Registration Deadline: 17 June 2026

The increased use of wide bandgap devices in power electronic converters enables higher switching frequencies, miniaturisation of passive components and reduced switching losses. This push towards higher energy densities has led to more pressure placed on the volume and thermal constraints of the magnetic components used for energy storage, isolation and filtering, requiring the development/selection of advanced materials and construction processes, as well as optimised design of the magnetic path, winding arrangements and cooling strategy.

Modelling and simulation techniques of electrical, mechanical and thermal parameters are now crucial to evaluate improved designs in advance of manufacture, especially for applications where a high level of integration is required.

This workshop aims to address these challenges by bringing together experts from industry and research, in order to present and discuss the wide range of topics at both component and application levels. The speakers will provide an update on the newest advances and, through discussions, jointly identify opportunities for further developments.

The workshop is aimed at a wide range of audience from beginners looking for an overview of the state-of-art of this challenging field, to experienced practitioners looking for the latest developments in materials and techniques of design, construction and modelling.

All presentations and discussions will be in English.