Electromagnetic Compatibility and Interference
( 25 Modules )

Module #1
Introduction to EMC and Interference
Overview of Electromagnetic Compatibility (EMC) and Interference, importance, and relevance in modern systems

Module #2
Electromagnetic Spectrum
Understanding the electromagnetic spectrum, frequency ranges, and applications

Module #3
EMC Fundamentals
Electromagnetic principles, Maxwells equations, and electromagnetic wave propagation

Module #4
Types of Electromagnetic Interference
Conducted, radiated, and coupled interference, and their effects on systems

Module #5
Sources of Electromagnetic Interference
Identifying sources of EMI, including intentional and unintentional radiators

Module #6
Effects of Electromagnetic Interference
Understanding the impact of EMI on digital and analog systems, and potential consequences

Module #7
EMC Standards and Regulations
Overview of international and national EMC standards, regulations, and guidelines

Module #8
EMC Testing and Measurement
Introduction to EMC testing, measurement techniques, and instrumentation

Module #9
Conducted Emissions
Understanding conducted emissions, measurement techniques, and mitigation methods

Module #10
Radiated Emissions
Understanding radiated emissions, measurement techniques, and mitigation methods

Module #11
Susceptibility and Immunity
Understanding the susceptibility of systems to EMI, and immunity testing

Module #12
EMC Design for Devices and Systems
Design principles for EMC, including layout, grounding, and shielding

Module #13
Cable and Connectivity EMC Considerations
Understanding the role of cables and connectivity in EMC, and mitigation methods

Module #14
EMC for Power Systems
Power system EMC considerations, including power quality and harmonics

Module #15
EMC for Wireless Systems
Wireless system EMC considerations, including coexistence and interoperability

Module #16
EMC for Medical Devices
EMC considerations for medical devices, including safety and regulatory requirements

Module #17
EMC for Automotive Systems
EMC considerations for automotive systems, including vehicle-to-vehicle and vehicle-to-everything interactions

Module #18
EMC for Aerospace and Defense Systems
EMC considerations for aerospace and defense systems, including MIL-STD and NATO standards

Module #19
EMC Modeling and Simulation
Using simulation tools and modeling techniques for EMC analysis and prediction

Module #20
EMC Troubleshooting and Debugging
Identifying and resolving EMC issues, including debugging techniques and tools

Module #21
EMC for IoT and Wireless Sensor Networks
EMC considerations for IoT and wireless sensor networks, including low-power and low-cost devices

Module #22
EMC for High-Speed Digital Systems
EMC considerations for high-speed digital systems, including signal integrity and radiation

Module #23
EMC for Electromagnetic Pulse (EMP) and High-Powered Electromagnetics (HPEM)
Understanding the effects of EMP and HPEM on systems and devices

Module #24
EMC for Nuclear and High-Energy Environments
EMC considerations for nuclear and high-energy environments, including radiation hardening

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Electromagnetic Compatibility and Interference career

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Electromagnetic Compatibility and Interference ( 25 Modules )

Electromagnetic Compatibility and Interference
( 25 Modules )