Each module combines video lessons with in-depth technical articles. Progress from EM fundamentals through to full standards compliance.
Module 1
Introduction to EMI/EMC
What electromagnetic compatibility means, how it affects product design, and the regulatory landscape your product must navigate.
Module 2
Electromagnetic Fields
EM waves, the electromagnetic spectrum, how fields behave in conductors, and how they propagate through a PCB — the physics behind every EMC problem.
Module 3
Signal Integrity
Signal propagation, impedance fundamentals, frequency effects, return currents, crosstalk, and stackup design — all connected.
Module 4
Power Delivery Networks
PDN fundamentals, anti-resonance effects, and decoupling strategy — so your power planes don't become EMI antennas.
Module 5
Emissions Control
Differential vs common-mode currents, radiated emissions, and conducted emissions — understanding where the noise actually comes from.
Module 6
Immunity & Transient Protection
ESD design and protecting your board from the external interference it will face in the field.
Module 7
EMI Filter Design
Filter principles, configurations, component limitations, and a full design methodology with worked examples for differential and common-mode filters.
Module 8
Real PCB Design Reviews
Live reviews of real boards: motherboard, System on Module (SOM), MPPT solar charger, STM32 project, and sensor board.
Module 9
Electromagnetic Simulation
How to use simulation to predict EMC problems before fabrication — tools, techniques, and how to interpret the results.
Module 10
EMC Pre-Compliance Testing
Near-field probe techniques for pre-compliance testing — find problems in your own lab before they show up in the chamber.
Module 11
EMC Standards & Compliance
CE marking, FCC, and a complete designer-focused walkthrough of IEC 61000. Know what the standards actually require.
