Isaac Ndawula

Egypt-Japan University of Science and Technology

Papers

Total Citations

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About

Isaac Ndawula is an agricultural robotics researcher whose work focuses on the design and development of automated transplanting systems for horticultural and agricultural applications. His research addresses a critical challenge in modern farming: the labor-intensive, time-consuming, and costly process of manually transplanting pot seedlings from seedling trays into growing media, whether in greenhouse environments or open agricultural fields. Ndawula's most notable contributions include the conceptual design and kinematic analysis of a novel open-field 3-DOF multi-gripper pot seedlings transplanting robot (2018), which has garnered 10 citations, and the optimum design and finite element analysis of a hybrid parallel-deployable structure-based 3-DOF multi-gripper translational robot (2019), cited 4 times. Together, these works demonstrate a sustained research trajectory aimed at improving transplanting accuracy, speed, and consistency through innovative robotic mechanisms. His engineering approach combines kinematic modeling, structural optimization, and finite element analysis to develop partially decoupled robotic systems capable of replacing manual labor with precision automation. For students and researchers in agricultural engineering and robotics, Ndawula's work represents a valuable contribution to the growing field of smart farming and mechanized horticulture.