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About

Vineeth Kumar Bandari is a pioneering researcher at the forefront of miniaturized robotics and intelligent microsystems. His work centers on system-engineered miniaturized robots (SEMRs), wireless power transfer for microactuation, and printable piezoelectric multifunctional devices. Bandari’s most influential contribution is the development of a flexible microsystem capable of controlled motion and actuation via wireless power transfer, which has garnered 120 citations and represents a foundational step toward untethered, autonomous microrobots. He has also advanced the field through his comprehensive review on SEMRs, which charts the evolution from simple structures to intelligent, soft-shelled robots with integrated awareness and functionality. Notably, his recent work on Si chiplet–controlled 3D modular microrobots demonstrates smart communication in natural aqueous environments, a critical achievement for biomedical and environmental applications. Bandari’s research on monolithic integration of printable PVDF-TrFE piezoelectric devices further showcases his ability to merge sensing and actuation in low-voltage, scalable platforms. With a growing citation impact and a trajectory toward intelligent, modular microrobotics, Bandari is shaping the next generation of tiny, smart machines that operate in the real world.