Seminar Description: Magnetic component design increasingly relies on 3D Finite Element Method (FEM) simulations, yet many engineers approach FEM as a “black box” that either gives them numbers or gives them headaches. This seminar demystifies the process. Aimed at magnetic design engineers ranging from no prior FEM experience to intermediate level.
We start with the core paradigm: understanding what FEM actually computes, how advanced numerical methods can improve it, and why mesh quality, material data, and modeling choices shape results far more than the choice of tool. From there, we move on to numerical limitations, common pitfalls, and best practices. A “Simulation Wizard” framework will be introduced - a structured guide for selecting the right models based on design intent, accuracy needs, and available data. Participants will then see simulation results benchmarked against validation studies, followed by a discussion of discrepancies and how to interpret them constructively.
The seminar concludes with a pragmatic discussion on when FEM is worth the effort (and when it’s not), and a forward-looking look at emerging applications such as integrated magnetics for power supply on chip (PwrSoC) technologies. Attendees will leave with sharper intuition, practical workflows, and a healthier respect for what FEM can and cannot deliver.
