The Journey of Priyanka Das: From Aspiring Engineer to Innovator in Robotics and Manufacturing
I, Priyanka Das, was born with an insatiable curiosity for understanding how things work. Growing up in India, I was drawn to the intricate workings of machines and the elegance of electrical systems. This passion guided my academic pursuits and shaped the trajectory of my professional life.
Early Life and Education
I began my academic journey at Vellore Institute of Technology, where I earned a Bachelor’s degree in Electrical and Electronics Engineering. I served as a student representative and captain of the women’s sports team, showcasing my leadership and teamwork skills both in academics and athletics.
Seeking to deepen my expertise, I pursued a Master’s in Electrical Engineering with a focus on Robotics at the University of Cincinnati. This phase of my life was a blend of rigorous academic challenges and cutting-edge research. I delved into advanced topics such as autonomous vehicle navigation, simultaneous localization and mapping (SLAM), and robot control systems. A recipient of the prestigious Graduate Incentive Award, I honed my technical skills while contributing to the academic community.
Professional Odyssey
After completing my education, I joined Tesla Inc as a controls Engineer.I contributed in, developing automation programs for inverter and battery manufacturing lines. My tenure involved minimizing cycle times for robotic processes, commissioning production lines, and solving complex issues in Twincat software. The experience fortified my expertise in PLC programming, robotics, and manufacturing optimization.
Currently, I serve as a Manufacturing Controls Engineer at Ford Motor Company. My role demands a strategic blend of technical proficiency and collaboration, as I oversee controls engineering deliverables for global programs and resolve challenges related to timing, cost, and feasibility.
Innovations and Research Contributions
Innovation has always been at the heart of my endeavors. My research includes pioneering studies in localization accuracy, sensor fusion techniques, and robust GPS-denied navigation systems. My publications reflect a dedication to advancing technologies that empower autonomous systems, contributing to fields ranging from electric vehicle manufacturing to unmanned aerial vehicles.