
Learn to design 3D-printable parts with screw threads and gears using Onshape's FeatureScript tools. Create a working fidget toy mechanism while exploring advanced CAD techniques for improved 3D printing results.

Explore nature-inspired industrial design through drawing techniques, focusing on themes and elements from the book 'Nature of Form'. Learn to create unique product designs using various tools and methods.

Explore advanced FEA simulation capabilities in Fusion 360 to improve product performance, reduce delays, and enhance manufacturability through connected design and simulation workflows.

Discover Fusion 360's new parametric mesh workspace for easy STL file editing, mesh repair, and conversion to solid bodies. Learn advanced techniques for seamless integration of engineered features with existing mesh bodies.

Learn to create complex geometry using the Pipe command in Autodesk Fusion 360. Master techniques for designing a patio light, including modeling, material application, and rendering for realistic product visualization.

Discover advanced Fusion 360 drawing techniques, from multi-view and custom drawings to tables, balloons, and templates. Enhance your skills with expert tips for efficient and professional technical drawings.

Explore Unreal Studio's time-saving features for architectural visualization, engineering, and product design. Learn workflow benefits, installation, and key tools like Datasmith for efficient 3D content creation.

Explore the components and design of induction motors, including the rotor, stator, frame, and bearings. Learn how these parts work together to create electromagnetic induction and rotational motion.

Explore Autodesk's Derive command to create interconnected parts, use User Parameters for dynamic modeling, and learn efficient design techniques for LED wall art creation.

Explore Fusion 360's parametric mesh workspace for advanced mesh editing, repair, and conversion. Learn to modify STL files, hollow meshes, and seamlessly integrate engineered features with existing mesh bodies.

Learn to model curved surfaces, use Mirror, rearrange timelines, and simplify sketches in Autodesk Fusion 360. Gain practical tips for creating complex parts with efficient techniques and constraints.

Intermediate surface modeling techniques in Fusion 360, featuring real-life examples from FXR Racing. Learn new tools and apply them to practical problems, with insights on rapid prototyping using 3D printing.

Learn to leverage Fusion 360's Parameters function for efficient furniture design and production. Master techniques for custom sizing, built-ins, and streamlined business processes in this hands-on workshop.

Learn Fusion 360 basics for furniture design, including solid modeling, joints, and parameters. Create a taper jig while exploring essential tools and techniques for successful industry projects.

Comprehensive overview of Fusion 360's electronic design capabilities, covering schematic creation, PCB layout, 3D integration, and collaboration features for electromechanical projects.

Learn to create parametric wire baskets efficiently using Fusion 360's powerful tools. Explore techniques for loops, symmetry, and custom forms in this step-by-step tutorial.

Comprehensive walkthrough of Fusion 360's Inspect menu, exploring various commands and their benefits for 3D modeling and analysis.

Explore advanced surface modeling techniques in Fusion 360, focusing on splines, sweeps, lofts, and patches. Learn robust solutions for common challenges and gain in-depth knowledge of the underlying technology.

Learn to transform 2D DWG/DXF files into 3D models using Autodesk tools. This tutorial covers importing, exporting, sketching, extruding, and utilizing various features to create detailed 3D designs from 2D drawings.

Learn to model a Nunchuck Controller using t-splines in Fusion 360. This live stream covers techniques like canvas usage, calibration, editing, manipulations, and solid modeling for creating detailed 3D designs.

Learn to create multi-part designs in context using Autodesk software. Master techniques like extrusion, lofting, and isometric sketching to build complex assemblies efficiently.