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About

Otar Akanyeti is a researcher whose work sits at a rich intersection of bioinspired robotics, fish biomechanics, and multi-robot systems. Drawing deeply from aquatic biology, Akanyeti has made significant contributions to understanding how fish sense and navigate their fluid environments, translating these biological principles into practical robotic designs. His investigations into hydrodynamic pressure sensing using artificial lateral line systems — sensors that mimic the mechanosensory organs of fish — have garnered over 119 citations and informed the development of flow-aware underwater robots, including the notable FILOSE biomimetic robot (74 citations). His pioneering work on undulatory swimming kinematics, examining locomotor diversity across numerous fish species (128 citations), has deepened our understanding of efficient underwater propulsion and inspired next-generation robot designs. Akanyeti has also made a substantial mark in multi-robot coordination, with his review of cooperative object transport systems accumulating 221 citations, reflecting its broad influence in the field. His research on accelerating fish revealing how vortex ring geometry enhances propulsive efficiency (85 citations) further demonstrates his ability to extract engineering insight from nature. Collectively, Akanyeti's interdisciplinary approach — bridging biology, fluid dynamics, sensing, and robotics — makes his work essential reading for students and researchers in biorobotics and autonomous systems.