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About

Shraman Kadapa is a leading researcher in bio-inspired robotics, specializing in underwater locomotion and multi-fin propulsion systems. His work bridges biology and engineering to create more agile unmanned underwater vehicles (UUVs). Kadapa’s most impactful contribution, “Passing the Wake: Using Multiple Fins to Shape Forces for Swimming” (2019, 57 citations), reveals how fish coordinate fin motions and body kinematics to achieve superior maneuverability—insights directly applicable to robotic design. His 2024 study on “Fish robotics: multi-fin propulsion” (18 citations) further explores how fin phase, spacing, and compliance interact to generate time-varying forces, providing a foundational framework for bio-robotic propulsion. Kadapa has also pioneered the use of reinforcement learning to develop novel gaits for bio-robotic systems, as demonstrated in his work on a California sea lion robot (2024, 3 citations). By teaching robots to replicate the foreflipper and body coordination of marine mammals, he opens new pathways for adaptive, efficient underwater locomotion. Kadapa’s research is critical for advancing autonomous underwater vehicles, offering nature-inspired solutions to long-standing challenges in aquatic robotics.