Automotive EMC Course

Course Topics

• Automotive Electronic Systems Design for EMC Compliance (2 days)
• EMC Test Chamber Design for Vehicle and Electronic Sub-Assemblies (ESA) Testing (1/2 day)
• EMC Compliant Design of Electric Vehicle (EV) and Hybrid Electric Vehicle (HEV) Systems and Drives (1/2 day)

Who Should Attend

• Engineers who design electronics that operate in or near modern automobiles
• EMC Engineers who support automotive, aerospace or industrial control systems
• EMC test engineers or people who supervise the EMC testing of their products
• Circuit board layout professionals

Benefits of Attending

• Introduces fundamental EMC concepts and guidelines that are an essential part of electronic systems design; particularly systems that must operate in modern vehicle environments
• Brings experienced engineers up-to-speed on EMC issues affecting the latest technologies including new challenges associated with wireless communications, Gbps communications in unshielded environments, drive-by-wire, electric and hybrid-electric drives
• Small class size allows students to receive individual guidance related to the EMC issues that are most relevant to their own products
• Provides updated information on new chamber design or modifications available to existing chambers to support e-motor testing, and reviews proposed changes to the major automotive standards
• Offers “real-world” examples of lecture material presented through live demonstrations in a test lab environment
• Fosters networking with peers and interaction with speakers due to the small class size

In addition, the short course will provide EMC design guidance related to system interactions with a wide variety of automotive systems including:

Automotive Ethernet CAN and LIN Buses Autonomous Braking/Steering Hybrid Electric Drives

Engine Control Navigation and Infotainment Systems Pre-crash Safety Systems Wireless Communications