Learn the essential tools and techniques necessary to create manufacturing-ready parts and assemblies, detailed drawings, and even an itemized bill of materials with SOLIDWORKS 2018.

Get up to speed quickly with SOLIDWORKS 2018 and unlock the benefits of the newest features.

Learn the essential tools and techniques in SOLIDWORKS 2019. Create ready-to-manufacture parts and assemblies, detailed drawings, and itemized bills of materials.

Learn essential tools and techniques for creating ready-to-manufacture 3D parts and assemblies with SOLIDWORKS 2020, the premier product-design application.

Learn essential tools and techniques for creating ready-to-manufacture 3D parts and assemblies with SOLIDWORKS 2021, the premier product-design application.

Create a photorealistic image or video of your product with PhotoView 360, a rendering and animation plugin for SOLIDWORKS.

Learn how to perform dynamic analysis—including transient analysis and frequency response analysis—using SOLIDWORKS Simulation.

Use SimulationXpress to create and run simulations of your designs. See how to identify areas for improvement, make iterative modifications, reevaluate, and finalize your models.

Get a new tip every Wednesday for working faster and more efficiently in SOLIDWORKS.

Learn how to design a 3D-printable enclosure for electronic components using SOLIDWORKS, the premier product-design software.

If you’re a SOLIDWORKS user looking to take your skills to the next level, join David Antanavige as he shows how to create advanced engineering drawings that can be used in product documentation and manufacturing specifications. David goes way beyond basic views of parts and components and details how to create broken-out section views, alternate position views, and bills of materials. He also shows how to add geometric dimensioning and tolerancing (GD&T) symbols for manufacturing specifications, and finishes the course by showing how to create 2D layouts.

Learn how to run advanced simulations to measure the stress and displacement of metal designs, using SOLIDWORKS Premium 2018.

Learn advanced sketching techniques in SOLIDWORKS, including working with blocks, 3D sketching, and sketching in drawings.

Discover some of the advanced verification and simulation tools available in SOLIDWORKS. Learn how to use these tools to efficiently review your assemblies and parts for errors.

Learn how to animate your CAD designs in SOLIDWORKS. Discover how to generate simple animations, create complex animations with manual techniques and motion drivers, and more.

Discover ways to maximize the power of SOLIDWORKS by optimizing the interface to suit any workflow. Learn about how to personalize the command ribbon and toolbars to display frequently used features, as well as how to customize mouse gestures to make mouse movements more effective. Plus, explore default keyboard shortcuts that expedite common operations, and see how to customize shortcuts for even more efficiency.

Learn how to use SOLIDWORKS to generate mechatronic (mechanical + electrical) designs, including parts, assemblies, and final drawings.

Learn how to use the SOLIDWORKS Design Study tool to optimize your designs through simulation.

Expand your SOLIDWORKS 3D CAD skills by learning how to design a machine with moving parts. In this course, learn through designing the components of an early-19th-century rival to the steam engine. Follow along with Johno Ellison as he leads you through the steps for creating a Stirling engine, a closed-cycle heat engine invented by Robert Stirling in 1816. Johno shows how to use SOLIDWORKS to create all the parts, combine the parts into an assembly, and prepare drawings for the final product. Johno also provides tips and ideas for moving the creation from a virtual to physical design.

Consumer electronics are all around us, and new products are created every year. In this course, instructor Johno Ellison teaches the basics of designing these items in SOLIDWORKS. Through this project-based course, he shows you how to design a game controller using SOLIDWORKS features like lofts, fillets, mirroring, and shell. Course projects include creating an assembly, adding fastening details, and even creating the buttons, joystick, and printed circuit board that go into the controller. Johno concludes with a discussion of development and potential next stages in the design process.