Worked on the development of multiphysics sensor array for power electronic converter prognostics for electric vehicle applications
Created a sensing platform to quantify the health status of power electronic modules within electric vehicle drive systems, using an array of multi-physical sensors to generate a spatially sparse IMAGE of measurements. This IMAGE consisted of temperature, electrical quantities (V, I, Z), mechanical displacement (wire bond movement/device deformity) at different time scales
Collaborated with four universities and two industrial partners
Developed an integrated approach to voltage and/or frequency control, and demand response in distribution networks by autonomous control of power electronic compensators to increase the number of renewable energy units and electric vehicle charging stations in a power system.
Reviewed papers for IEEE Transactions on Smart Grids, IEEE Transactions on Power Delivery and IEEE Transactions on Sustainable Energy