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About

Monish Koshy is a robotics researcher whose work centers on the design, analysis, and development of hybrid locomotion mobile robots capable of navigating both terrestrial and aerial environments. His research addresses a fundamental limitation in mobile robotics — the restricted capability of single-locomotion systems on complex or irregular terrain — by pioneering the integration of multiple locomotion mechanisms into unified robotic platforms. Koshy's most significant contribution is the conception and realization of HyLMoR (Hybrid Locomotion Mobile Robot), a quadruped-aerial hybrid system that combines ground-based and flight-based mobility to enhance maneuverability, stability, and operational flexibility across diverse environments. His foundational 2018 paper on kinematic design and simulation of this hybrid architecture has garnered 8 citations, while the subsequent manufacturing and testing paper from 2020 has accumulated 7 citations, reflecting a growing interest from the robotics community in his approach. Across his body of work, Koshy demonstrates a methodical progression from theoretical kinematic modeling and mechanical analysis to physical prototyping and experimental validation. His research holds particular relevance for applications in search and rescue, exploration, and surveillance, where adaptable locomotion is critical. With a total citation footprint exceeding 20 references, his contributions represent a meaningful advancement in hybrid robotic mobility systems.