A. Chandrashekhar

Papers

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About

A. Chandrashekhar is a pioneering researcher at the intersection of nanotechnology and robotics, whose work is shaping the future of intelligent automation. His primary research areas include nano-materials and nano-fluids for robotic applications, static and dynamic path planning for mobile and aerial robots, and the force isotropy of spatial parallel manipulators. Chandrashekhar’s most impactful contribution, "Impacts of Nano-Materials and Nano Fluids on the Robot Industry and Environments" (2024, 12 citations), demonstrates how nanotechnology revolutionizes robotic design by enhancing strength, flexibility, and functionality at the nanoscale, offering transformative potential for manufacturing and environmental sustainability. His earlier work on force isotropy (2015, 2 citations) established critical criteria for optimal robot design, ensuring error minimization and uniform force exertion in all directions. Additionally, his investigations into path planning using the A* algorithm (2020, 2 citations) and mobile/aerial robot navigation (2021, 4 citations) advance autonomous systems’ efficiency. With a growing citation impact, Chandrashekhar’s research bridges fundamental robotics theory with cutting-edge nanomaterials, positioning him as a key innovator in next-generation robotics.