Papers
2
Total Citations
14
H-Index
2
About
Sai Kiran Oruganti is a pioneering researcher at the intersection of wireless power transfer (WPT), human-machine interfaces, and soft robotics. His work reimagines how energy and sensing can be delivered without physical connections, with profound implications for industrial automation and interactive displays. Oruganti’s most influential contribution, the 2014 paper on “Wireless Energy Transfer: Touch/Proximity/Hover Sensing for Large Contoured Displays and Industrial Applications” (8 citations), introduces a novel touch sensor that leverages near-field waveguide-based WPT. By detecting disturbances in the energy field caused by a human finger’s bioimpedance, his system enables touch, proximity, and hover sensing on large, contoured surfaces—a breakthrough for durable, wiring-free industrial interfaces. Building on this, his invited 2020 work on “3D Printing and Wireless Power Transfer Systems for Soft Robotics Applications” (6 citations) addresses the critical challenge of powering multiple sensors in harsh environments, where traditional wiring is prone to breakage and short circuits. Oruganti’s research elegantly merges electromagnetic theory with practical design, offering scalable solutions for next-generation robotics and smart surfaces. His work continues to inspire advances in contactless sensing and energy delivery.
Research Focus
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Top Papers
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