•Performed scheduled maintenance and preventative repairs on all electrical systems, equipment, and machinery•Coordinated installation of electrical equipment by contractors and plant personnel to meet scheduled completion dates•Analyzed Condition Based Monitoring data of motor, switchboard, and feeder panel and scheduled predictive maintenance•Improved problem analysis by designing an automated Excel sheet to categorical sort issues and applying Pareto analysis on issues detected from Walk-Through Inspection

• Collaborated with other electrical engineers to validate a new power converter design and designing of electrical analysis models• Developed process to evaluate power converters in MATLAB scripts using the given specification and verify soft-switching conditions• Verified the design of power converters in MATLAB Simulink and evaluated the simulation results such as power loss due to switching and conduction

Part of Electric Drives Research team under Professor Dr. A.Karthikeyan.• Designed and developed a 3-phase sine wave clamper for an AC Electric drive application. Used Proteus for simulation and EasyEDA to build the PCB.• Generated control signals for a Voltage Source Inverter using a standalone ATMEGA 328p-pu and MSP430G2553.• Designed and developed a 5V to 12V 20W boost converter using Attiny85 micro controller for teaching fundamental power electronics.

Part of Research team under guidance of Professor Dr. K.V Gangadharan.• Designed and developed a data-acquisition robot.• Led a group of 3 students and completed the design of a smart 3kW buck Converter for an Electric bike application as a part of the course "Open-Source Virtual Instrumentation"