We've completed our Autodesk Inventor Essentials training and all the tutorials. We know the definitions of our sketch and feature tools. Now, how do we apply this newly acquired knowledge to our designs? This class walks us through some simple workflows and methodologies, utilizing best practices, and how to sidestep some common pitfalls. The skill level of this class is between Essentials Training and Advanced.

Learn efficient ways to configure Inventor’s sheet metal tools to quickly create sheet metal parts. See how you can set your own styles, generate components, and document those components for manufacture.

Review considerations and best practices for building electrical enclosures. Understand the benefits of Virtual Prototyping the wiring in your enclosure. Learn how to use AutoCAD Electrical and Inventor Routed Systems to eliminate production issues and improve the overall product.

In this course, see how iLogic was used in three real-world examples to solve design problems and capture design intent. iLogic can be used to streamline your design process by removing mundane repetitive tasks so you focus on critical aspects of your design.

Stay abreast of current and future technologies to stay ahead of the pack. Mine information in technology previews on Autodesk Labs and various other resources such as blogs and content-rich portals for manufacturing to fly past the competition.

See how Inventor and Solidworks data can be reused by an Architect using Revit or AutoCAD Architecture. Convert design for use in architectural models and combine building and equipment information to better understand layout. Learn how Factory Design Suite can streamline the process

Sync design Bill of Materials [BOM] with your enterprise systems. Manage BOM during design process as you optimize management of inventory and reduce the cost of procurement.

Learn to overcome barriers normally associated with CAD neutral and specific formats such as SolidWorks, proE, and Catia. Explore ways to edit and modify non-native CAD data using Inventor Fusion. Also learn ways to extend reach of your 3D CAD data beyond CAD users—even beyond engineering using tools such as Design Review and Inventor Publisher.

Your CAD tools are an asset. This course focuses on managing theses assets by optimizing the setup, installation, and administration of your Autodesk software.

We’ll show you how to control the evolution of your design within the release cycle. Manage and track the release and lifecycle changes to your design with powerful tools.

Iterative analysis early in the design process is critical to increasing product quality and reducing cost. Explore how this process was used to deliver a high quality billet container for the aluminum extrusion industry. We’ll also see how Algor's Multiphysics allows us to combine results from different analysis types to more accurately predict real world performance.

Learn how to create complex surface models within Inventor using the Alias Design Add-in. Create plastic designs and quickly validate those designs. Design parts based on consumer demand.

Autodesk® Inventor® Publisher is easy-to-use software for creating compelling product documentation to provide customers clearer and more comprehensive technical instructions. Inventor Publisher lets non-CAD users leverage the same digital model used in the design-to-manufacturing process.

This session demonstrates how integrating 2D layout data with 3D models of factory equipment can help equipment builders, system integrators, and manufacturers to better design, optimize, and visualize factory layouts. You’ll see how to create accurate factory models and 3D visual walk-throughs to collaborate effectively and make more informed decisions.

Realistic imagery and immersive, interactive presentations let you evaluate designs in detailed context, explore alternatives in real time, and communicate your design. In this course we’ll show you how to convey design intent, enabling more economical, efficient review processes and eliminating the need for physical prototypes.

The Algor product extends the analysis capability of the Autodesk family of products. In this course we will explore how Algor's multiphysics allows us to combine results from different analysis types to more accurately predict a product's real world performance.