Training on Electromagnetic Compatibility (EMC) for Electrical Engineers
Electromagnetic Compatibility (EMC) Training
Practical EMC Testing, Standards, and Compliance for Engineers
Electromagnetic Compatibility (EMC) is a critical aspect of electrical, electronic, and communication systems, ensuring that devices operate reliably without interfering with other equipment. With increasing use of complex electronics in industries such as automotive, aerospace, defense, telecom, and industrial automation, EMC compliance has become mandatory for product certification and regulatory approval.
This EMC Training is designed to provide practical knowledge of EMC principles, measurement techniques, and compliance standards, enabling engineers and technicians to design, test, and certify products for electromagnetic compatibility.
Why This EMC Training Is Required
Industry Gap Faced by Engineers
Many engineers:
Are unaware of EMC regulations and standards
Do not understand EMC testing methods
Lack exposure to EMC compliance in real products
Face difficulty in designing interference-free systems
Cannot confidently handle EMC certification and troubleshooting
At the same time:
Industries increasingly require EMC-compliant products
Regulatory bodies (CISPR, IEC, FCC, ISO) demand strict compliance
Skilled EMC engineers are in high demand across electronics and electrical sectors
This course bridges the gap between academic theory and practical EMC applications.
Who Should Join This Course
This course is suitable for:
Electrical and Electronics Engineers
Communication Engineers
Instrumentation Engineers
Mechanical engineers working with electrical systems
Test and compliance engineers
Product design engineers
Freshers entering electronics, automotive, and industrial sectors
Technicians supporting EMC labs
No prior EMC experience is required.
What You Will Learn
After completing this course, participants will be able to:
Understand EMC principles and regulations
Identify sources of electromagnetic interference (EMI)
Conduct EMC testing for emissions and immunity
Interpret EMC test reports and standards
Implement EMC design practices
Ensure product compliance for certification
Confidently attend interviews for EMC, design, and testing roles
Course Curriculum
Module 1: Introduction to EMC
Definition and importance of EMC
EMI vs EMC
Sources of electromagnetic interference
Effects on devices and systems
Applications in industry
Module 2: EMC Standards and Regulations
International standards: CISPR, IEC, ISO, FCC
Automotive and defense EMC requirements
Product compliance and certification
Regulatory documentation
Module 3: EMC in Electrical and Electronic Systems
EMC in analog and digital circuits
Power electronics and EMC challenges
PCB layout for EMC
Cabling, grounding, and shielding practices
Module 4: EMI Measurement Techniques
Conducted and radiated emission testing
Measurement equipment: spectrum analyzers, EMI receivers
Test setup and environment
Interpretation of results
Module 5: Immunity and Susceptibility Testing
Radiated and conducted immunity tests
Electrostatic discharge (ESD) testing
Surge and transient immunity
Voltage dips and interruptions
Module 6: EMC Test Lab Setup and Practices
EMC test facilities overview
Shielded enclosures and anechoic chambers
Safety procedures and instrumentation
Practical demonstration of testing
Module 7: EMC Design Guidelines
Filtering and decoupling
Grounding and bonding techniques
PCB layout and cable management
Enclosure design for EMI control
Best practices in industrial and automotive systems
Module 8: Troubleshooting and Compliance
Identifying EMI sources
Corrective actions for non-compliance
Documentation for certification
Case studies from automotive, industrial, and communication sectors
Module 9: Industry Case Studies
EMC challenges in power electronics
EMC compliance in automotive systems
EMC mitigation in industrial automation
Lessons learned and best practices
Model Projects Included
To make participants industry-ready, the course includes practical, interview-oriented model projects, such as:
Model Project 1: PCB Design for EMC Compliance
Layout optimization
Filtering and grounding implementation
Emission reduction techniques
Model Project 2: EMI Testing of a Device
Radiated and conducted emission testing
Result analysis
Corrective actions
Model Project 3: Immunity Testing Simulation
ESD, surge, and voltage dip testing
Data interpretation
Reporting and recommendations
Model Project 4: EMC Troubleshooting Case Study
Identifying EMI sources in a system
Implementing mitigation measures
Verification and reporting
Career Opportunities After This Course
Hiring Sectors
Automotive and electric vehicles
Aerospace and defense electronics
Telecom and communication industries
Industrial automation and control systems
Consumer electronics manufacturers
EMC testing and certification labs
Job Roles
EMC Engineer / Analyst
EMI/EMC Test Engineer
Product Compliance Engineer
Design Engineer – EMC Focus
Electrical / Electronics Test Engineer
Lab Technician – EMC
Training Methodology
Practical, industry-oriented training
Hands-on EMC testing and measurement
Real-world design and compliance examples
Simple, application-focused teaching
Interview-focused preparation
Certification
Certificate in Electromagnetic Compatibility (EMC)
Issued by Pertecnica Engineering
This certification validates your practical competence in EMC design, testing, and compliance.
Why Choose Pertecnica Engineering
Industry-aligned EMC curriculum
Trainers with real-world EMC testing and product compliance experience
Hands-on laboratory exposure
Suitable for freshers and working engineers
Strong employability and industry focus
Same syllabus for the following courses
Electromagnetic Compatibility Training
EMC Course for Engineers
EMI and EMC Testing Training
EMC Design and Compliance Course
Industrial EMC Training