After you complete this course, you shall be able to summarize digital manufacturing, the principles of manufacturing processes, and sustainable design. You can also explain how trends like machine learning and generative design can influence innovation. You can demonstrate the skills and knowledge of the foundational concepts of this software. You can practice design collaboration using the cloud-based features of Fusion 360.
Why Fusion 360?
Fusion 360 is a departure from the present desktop-bound CAD software. It is a great offering and it helps businesses and end-users meet the challenges, requirements, and technological changes that are faced by the manufacturing and design sectors. Some of the reasons to use it are given in our Fusion 360 for Educational Institutions assignment help online as follows:
It is integrated: It contains tools for supporting the complete design and manufacturing process in a single CAD package. It supports T-Spline, Surface, Solid, and Mesh geometry. Rendering, drawing, and 3D print output are available for documentation, design validation, and prototyping. In the same package, shape and simulation optimization tools can help to check as well as validate the design and integrated CAM can enable manufacturing the final parts.
It is accessible: It is a collaborative platform, wherein your customers and colleagues can access the files from a web-connected device that can reduce design lifecycles and increase time for marketing. The mark-up and viewing tools are created, where customers are asked for a review.
It is connected: It runs on Windows, web browser, and Mac and so it is not restricted to a particular operating system. Its license is tied to the Autodesk login and not to any device that you are using. The integrated document system of the software backs up the working files to the Fusion 360 thus making it convenient to work from any place and whenever you want to work. It uses the cloud power for handling intensive jobs.