I specialize in powertrain systems for micro-mobility, where I've developed model-based embedded algorithms with closed-loop control systems and field-oriented control. My expertise includes 32-Bit micro controllers, Math algorithms, Communication Protocols, PMSM Motor concepts, Hardware Troubleshooting, and Document preparation. Passionate about driving innovation in sustainable transportation solutions.

During my tenure at Greenerg Mobility Solutions, I served as an Embedded Software Engineer, specializing in the development of Instrument Cluster and Motor Controller Unit (MCU) solutions. My expertise lies in crafting intricate algorithms, including circular buffer optimization, software filtering techniques, closed-loop control system development, precise PI tuning methodologies, and the implementation of Field-Oriented Control (FOC) strategies. These experiences have honed my ability to… Show more During my tenure at Greenerg Mobility Solutions, I served as an Embedded Software Engineer, specializing in the development of Instrument Cluster and Motor Controller Unit (MCU) solutions. My expertise lies in crafting intricate algorithms, including circular buffer optimization, software filtering techniques, closed-loop control system development, precise PI tuning methodologies, and the implementation of Field-Oriented Control (FOC) strategies. These experiences have honed my ability to deliver robust and efficient solutions in complex embedded systems environments. Show less

As a part of my industrial project in my post graduate degree, I done my internship with a prominent instrument cluster manufacturer, Greenerg Mobility Solutions. In my tenure of three months, I had acquired hands on experience in embedded programming, UART & I2C protocol, hardware troubleshooting, and document creation. This opportunity enriched my understanding of instrument cluster development, offering valuable insights into the workings of the industry.