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About

Catherine Pavlov is a robotics researcher whose work bridges the gap between bio-inspired locomotion and autonomous environmental exploration. Her primary research areas include robotic mobility on challenging terrain, autonomous soil sampling, and the design of climbing mechanisms for unstructured environments. Pavlov’s most notable contribution is the development of T-RHex, a cockroach-inspired hexapod augmented with microspine feet, which enables both rapid ground locomotion and vertical climbing on rocky surfaces. Her paper on this work has garnered 10 citations and is complemented by a subsequent study on microspine design for additive manufacturing (3 citations), advancing the fabrication of climbing robots for planetary exploration. In 2016, she pioneered a robotic approach to mapping post-eruptive volcanic fissure conduits (16 citations), demonstrating the application of her climbing robots in extreme geological settings. Her most recent work (2024, 10 citations) tackles autonomous soil sampling and analysis, addressing the critical need for cost-effective site characterization in environmental remediation. Pavlov’s research on sand-tool interaction and autonomous sand shaping (5 citations) further extends her impact to construction and planetary rovers. Her work consistently pushes the boundaries of what robots can achieve in unstructured, hazardous environments.