Scott Piper of General Motors

Abstract: 

Using Electromagnetic Simulation for Developing Automotive EMC Design Guidelines 

When dealing with the subject of electromagnetic compatibility, one often encounters a fair amount of guidelines in the form of “design rules”, “best practice”, or “lessons learned” which create guidelines to follow to improve EMC design.  Some of these guidelines can be based in theory, logic, or experience but may or may not apply to the situation at hand.  This presentation discusses EMC design guidelines, where they come from, and shows how a greater understanding of these guidelines can be attained by using computational electromagnetic tools.  Several case studies will be presented showing the power for these tools when applied correctly.

Biography:

Scott Piper has worked in the EMC field for 15 years working in both aerospace and automotive industries.  Scott had the opportunity in his years of working to be the engineer responsible for the initial purchase and implementation of computational EMC tools in two corporations.  Scott also has been able to volunteer in the IEEE EMC society as a distinguished lecturer and is currently the vice chair of the EMC society’s technical committee on computational electromagnetics (TC9).  Scott is currently an EMC engineer for General Motors where part of his responsibilities include being a global resource for electromagnetic simulations

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