Importance of EMI/EMC-proof PCB design

Course Overview:

The EMI/EMC Proof PCB Designing course provides a comprehensive understanding of the principles, techniques, and best practices for designing printed circuit boards (PCBs) that are immune to electromagnetic interference (EMI) and comply with electromagnetic compatibility (EMC) standards. This course is suitable for electrical engineers, PCB designers, and anyone involved in the development of electronic devices.

Recognizing poor design features early in a product’s development can save a lot of time and expense later on. This course stresses the fundamental concepts and tools that board designers must be familiar with to avoid electromagnetic compatibility and signal integrity problems. Students completing the course will be able to make good decisions regarding component selection, component placement, and trace routing. In addition, students will have the knowledge and tools necessary to design effective power distribution and grounding strategies for both digital and mixed-signal boards.

Experts/Tutors Introduction

Mr. Sreevas Vasudevan

Mr. Sreevas Vasudevan
Technical skills :- Automotive, medical and railway systems knowledge for EMC, Electronics Hardware knowledge, Hardware Design, Troubleshooting Circuits for EMC, EMC design, EMC Analysis, EMC Simulation, Compliance and market certification, Circuit Simulation, Pre-compliance to EMC, Operation of EMI Receiver, RF amplifiers, Near field probes, Spectrum analyser, Network analyser, Matlab, Ansys-HFSS

  • Specialist EMI EMC Engineering :-

Innovative Professional, Twelve years functioning with reputed, Global organizations. Specialised in EMI/EMC design, analysis, simulation, and compliance. Solution provider for Medical, Commercial, Industrial, Automotive and Railway EMI EMC

Mr. Dharminder Chauhan
highly experienced EMC/EMI tutor with extensive knowledge in the field of Electromagnetic Compatibility (EMC) and Electromagnetic Interference (EMI). He has a passion for teaching and helping students and professionals understand the complex concepts related to EMC/EMI. With a proven track record of success, Mr. Dharminder has trained numerous individuals and organizations, enabling them to effectively address EMC/EMI challenges in their projects.

Professional Achievements:

  • Successfully trained over 500 students and professionals in EMC/EMI principles and techniques.
  • Helped numerous organizations achieve EMC/EMI compliance, resulting in improved product performance and reduced market risks.
  • Published research papers on EMC/EMI in renowned journals, contributing to the advancement of the field.
  • Received positive feedback and appreciation from students and clients for the ability to simplify complex concepts and provide practical solutions.

Mr. Dharminder’s dedication to the field of EMC/EMI, combined with his vast knowledge and teaching skills, makes him an ideal tutor for individuals and organizations seeking to enhance their understanding and proficiency in electromagnetic compatibility and interference.

Course Outline:


  • What is EMI/EMC?
  • Consequences of EMI/EMC issues in PCBs
  • Impact of Layout on Product Compliance and Cost
  • Review of EMC Fundamentals
  • Regulatory Standards and Compliance
  • PCB Layout Considerations for EMI/EMC
  • EMI/EMC Design Techniques
  • EMI Sources and Mitigation Strategies

What is EMI/EMC?

Definition of EMI (Electromagnetic Interference) and EMC (Electromagnetic Compatibility)

  • EMI (Electromagnetic Interference): The disturbance caused by electromagnetic radiation or signals that interfere with the normal operation of electronic devices.

  • EMC (Electromagnetic Compatibility): The ability of electronic devices or systems to function properly in their intended electromagnetic environment without causing or being affected by excessive interference.

Consequences of EMI/EMC issues in PCBs

  • Performance Degradation
  • Signal Integrity Problems
  • Cross-Talk
  • Compliance Failures
  • Increased Interference Susceptibility
  • Higher Costs and Rework

Regulatory Standards and Compliance

  • Overview of relevant regulatory standards (e.g., FCC, CISPR, IEC)
  • Importance of compliance with standards
  • Consequences of non-compliance

PCB Layout Considerations for EMI/EMC

  • Grounding and shielding techniques.
  • Component placement and routing strategies.
  • Proper layer stack-up for reducing EMI.

EMI Sources and Mitigation Strategies

  • Common sources of EMI in PCBs (e.g., clocks, high-speed signals)
  • Strategies to mitigate EMI (e.g., filtering, proper grounding)


  • Recap of key points covered in the course
  • Importance of EMI/EMC awareness in PCB design
  • Additional resources and references for further learning
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