Jordan Kurian Kuruvilla

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About

Jordan Kurian Kuruvilla is a researcher specializing in robotic manipulator design, finite element analysis, and agricultural automation. His work focuses on advancing the structural integrity and material optimization of cylindrical robotic arms, particularly for applications in automated agriculture—a field where traditional industrial manipulators, typically built from steel or aluminum for controlled factory environments, fall short. Kuruvilla’s major contributions include pioneering the use of finite element analysis to simulate and compare the performance of various engineering materials under diverse loading conditions, enabling the design of more resilient, lightweight, and cost-effective 6-DOF cylindrical robots. His most-cited paper, “Design and simulation of 6-DOF cylindrical robotic manipulator using finite element analysis” (2022), has garnered 11 citations, reflecting its foundational impact on robotic structural design. A subsequent study, “Structural Design and Analysis of 6-DOF Cylindrical Robotic Manipulators for Automated Agriculture” (2023), extends this work by evaluating material alternatives for outdoor, variable-load environments, earning 2 citations as an emerging contribution. Kuruvilla’s research bridges mechanical engineering and precision agriculture, offering scalable solutions for sustainable farming automation.