Aloka Mohapatra

WORK HISTORY

EDUCATION

ABOUT ALOKA MOHAPATRA

Received an M.S degree in Electrical Engineering from IIT Madras with Power Electronics as the field of specialisation. I also worked for Log9 Materials Private Limited in Research and Development Team for developing a Hybrid Power Generation System incorporating Aluminium Fuel Cell and Lithium battery for Electric Vehicles. A highly committed individual who has taken up challenges and transformed an invention idea into an end product during her research experience in IIT Madras. Technical Expertise : 1. 3+ years Experience with Power electronics applications in Industries and Grid during my research studies in IIT Madras : Implementation of Active Filters, STATCOM (VAR Compensator), Active Front End Converters using Si IGBT and SiC MOSFET devices. Studying the behaviour of different models, topologies along with controllers with the help of Simulation in MATLAB Simulink. Implementation of PI and Hysteresis Controllers in hardware. Testing and troubleshooting of Gate Drivers, Si IGBT and SiC MOSFET modules. Coding in Texas Instruments based TMS28335 and TMS570x micro controller board using Code Composer Studio software and Halcogen software. Testing and troubleshooting of hardware setup from dumping code in micro-controller till working model. FFT analysis of current waveform. Experience with Patent Search using Orbit Intelligence. Writing and editing reports, paper and making presentation with Latex software. PCB design with Altium and Diptrace softwares. Schematic Design in Orcad Capture and Implementation of Digital Logic on Altera Boards using Quartus software. Simulation of AFC and LFP Battery based Hybrid Power Generation System and AFC AND LTO Battery based Hybrid Power Generation System in MATLAB under varying load demands, varying AFC power generation and different battery charge levels. Schematic capture, footprints and component creation as well as PCB Board Layout of Power Supply Boards using Altium Designer 14. AFC Cell Monitoring System in which faulty AFC cell can be identified through UART communication between AFC cell and PC via TMS570x microcontroller and TI based battery monitor BQ76PL455A.