Cutting-edge magnetics to accelerate the energy transition.

We advance research in magnetic materials, modelling, and power electronics for a smarter, efficient future.

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Project

Advancing magnetics for sustainable energy systems

Cutting-edge magnetics to accelerate the energy transition through research, training, and innovation
MAGNIFY strengthens European excellence in power electronics by advancing magnetic materials, modeling, and design for efficient energy conversion. Through an interdisciplinary approach and the training of 15 Doctoral Candidates, the project contributes to global energy efficiency, renewable integration, and sustainable technological innovation.
est.
2012

A decade of expertise

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We advance in applied knowledge

Research lines driving innovation in materials and power electronics
Our work is structured around three complementary areas ranging from the design of advanced magnetic materials to multiphysics simulation and the comprehensive development of next-generation electronic systems.
Tailoring new sustainable magnetic materials

WP1 Tailoring magnetic materials

  • Advanced materials.
  • Experimental characterisation.
  • Comply with device requirements.
  • Sustainable processes.
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Computational multi-physical modelling and simulation

WP2 Computational multi-physical modelling

  • Bandwidth aware insight on physics interactions.
  • Reduced-order models of functional blocks.
  • Co-simulation: critical circuit coupling.
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WP3 Holistic design of modern power electronics

  • From material to device.
  • Model-based design & optimisation.
  • Integrated electromagnetic & thermal constraints.
  • Electromagnetic compatibility.
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  • Constant innovations
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Applied research and advanced development

Projects integrating materials, modelling and design for a new generation of power electronics
Each project falls within one or more lines of research (WP1–WP3) and addresses topics ranging from the development of advanced magnetic materials to the optimisation of complex electronic systems through multiphysics modelling, simulation and holistic component design.
  • Top industry specialists
  • 100% Money back guarantee
  • Constant innovations
  • Complex solutions
  • Flexible prices
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Planned PhDs

  • Advanced soft magnetic composites with ferrite insulation (WP1-2)
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  • MnZn ferrites for HF power converters & dimensional dependencies of their magnetic properties (WP1-2)
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  • Magnetic losses in cores for power electronics: characterisation and physical modelling (WP1-2)
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  • High-frequency reduced-order models of passive components with novel magnetic materials (WP2)
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  • Design of inductors using time-domain loss models, including dynamic hysteresis models (WP2-3)
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  • Capacitive effects on windings in magnetic components (WP2-3)
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  • Harmonic-balance multi-physical FE and circuit simulator for PE converters (WP2-3)
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  • Optimal 3-D modelling of magnetic components in resonant power converters for accurate leakage inductance estimation (WP3)
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  • Harnessing time-domain loss models in model-based control (WP3)
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  • Development of novel integrated filter designs for next-gen multi-MW electrification applications (WP3)
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  • Exploring advanced manufacturing techniques for next-generation compact inductive components (WP3)
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  • Integrated magnetic and thermal design of high-frequency magnetics with interfaces to optimise power electronic systems (WP3)
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  • Modelling and design of EMC magnetics for high-frequency, wide-bandgap power converters (WP3)
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  • Optimal combination of insulation and thermal management for magnetic components (WP3)
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  • Modelling & Optimization of Active Cooling Solutions for HF High Power Density Magnetics (WP3)
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Latest News & Events

MAGNIFY kicks off its journey toward the future of energy

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October 20, 2025

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