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About

Deepak Bapna is a robotics researcher whose work sits at the intersection of field robotics, planetary exploration, and mobile robot systems. He is best known for his central role in the landmark Nomad robot project, a Carnegie Mellon University initiative that sent a planetary-analog rover on an extraordinary 220-kilometer traverse across Chile's Atacama Desert in 1997 — one of the most ambitious field robotics demonstrations of its era. This groundbreaking experiment, which Bapna helped develop and analyze across multiple publications, tested autonomous navigation and remote operation in terrain closely resembling the surfaces of the Moon and Mars, establishing a foundational template for planetary rover research. Beyond autonomous navigation, Bapna made meaningful contributions to mobile robot communication systems, addressing the technically demanding challenge of maintaining high-bandwidth wireless links from robots moving across rough terrain. His work on directional antenna pointing and tracking from mobile platforms — a problem with direct implications for deep-space missions — demonstrated both practical ingenuity and forward-thinking mission design. He also contributed research on solid-state inertial measurement units suited to field robotics environments. With over 180 citations across his body of work, Bapna's research helped lay critical groundwork for the robotic planetary missions that followed in subsequent decades, making him a notable contributor to the formative years of field and space robotics.