I am currently working toward my PhD at University of Idaho under the supervision of Dr. Brian K. Johnson. The current focus of our research is on “Wide area power flow control on conventional and superconducting DC transmission systems”.
This work is motivated by the renewed interest in high voltage DC transmission of renewable energy and also recent development of Compact, high-energy density, high-temperature superconducting (HTS) cable that is intended to open new markets for HTS cables and also by the renewed interest in HTS cables as future candidate for renewable energy transmission.
Prior to joining Dr. Johnson’s group, I was power system software developer working with GridStat group. There I worked on real-time analysis engines for wide area oscillation monitoring systems that used Synchrophasors data.
Aside from my recent works, I have worked on controller designs for various applications from Unmanned Aerial Vehicles (UAV), Autonomous Underwater Vehicles (AUV), Decentralized Resource Allocation Processes to Electric Power Systems.
About Me