Nagababu Koganti

Nagababu Koganti is a Controls Consultant at KineticAI. Prior to that, they were a Graduate Assistant at The University of Toledo from May 2016 to December 2018. There, they designed, simulated and tested high power switch mode power supplies at higher switching frequencies (in order of MHz). Nagababu also developed EMI/EMC filtering techniques to mitigate noise in converter topologies (fly-back, full bridge, PFC, LLC). In addition, they have experience in AC motor speed control (direct torque control (DTC), field-oriented vector control (FOC)).

Koganti is also experienced in three-phase transformer operations, reactive power compensation, load bus design, and one-line diagrams. Nagababu is proficient in the behavioral modeling of GaN HEMT, SiC devices, and IGBTs, FETs in a simulation environment. Nagababu has also provided design solutions and analysis in high-frequency DC-DC, DC-AC converter circuit design, and class D amplifiers.

Some of their other notable accomplishments include designing a multilevel AC inverter with a switching algorithm using embedded C programming in the Keil C environment and documenting research reports, external journal publications, and application notes. Nagababu has also maintained up-to-date knowledge on industry and technical developments of audio power electronics product-lines.

Nagababu Koganti's educational career began with secondary education at St.Joseph's EM School. Nagababu then went on to study electrical and electronics engineering at Koneru Lakshmaiah College of Engineering, where they earned their Bachelor of Technology (B.Tech.) degree. Finally, they earned their Master's degree in power electronics and energy systems from The University of Toledo.