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About

P. Krishnankutty is a researcher whose work sits at the compelling intersection of biomimetics, marine robotics, and autonomous vehicle control. His research focuses primarily on bioinspired propulsion systems, autonomous underwater vehicles (AUVs), and the application of intelligent control strategies to complex robotic platforms. With a growing body of work that has accumulated over 50 citations, Krishnankutty has made meaningful contributions to both theoretical and applied aspects of underwater and aerial locomotion engineering. His most influential work — a 2020 review of biomimetic flexible flapping foil propulsion systems across different planetary bodies — has garnered 25 citations and reflects his ambitious scope, bridging Earth-based marine engineering with extraterrestrial exploration contexts including Mars, Titan, and Europa. His 2016 study on genetic algorithm-tuned fuzzy logic controllers for AUV steering control demonstrates his expertise in computational intelligence applied to autonomous systems. Further contributions include hydrodynamic analyses of flapping foil propulsion for surface and underwater vehicles, and mathematical modeling of Biomimetic AUVs (BAUVs). Collectively, Krishnankutty's research advances sustainable, efficient propulsion paradigms inspired by nature, offering promising pathways for next-generation autonomous exploration vehicles both on Earth and beyond.