Darshankumar Pandit's Linkedin Analytics

I write codes that drives motors in Electric Vehicles, Hybrid Aircrafts, Elevators, Wind-Turbines, Pumps, Compressors and much more! I develop control blocks and algorithms for 3-phase electrical drives (PMSM, IPM, Induction/Reluctance motors etc.) I am an Electrical Engineer with keen interest in design, development and research in following fields: * Electrical Machines * Electric Drives * Power Electronics * Electromagnetism * High Voltage Engineering and Physics. The challenging projects of Power Electronics, Electric Machines and Drives in the fields like aerospace, automotive, oil & gas and renewable systems are very interesting, and I believe that my strong research interests, work experience and education motivates me to push all boundaries and solve large scale real world problems. With sound knowledge of motor & drive system design and control algorithm developments, and a knack for PM machines, I excel at modelling, simulation & analysis of the designs using standard softwares. I take initiatives and have the ability to lead research projects. For control system developments, I've the knowledge and experience of Motor Control Techniques like FOC and DTC implementation in Embedded systems, Microcontroller based platforms. This is cherished with an excellent knowledge on C development with proficiency in model based design with MATLAB/Simulink environment. Similar exposure is gained on HW schematics. Areas of expertise: Development of Electrical Machines & Drives, Development of high power electronics converters – Hardware & Software, Control System & embedded firmware for Power Electronic applications, Development of digital and analog hardware electronics for power electronics systems, Motor controllers for EV powertrains, Regenerative Braking, Generator controllers for HEV powertrains, Front End Converters, Converters for More Electric Aircraft (MEA), Grid integration of renewable energy systems, Sensored & Sensor-less control algorithm implementation, DC-DC Converters, Design of PM BLDC Machines, Dynamic modelling, simulation & analysis of electromechanical systems. Disclaimer: Views expressed are personal, and do not reflect opinions from present or previous employers. Nice to see you!