Pallavi Phadatare

Institution of Electronics and Telecommunication Engineers

Papers

Total Citations

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About

Pallavi Phadatare is a robotics researcher whose work centers on bio-inspired design and autonomous navigation for search and rescue applications. Her most cited contribution, "Modular Snake Robot with Mapping and Navigation: Urban Search and Rescue (USAR) Robot" (2015, 23 citations), introduces a hyper-redundant snake robot modeled after biological snakes. This design capitalizes on the snake’s inherent stability and terrain adaptability, offering a compelling alternative to wheeled or legged robots for navigating rubble and confined spaces in disaster zones. By integrating modular construction with mapping and navigation capabilities, Phadatare’s work addresses a critical need in USAR robotics: creating systems that can traverse unpredictable environments without losing locomotion or sensing. Her research bridges mechanical design and autonomous control, demonstrating how biomimicry can solve real-world mobility challenges. With 23 citations, this paper has informed subsequent work in snake robot locomotion and disaster robotics, marking Phadatare as a contributor to the advancement of resilient, terrain-agnostic robotic platforms. Her achievements highlight the potential of hyper-redundant systems to transform emergency response and hazardous environment exploration.