55 days course.

Master basic shapes in SolidWorks by assembling simple forms to build practical parts and full assemblies, advancing part modeling skills on day 41.

Model a ball bearing assembly in SolidWorks, mastering part modeling and assembly techniques essential for building complex mechanisms.

Explore building a two-part hinge assembly in SolidWorks using concentric and coincident mats with limit angle, or a hinge mat from mechanical mats to constrain rotation 0–180 degrees.

Model a sliding door lock assembly in SolidWorks, using coincident and distance mates with a limit distance, and manage default, locked, and unlocked configurations.

Create a five-gear spur gear train in SolidWorks, using toolbox parts, concentric and coincident mates, and gear mats to model gear ratios and shaft connections.

Build a bench vise assembly in SolidWorks with base, sliding jaw, screw, and handle, applying coincident and concentric mates, limit distance, measure tools, and a lock to ensure precise alignment.

Assemble a slider crank mechanism in SolidWorks and set up coincident and concentric mates. Animate the motion with a rotary motor and export a 1080p mp4 video.

Explore building a Geneva wheel assembly in SolidWorks, converting continuous rotation into intermittent motion using a mover and Geneva wheel, with interference detection and motion study animation.

Design and assemble a Newton's cradle in SolidWorks, mounting rods and threads, placing balls with concentric and distance mates, and simulating gravity-driven motion with solid contacts.

Explore the planetary gear system design in SolidWorks, building mastery in part modeling and assemblies through day 54 of the 55-day course.

Design a Stirling engine model in SolidWorks, focusing on part modeling and assemblies, as taught on Day 55 of the course.