
Comprehensive guide to PCB design using OrCAD and Allegro, covering schematic creation, footprint design, PCB layout, and manufacturing output generation for beginners.

Comprehensive guide to PCB design using Altium Designer 22, covering schematic creation, component design, PCB layout, and manufacturing output generation for beginners and intermediate users.

Comprehensive introduction to Fusion 360's capabilities, covering 3D modeling, parametric design, assemblies, simulations, manufacturing, and more. Learn key features and applications of this versatile CAD software.

Learn to build an ultrasonic radar robot, from designing the 3D chassis to programming the radar display using trigonometry and PicoGraphics. Gain hands-on experience in robotics and MicroPython.

Learn to design adorable robot heads in Fusion 360 using advanced techniques like fit-point splines, lofts, and sketch intersections. Perfect for aspiring robotics enthusiasts and 3D modelers.

Design and build a printable paper robot using Fusion 360's sheet metal feature. Learn about material considerations, design techniques, and assembly methods for creating your own customizable SMARS robot.

Learn to design and model PicoCat, a robot based on OpenCat, using Fusion 360. Master 3D modeling techniques for creating custom parts compatible with Raspberry Pi Pico, from basic sketches to complex components.

Learn to design a range finder module holder for SMARS robots using Fusion 360, enabling creation of low-cost, open-source robots with 3D printing and Arduino components.

Learn to design and build your own ideas, from concept to finished product. Covers project selection, prototyping, PCB design, 3D modeling, manufacturing, and safety considerations for electronic devices.

Comprehensive guide on creating PCB footprints in Altium Designer, covering resistors, LEDs, connectors, 3D models, and schematic symbol integration for beginners.

Create complex 3D shapes in Fusion 360 by designing tools and using the combine feature. Master techniques for improved 3D design skills and efficient modeling for 3D printing.

Step-by-step guide for beginners to create their first 3D design in Fusion 360, covering essential tools and techniques for successful modeling and printing.

Comprehensive introduction to Fusion 360 for beginners, covering basic concepts, sketching techniques, and essential tools to overcome common frustrations and build a solid foundation.

Comprehensive quickstart guide for Fusion 360, covering essential 3D modeling skills from sketching to exporting. Ideal for beginners seeking rapid proficiency in CAD for 3D printing projects.

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 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.

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 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.