Power Electronics

Researchers in this area investigate the design, development, and application of electronic systems that control and convert electrical power. This work involves exploring new semiconductor materials, such as silicon carbide, and advanced circuit topologies, including multilevel inverters and converters, to improve efficiency and performance. Key questions focus on creating smaller, lighter, and more robust power electronic systems for a variety of applications. Research methods include theoretical analysis, computer simulation, and experimental validation of novel designs and control strategies.

This research directly supports Arkansas's economic development by advancing technologies critical to the automotive industry, particularly electric vehicles. Innovations in power electronics are essential for improving the efficiency and range of electric cars and trucks, a sector with growing manufacturing and supply chain presence in the state. Furthermore, efficient power conversion is vital for renewable energy integration, grid modernization, and the operation of advanced manufacturing facilities, all of which are significant economic drivers in Arkansas.

This field connects with work in semiconductor materials and devices, cyber-physical systems security, and experimental learning in engineering. Expertise in power electronics is distributed across multiple institutions within Arkansas, fostering collaborative research efforts.