Anna Corbitt, senior research assistant, has assumed a new role as test engineer for the National Center for Reliable Electric Power Transmission.

In her new role, Corbitt will lead testing protocols for advanced electrical systems, ensuring their reliability and compliance with industry standards. She will be deeply involved in projects that aim to enhance the safety and performance of systems critical to industries such as aerospace, telecommunications and electric vehicles. With the rapid evolution of electric vehicles and renewable energy, Corbitt's expertise will be essential in pushing the boundaries of power electronics technology.

The center plays a crucial role in the advancement of reliable, safe and efficient electric power systems. The center collaborates with industries worldwide, developing state-of-the-art technology for various applications, including electric vehicles, renewable energy and smart grid systems.

As global demand for sustainable energy and efficient electric systems continues to grow, the role of test engineers like Corbitt is becoming more critical. From electric vehicles to renewable energy sources, ensuring that power electronics can perform consistently and safely in diverse conditions is a priority for many industries. Test engineers not only verify that systems meet current standards but also anticipate future needs and develop solutions to meet those demands.

A 2017 Murfreesboro High School graduate, Corbitt received her B.S. in engineering-physics from Southern Arkansas University and M.S.E.E. from the U of A. She is currently working toward her Ph.D. She was the recipient of the Distinguished Doctoral Fellowship at the U of A in 2021.

About the National Center for Reliable Electric Power Transmission: This 6-megawatt power electronics test facility at the Arkansas Research and Technology Park in Fayetteville is one of the highest-powered power electronics test facility at any university in the United States. It serves the UA Power Group, among the world's largest programs, consisting of 21 faculty, 11 technical staff, nine administrative staff and 150 graduate students, and their many collaborators focused on advancing the nation's energy-related technology portfolio in transportation, electric power grid and exploration applications.