Smitha Rao

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About

Dr. Smitha Rao is a pioneering researcher at the intersection of bioelectromagnetics and micro-electro-mechanical systems (MEMS), whose work is redefining the interface between living tissue and engineered devices. Her primary research areas include wireless power transfer for implantable medical devices, bioelectromagnetics, and thermal MEMS actuators. Rao’s most impactful contribution is her seminal 2015 paper, "Body Electric: Wireless Power Transfer for Implant Applications," which has garnered 72 citations and explores how the electrical properties of biological cells can be harnessed to restore and repair physiological functions. This work directly addresses the challenge of powering next-generation implants without bulky batteries. Additionally, her 2010 study on "Electro-Thermal Analysis of In-Plane Micropump," with 14 citations, advances the design of MEMS-based thermal actuators for precise fluid control in biomedical applications. By merging deep insights into electrophysiology with innovative MEMS design, Rao is paving the way for smarter, safer, and more effective implantable technologies. Her research holds transformative potential for improving human health through bio-integrated electronics.