Ashwani Sahu

Papers

Total Citations

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About

Ashwani Sahu is a robotics researcher whose work bridges accessible hardware design and practical human-robot interaction. His most cited study, "Human Assistance Robot by Using Arduino" (2017), demonstrates a low-cost, open-source platform for assistive robotics, leveraging Arduino microcontrollers to create functional prototypes that aid individuals with mobility or daily tasks. This contribution has garnered 7 citations, reflecting its value in educational and hobbyist robotics communities. Sahu’s research centers on developing affordable, user-friendly robotic systems that can be replicated with minimal resources, emphasizing real-world assistance over theoretical complexity. His work highlights the potential of democratized technology, making robotics more approachable for students and small-scale developers. By focusing on Arduino-based solutions, Sahu has contributed to a growing movement that prioritizes accessibility in engineering, enabling broader participation in assistive device innovation. His achievements underscore a commitment to practical, humanitarian applications of robotics, inspiring future researchers to explore how simple, cost-effective designs can address pressing societal needs.