Inhalt: Fusion 360 is a world-leading mechanical design software. But it also has an overlooked toolset for mechanical-electrical (mechatronic) design. This course teaches engineers and designers how to create simple mechatronic projects and documentation using Fusion 360. Instructor Justin Flett recaps the basics of the software, showing how to generate simple mechanical parts for a robotic arm design. He then reviews the advanced tools for plastics and casting design-Draft, Shell, and Web-commonly used for mechatronics enclosures and casings. He shows how to incorporate electronics models such as motors and printed circuit boards (PCBS), and how to route wires and cables. Finally, Justin explains how to generate final output, including drawing, STEP, and PDF files for use in manufacturing. Umfang: 01:48:15.00
Inhalt: Fusion 360 is a world-leading mechanical design software. But it also has an overlooked toolset for mechanical-electrical (mechatronic) design. This course teaches engineers and designers how to create simple mechatronic projects and documentation using Fusion 360. Instructor Justin Flett recaps the basics of the software, showing how to generate simple mechanical parts for a robot. He then reviews the advanced tools for plastics and casting design-Draft, Shell, and Rib-commonly used for mechatronics enclosures and casings. He shows how to incorporate components, plus motors and fasteners, into an assembly and how to route wires and cables. Finally, Justin explains how to generate final output, including exploded views and drawing, STEP, and PDF files for use in manufacturing. Umfang: 01:35:40
Inhalt: Generate clear and accurate printed circuit board (PCB) designs with Altium. This course shows how use Altium to generate PCB designs, including PCB schematics and layouts. Instructor Justin Flett helps you find your way around the Altium interface and use all of the built-in tools, including the millions of components and symbols that come with Altium libraries, to build a PCB project from the ground up. Learn how to place components, wire the schematic, and add annotations with a single click. Find out how to refine your design with layers, grids and units; edit the board shape; and place the footprints that will connect your components to the board. Justin wraps up with a look at creating custom footprints and schematics to store and reuse in your projects, and shows how to generate 3D views and industry-standard final output and reports. Umfang: 01:27:55.00
Inhalt: Get started with SOLIDWORKS Composer, and discover how to leverage this software to generate technical documentation, publications, and animations. Develop fundamental SOLIDWORKS Composer skills by learning a variety of essential topics. Learn about generating images and animations of your products for technical documentation and publications, as well as technical marketing purposes. Explore how to set up cameras and views, add lines and textures, create simple animations, and output video and images. Umfang: 01:46:03.00
Inhalt: Get started with SOLIDWORKS Electrical, a design package that can help make the work of designing and developing electrical systems a bit easier. Join instructor Justin Flett as he covers the fundamentals of SOLIDWORKS Electrical, and explains how to use this software to generate electrical engineering design schematics and reports. Justin kicks off the course by discussing the overall process of generating an electrical design project, including how to work with the user interface and build a custom project template. He then explains how to generate electrical schematics and components; create, customize, and use wire styles within your schematic drawings; create your own custom symbol from scratch; edit a PLC; generate final reports for your electrical projects; and more. Umfang: 03:36:41.00
Inhalt: The SOLIDWORKS PCB design package offers functionality that can help engineers work more productively as they design and develop electronics and printed circuit boards (PCBs). In this course, learn the fundamentals of this powerful software. Instructor Justin Flett demonstrates how to customize the user interface and navigation tools to suit your personal preferences. He then steps through the process of creating a PCB design project, showing how to generate PCB schematics and board layouts. In addition, Justin demonstrates how to integrate these electronics within mechanical CAD projects. Umfang: 02:04:10.00
Inhalt: By bringing your designs to life with animation, you can communicate precisely how your product should move-and show off how your product works in general. SOLIDWORKS offers tools and functions that can help engineering, design, and product teams generate animations of existing designs. In this course, learn what you need to know to create animations with this powerful 3D CAD software. Instructor Justin Flett steps through how to generate simple animations with the Animation Wizard, as well as how to create more complex animations using manual techniques and motion drivers. Plus, learn about basic physics-based motion and walkthrough animations. Umfang: 01:55:48.00
Inhalt: SOLIDWORKS is the leading software for mechanical design and engineering. However, it also offers a powerful toolset for generating mechatronic designs, or designs that combine mechanical and electrical components. In this course, Justin Flett teaches the basics of mechatronic design in SOLIDWORKS, walking through a complete, simplified project for a robotic arm. As the project progresses, he examines advanced tools for plastics and casing design, including drafts, shells, ribs, and mounting bosses, which are common elements in mechatronic enclosures and housing. Then Justin shows how to complete assemblies, including integrating imported motors and printed circuit board (PCB) components. Plus, learn how to route cables and wires in your project and generate final output, such as drawing, STEP, and PDF files. Umfang: 01:38:57.00
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