C. Gowtham

Papers

Total Citations

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About

C. Gowtham is a robotics researcher whose work focuses on the design and application of advanced locomotion systems for challenging terrestrial environments. His primary research area centers on the adaptation of NASA's rocker bogie mechanism—a proven suspension system used in Mars rovers—for use in multipurpose all-terrain vehicles on Earth. Gowtham's major contribution lies in demonstrating how this space-grade technology can be effectively repurposed for civilian and industrial applications, enabling rovers to traverse rugged, uneven surfaces with high precision and efficiency. His most-cited paper, "Unmanned multipurpose all terrain rover using rocker bogie mechanism" (2021), has garnered 10 citations, reflecting its foundational role in bridging aerospace engineering with practical robotics. This work showcases his ability to translate complex mechanisms from extraterrestrial exploration into accessible, functional designs for real-world use. Gowtham's research is particularly notable for its emphasis on versatility, aiming to create rovers capable of tasks ranging from surveillance to disaster response. By merging proven engineering principles with innovative applications, he continues to contribute to the growing field of autonomous ground vehicles, inspiring future work in adaptive robotic mobility.