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About

Mahady Hasan is an emerging researcher whose work sits at the dynamic intersection of robotics, the Internet of Things (IoT), and intelligent automation. With a growing portfolio of highly cited publications, Hasan has established himself as a versatile innovator focused on designing practical, low-cost technological solutions to real-world challenges across agriculture, healthcare, and environmental management. His most notable contributions include an Arduino-based IoT crop monitoring system and a medicine reminder device for elderly patients, both addressing critical societal needs with accessible technology. His robotics work spans an impressive range, from a 12-degree-of-freedom quadruped robot and a gyroscopically controlled robotic arm to specialized machines for floor cleaning, glass-wall scaling, and solar-powered water trash collection — demonstrating a consistent commitment to affordable, purpose-driven engineering. Hasan has also ventured into healthcare robotics with the RI-YA-NA nursing robot and explored deep learning through a CNN-based low-light image enhancement method. Collectively, his ten most-cited papers have garnered over 90 citations, a remarkable achievement for work largely published between 2022 and 2024. His research signals a promising trajectory for a scholar dedicated to making intelligent automation both accessible and impactful.