Papers
4
Total Citations
93
H-Index
4
About
Manish Saroya is a robotics researcher whose work pushes the boundaries of autonomous exploration in extreme, unstructured environments. His primary research areas include subterranean robotics, multi-robot systems, and novel snake robot design. Saroya’s most significant contribution is a comprehensive approach to subterranean exploration using a resilient, modular team of roving and flying robots, a landmark paper that has garnered 50 citations for addressing the complex mobility, communications, and navigation challenges of underground spaces. He has also pioneered methods for faster, more intelligent exploration, such as using topological CNN-based world predictions to guide robots through unknown tunnel networks—a technique that earned 27 citations for its ability to leverage subtle structural cues. Beyond subterranean work, Saroya has made notable contributions to snake robot locomotion, designing the Omni-directional Spherical Modular Snake Robot (OSMOS) and its compliant successor (COSMOS). These highly articulated robots simplify control and motion planning for traversing flat and obstacle-filled terrain, showcasing his talent for bridging hardware design with complex mathematical modeling. Saroya’s work is essential reading for anyone interested in resilient autonomy, multi-agent coordination, or innovative robot morphology.
Research Focus
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