Automotive EMC/EMI Compliance Testing Training
This is a comprehensive training on electromagnetic compatibility (EMC), focusing on compliance testing, common failure modes, mitigation strategies, and regulatory standards for automotive and electronic systems like CISPR 25 and ECE R10.
At the end of this training, participants will be able to:
- Understand the purpose and standards of EMC/EMI compliance testing.
- Identify common EMC failure modes and their root causes.
- Apply mitigation strategies including shielding, grounding, and filtering.
- Interpret EMC reports and assess compliance margins.
- Design systems resilient to transients, surges, and interference coupling.
This training is intended for the following target group:
- Engineers, designers, and technical professionals involved in automotive electronics, EMC testing, and compliance.
- Individuals working with vehicle platforms, electronic subassemblies, and those responsible for ensuring product reliability and regulatory adherence.
The following topics are covered in the training course:
- EMC/ Compliance Testing
- Common EMC Failures & Fixing EMC Issues
- Engineering Data Reuse
- Interference Coupling
- Signal Types and Noises
- Reviewing an EMC Report
- Performance Criterion
- CISPR 25 and R10 Overview
- Vehicle vs ESA Tests
- Transients and Surges
- Troubleshooting and Failure Modes
This EMC training course provides a deep dive into electromagnetic compatibility principles and practices. Participants will learn the purpose and preparation for EMC/EMI compliance testing, including applicable standards such as CISPR, ISO, and IEC. The course emphasizes the importance of proper documentation and test setup alignment for successful compliance.
Common EMC failure modes are explored, including radiated emissions and susceptibility to disturbances. Root causes such as poor PCB layout and inadequate shielding are discussed, along with the impact of early design decisions on compliance outcomes.
Mitigation techniques such as ferrites, shielding, grounding, filtering, routing, and isolation are covered in detail. Participants will understand how to apply these strategies to reduce interference and improve system reliability.
The course also highlights the benefits of engineering data reuse, including accelerated validation, streamlined workflows, and continuous improvement. Participants will learn how to document mitigation strategies and integrate data reuse into compliance processes.
Additional topics include interference coupling mechanisms, signal types and noises, EMC report interpretation, performance criteria, and regulatory standards like CISPR 25 and ECE R10. Hands-on insights into vehicle vs ESA tests, transient and surge protection, and troubleshooting techniques are also provided.
- Gain comprehensive knowledge of EMC principles and testing procedures.
- Learn to identify and mitigate common EMC failures.
- Understand regulatory standards and how to achieve compliance.
- Improve design reliability through effective interference management.
- Streamline validation workflows using engineering data reuse.
The course combines theoretical instruction with practical examples and case studies. Participants will engage in discussions, review EMC reports, and analyze real-world failure scenarios. Hands-on exercises and simulations may be included to reinforce learning.
Basic understanding of electronics and circuit design is recommended. Familiarity with automotive systems and regulatory standards will be beneficial.