Shashwat Sharma

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About

Shashwat Sharma is a researcher focused on advancing robotic manipulation for automated agriculture through innovative structural design and simulation. His primary research areas include the finite element analysis of multi-degree-of-freedom robotic manipulators, material selection for optimal mechanical performance, and the application of cylindrical robotic systems in agricultural automation. Sharma’s major contributions lie in the comparative evaluation of engineering materials—such as steel and aluminum—under diverse loading conditions, demonstrating how material choice impacts the structural integrity and efficiency of 6-DOF cylindrical manipulators. His most cited work, "Design and simulation of 6-DOF cylindrical robotic manipulator using finite element analysis" (2022), has garnered 11 citations, establishing a foundation for his subsequent research. In his 2023 study, "Structural Design and Analysis of 6-DOF Cylindrical Robotic Manipulators for Automated Agriculture," Sharma extends this analysis to address the unique challenges of outdoor, uncontrolled environments, contrasting with traditional factory-based manipulators. This work highlights his commitment to bridging the gap between industrial robotics and practical agricultural solutions, showcasing his impact in developing robust, material-optimized designs for emerging automation needs.