Ms. Priyanka Das

Empowering the Future of Smart Energy: Adaptive IoT Power Systems for Intelligent Load Management and Remote Control

Abstract:- 

As the global demand for smarter, more efficient energy solutions accelerates, traditional power infrastructure struggles to keep pace with the needs of modern homes, businesses, and industrial systems. This keynote explores a groundbreaking innovation in smart energy management: the Adaptive IoT Power Plug System. Designed to address inefficiencies in conventional power delivery, this intelligent solution integrates real-time load monitoring, dynamic power prioritization, and secure remote control into a compact, user-friendly device.

Profile:-

Priyanka Das is a Manufacturing Controls Engineer at Ford Motor Company, where she leads automation initiatives for powertrain programs with a focus on standardizing controls architecture and improving cycle times. She brings prior experience from Tesla, where she developed and commissioned PLC automation systems for electric vehicle battery and inverter manufacturing lines. Priyanka holds a Master’s degree in Electrical Engineering with a concentration in Robotics from the University of Cincinnati and a Bachelor’s in Electrical and Electronics Engineering from Vellore Institute of Technology, India.Her research spans intelligent localization in GPS-denied environments, lean manufacturing, and AI-driven control systems, with multiple publications in peer-reviewed journals. She is an invited keynote speaker, editorial board member, and judge for global innovation challenges including NASA’s Conrad Challenge and AIAA Region III. A strong advocate for STEM outreach and diversity, Priyanka actively mentors students, volunteers with community health and disaster relief efforts, and is a member of professional societies including IEEE, SWE, and Sigma Xi.