Learn how to setup your Vault Professional environment to automatically create PDFs for your IDW and DWG drawings.

Learn about Design for Digital Manufacturing (DfDM) in the context of Additive Manufacturing. Then dissect DfDM to create your own design rules for any manufacturing process: DfX.

In this class, Autodesk and a customer will present an integrated workflow of Autodesk software for 3D design, data management, nesting, laser/plasma/water jet cutting, and CNC punching integrated with a thirdparty ERP system.

Learn how Fusion 360 cam workspace is simple and easy to use. Learn how to apply the basics from 2D toolpaths to leveraging 3d toolpaths operations. Verifying toolpaths with full stock simulation and outputting setup sheets with post processed gcode. Seamlessly update all toolpaths when cad revision or design changes are required. Truly integrated cad/cam workflows with Fusion360

In this class, attendees will learn how to use TruNEST as an automation tool to be used in conjunction with DMS Routers to fully automate nesting and production of honeycomb composite panels

Learn how to create accurate and informative animations from Inventor models using 3ds Max. Learn how to take advantage of material libraries, animation tools, and rendering choices in 3ds Max.

learn all about the plans short term and long term for Autodesk CFD and generative fluids. See what's coming in the short term, what the focus areas are and what we plan on bringing to market.

This class will present an overview of Autodesk's composite manufacturing workflow. Class administrators will review multiple pieces of software and how/where they impact the design and fabrication of composite parts. In this class, attendees will learn what it takes to use Autodesk TruPLAN to flatten and drape composite plies in order to validate the manufacturing process for a given part. This class will review how Autodesk TruNEST Composites can be coupled with other systems to optimize valuable inventory and track it throughout the factory. To lay plies into molds, Autodesk TruPLAN and Autodesk TruLASER are then used to create and optimize laser projection data in order to create a rough part that needs trimming. In the next step in this workflow, administrators will show how multiaxis programming and onmachine verification funtions inside of Powermill can be used to trim composite parts to the extreme accuracy thresholds required by spacecraft manufacturers. Lastly, this class will cover how Powerinspect can be used with laser scanners to improve quality issues and ensure that parts being fabricated are going out the door without issue.