This is part 5 in a 7 part series for Solid Edge Synchronous part modelling. The purpose of this module is to cover the important concept of how a Synchronous model can be modified. You will learn how the Steering Wheel is used to move and rotate geometry and how Live Rules impacts these changes.

This is part 6 in a 7 part series for Solid Edge Synchronous part modelling. The purpose of this module is to continue to look at how a Synchronous model can be modified. This time you will learn how Product Manufacturing Information (PMI) dimensions and relate functions can be used to accurately control the size and position of 3D geometry.

This is part 7 in a 7 part series for Solid Edge Synchronous part modelling. The purpose of this module is to finish off the part modelling capabilities and look at some more geometry re-use options. In this session you will learn how to copy geometry during Steering Wheel moves, copy and paste geometry from one file to another and use the Feature Library to store commonly used features. We will also cover some Detach and Attach functions as well as the enhancements to replace face.

The purpose of this Solid Edge video tutorial is to cover the tools available to construct Synchronous Assemblies and design parts within the context of the assembly. You will also learn how parts can be modified directly within the assembly using the Steering Wheel and PMI dimensions.

The purpose of this module is to cover the enhancements to the Solid Edge ST drafting environment. You will learn about the new interface as well as some new dimension and view control tools.

The purpose of this Solid Edge video tutorial is to cover the possibility of converting existing traditional design data into Synchronous design data. You will also cover how to mix both traditional and Synchronous data within the same overall design.