This course offers specialized EMC training in accordance with MIL-STD-461G, designed for technical staff working in defense and space environments. Participants will gain a clear and practical understanding of the main emissions and susceptibility tests, including conducted emissions (CE101, CE102), magnetic field emissions and susceptibility (RE101, RS101), conducted susceptibility on power lines (CS101), electrostatic discharge (CS118), radiated susceptibility (RS103), current injection and transient tests (CS114, CS115, and CS116), and radiated emissions (RE102).

The program combines theoretical foundations with practical demonstrations in an EMC laboratory, covering the applicability of each test, limits, instrument configuration, calibration processes, and results interpretation.

This course provides specialized training on compliance with European Directives on electromagnetic compatibility and radio equipment, an essential regulatory requirement for the marketing of electrical, electronic, and radiocommunication products in the European Union, as well as the proper application of CE marking.

The program combines regulatory foundations with technical content and laboratory practice, covering the definition of the EMC testing plan, the preparation of the technical conformity documentation, conducted and radiated emissions testing, and the main immunity tests. Key metrological concepts such as calibration, traceability, and uncertainty estimation in measurement systems will also be introduced.

When developing new electrical and electronic products, EMC problems usually arise late in the process, once the product is already being tested in the lab. Engineers often spend many hours and resources in the lab, testing countless samples and solutions that do not always yield satisfactory results. This is more challenging when costs and delivery margins are tight and critical. This course focuses on debugging techniques and fundamentals for solving radiated and conducted emissions problems, highlighting methods that engineers can apply in their own workplaces without access to an EMC lab.

The course provides a practical workflow for implementing effective techniques that typically reduce emissions, using relative, repeatable measurement methods to determine the best solution for each product. The target audience for this course is electronic, hardware, validation, quality, or firmware engineers who will eventually transform a failure in the EMC laboratory into an efficient debugging process, accelerating and improving optimal design while minimizing the time, hours, and logistics associated with repeated laboratory campaigns and late redesign.

As you embark on the development of new electrical or electronic equipment, your role in applying specific design techniques aimed at Electromagnetic Compatibility (EMC) is crucial. Your efforts not only save time and money, but also ensure compliance with the EMC directive and standards, leading to a product with high immunity thresholds and reduced emission levels. Your understanding and application of these techniques are what make the difference in today’s technological environments.

This course will cover design methods to control and reduce the effect of electromagnetic interference in electronic systems. All phases of the design are considered, from the conception of the electrical diagram through the design of the printed circuit to considering filtering techniques, shielding or the assembly and distribution of wiring in the equipment.

The courses can be held at your company/ institution, and your staff can be trained there, avoiding travel and logistic expenses for your employees and minimizing interference with their regular work.

Tailor-made courses are budgeted independently of the number of participants. Therefore, you will get a fixed price for as many participants as needed.