Power Supply Design Workshops, Seminars & Training Courses


Learn how to systematically find, debug, and fix EMC problems using real measurement techniques and intensive hands-on laboratory work in this practical EMC Debugging Workshop.

Unlike traditional EMC courses that rely mainly on theory and front-of-class demonstrations, every participant actively works with professional EMC equipment to measure, diagnose, and solve real EMC problems

This four-day workshop takes participants from EMC fundamentals to advanced debugging techniques through a clear, step-by-step learning path.


Designing a reliable DC-DC power supply requires far more than theory. This practical, engineer-focused workshop guides you step by step from the initial specification through to complete component selection and a fully defined hardware design. Real calculations, trade-offs, and design decisions are explained clearly and simply.

Using a complete Buck converter example, you will learn how to confidently choose key components, apply appropriate safety margins, and follow industry-proven design methods. By the end of the training, you will be able to design a working power supply from start to finish with real-world confidence.


Learn how to design stable and robust power supply control loops in a systematic and scientific way in this easy-to-follow hands-on workshop.

This four-day workshop teaches control loop design in a clear, step-by-step manner, supported by numerous real-life industrial design examples and hands-on labs.

Participants will work in our well-equipped laboratory using professional measurement equipment and real training hardware.


Learn to design DC/DC and AC/DC EMI filters from the ground up in this in-depth workshop.

Starting from first principles, you’ll design input and output filters that meet the requirements for passing the EU’s conducted-emissions EMC tests, following a clear, step-by-step, methodical process.

Unlike theory-based EMC courses, this workshop is fully hands-on, with every participant using professional EMC equipment to design and validate their own EMC filters. â€‹


As modern power architectures for AI, servers, and data center infrastructure become increasingly sophisticated, effective digital control techniques are essential for achieving stability, efficiency, and dynamic performance. This workshop guides participants through the design of stable digital control loops in both voltage mode and current mode configurations, as well as digital PFC for DC DC, server, data center, and offline applications. Participants then design, code, implement, and test several digital power supplies, including digital PFCs, in a well equipped laboratory environment.

Laboratory activities are based on the STM32 microcontroller product line, while the underlying design methods remain transferable to any MCU platform. This intensive hands on format ensures that all theoretical concepts are applied directly through practical work on real digital power supplies and PFC systems.


Register to receive invitations to our workshops

Since 2008 Biricha has run highly popular hands-on workshops and industrial seminars. Some of the companies who have attended our workshops include: