Learn how Fusion 360 CAM, a desktop CNC, and an inexpensive, reusable material can streamline the inclusion of 3D design and advanced manufacturing into an educational program.

A platform to enable engineers and material suppliers to share information is presented, resulting in better design decisions and improved material inventory management.

This class will demonstrate how a user can take their existing CAD data and move it into Stingray and convert it to VR. We will discuss the implications of performance do to different aspects of a model and how one might improve a models performance.

Learn how to automate testing and packaging for your Python Fusion 360 API, to drive down bug counts and drive up user satisfaction.

Learn how to use high rate additive manufacturing (3D printing) at an industrial scale by exploring the benefits/opportunities of the process. Using a case study, we'll explore four aspects of this: (1) design considerations, (2) manufacturing data preparation, (3) manufacturing keeping in mind geometric fidelity and (4) post processing.

Learn how to use T-Spline as a modeling strategy to create NURBS like surface patches combined with traditional solid modeling tools for Product Design.

In this class, we will cover the basics of programming your CNC machines with Fusion 360. Handle design changes and still create good g-code