Diploma in SiC/GaN Traction Inverters: Topologies and Control

Diploma in SiC/GAN Traction Inverters: Topologies and Control

This course focuses on advanced power electronics, exploring the latest inverter technologies using silicon carbide (SiC) and gallium nitride (GaN). It delves into the study of inverter topologies optimized for high efficiency and power density, including pulse width modulation (PWM) control and advanced strategies. The diploma program covers the analysis of traction applications, simulations, and prototype designs, enabling participants to develop skills in using simulation tools such as PSIM or similar software, and in understanding the technical challenges in the design and implementation of broadband semiconductor-based inverter systems.

The program offers a hands-on approach with dedicated laboratories for the experimentation and evaluation of control systems, with an emphasis on digital modeling and control. Participants gain knowledge in thermal management and the selection of appropriate components, preparing professionals for roles such as power electronics design engineers, inverter specialists, and traction system analysts, enhancing innovation capabilities in sectors such as automotive, industrial, and renewable energy.