Mahfoozur Rehman

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About

Mahfoozur Rehman is a researcher whose work sits at the intersection of agricultural technology and bio-sensing, with a particular focus on non-destructive quality assessment. His most influential contribution is the development of an impedance spectroscopy technique for evaluating fruit ripeness, as detailed in his highly cited 2011 paper (63 citations). This pioneering study introduced a method using a two-terminal probe and an LCR meter to measure the bulk electrical properties of fruits, enabling the precise determination of optimal harvest time without causing damage. By providing a non-invasive, objective alternative to traditional visual or manual inspection, Rehman’s work has significant implications for automated agriculture, particularly in guiding robotic harvesting arms. His research bridges the gap between fundamental dielectric physics and practical post-harvest management, offering a scalable solution for improving fruit quality control and reducing waste. This foundational contribution has established Rehman as a key figure in the application of impedance spectroscopy to smart farming and precision agriculture.