Mohan Awasthy

Papers

Total Citations

H-Index

About

Mohan Awasthy’s research lies at the intersection of robotics, embedded systems, and intelligent automation, with a focus on creating practical, hardware-driven solutions for real-world challenges. His work spans the design of automated robotic arms, obstacle detection systems, and mobile robot navigation. Awasthy’s most cited paper, “Automated Electric Arm with FPGA Processor and Embedded Systems” (2023), demonstrates his expertise in integrating field-programmable gate arrays with embedded control to enhance robotic precision and adaptability. His earlier contributions, including “Automatic Obstacle Detection using Image Segmentation” (2014) and “Mobile Robot Path Planning: A review” (2013), reflect a sustained commitment to advancing autonomous navigation and perception. Though his citation counts are modest—totaling 9 across his top papers—his work is notable for its hands-on, application-oriented approach, bridging theoretical algorithms with deployable hardware. Awasthy’s research is particularly relevant for students and engineers interested in low-cost, efficient robotic systems, and his publications in venues like i-manager’s journals highlight his dedication to disseminating practical knowledge in emerging engineering fields.