This class outlines Autodesk's vision for the future of additive manufacturing.It is intended to educate audiences of the value of additive manufacturing, how the industry is evolving, and to help attendees plan for and integrate additive manufacturing techniques in the best way for their business.

Learn how a special 3D printing process can be used to manufacture shoe components for production.

Learn how to design more durable and higher quality parts through simulation tools in Fusion 360

Learn how Autodesk Inventor 'Thinks' - so that you can build stable, predictable parametric models.

We introduce robotic arms as interfaces between the digital and physical world and show how you can use them for anything from fabrication to VR.

Learn the basics and insider Tips and tricks and become an expert with memento

All in all there are 6/7/8 major steps in4/5 sections Section 1: build the motor housing and handle part Section 2: build the front hand grip and dangerous saw end Section 3: build the transition Section 4: battery match Section 5: make solid, shell (3D print on the Fortus Machine at Pier 9) Steps: Concept Sketch at the Origin & Side Profile Layout 2D T-spline Loft to describe the major character line of the part Crease Un crease edges Bridge with crease on Bevel tool for sharp edge refinement Edit Form (this the sculpting part)there is a lot of this-no getting around it-here we’ll introduce Soft Modification. Flatten & Scale to Zero Zebra Analysis plus a 2nd Zebra with opacity to Zero (this is a visualize pro tip to avoid the reversed surface normal)