Neerja Thakkar

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About

Neerja Thakkar is a rising star in the field of legged robotics, whose work reimagines the role of a robot’s arm. Rather than viewing a manipulator as a mere liability for locomotion, Thakkar’s research reframes it as a dynamic asset—a functional “tail” that promotes postural stability. Her key contributions lie at the intersection of bio-inspired design and dynamic control, demonstrating how an arm can actively stabilize a legged robot during high-speed movement or under unexpected external perturbations. This insight, drawn from how biological systems evolved additional limbs for balance, has the potential to transform the design of agile, multi-limbed robots. Her most-cited paper, “Manipulator as a Tail: Promoting Dynamic Stability for Legged Locomotion” (2024), has already garnered 7 citations, signaling growing interest in this novel approach. Thakkar’s work is particularly notable for challenging a long-held assumption in robotics—that an arm on a runner is a burden—and instead proving it can be a powerful tool for enhancing mobility and robustness. For students and researchers, Thakkar offers a compelling vision of how rethinking hardware roles can unlock new capabilities in legged locomotion.