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Ajay D. Thakur is a pioneering researcher in the field of microrobotics and biomedical engineering, with a primary focus on nonprehensile magnetic micromanipulation of large microscopic biological objects. His most influential work, "A feedback-based manoeuvre planner for nonprehensile magnetic micromanipulation of large microscopic biological objects" (2021, 17 citations), introduces a sophisticated control strategy that enables precise, automated manipulation of cells and biological specimens using ferromagnetic microrobots. This contribution addresses critical challenges in handling delicate objects in fluid environments, offering a robust solution for targeted cell transport and assembly. Thakur's earlier foundational study, "A Robotic Tool for Magnetic Micromanipulation of Cells in the Presence of an Ambient Fluid Flow" (2019, 2 citations), laid the groundwork by developing an image-guided tool that compensates for ambient disturbances, enhancing manipulation accuracy. His recent work on "Halloysite nanotube modified piezo-electric hydrogel with multi-functional properties" (2025, 3 citations) expands into smart materials, integrating nanotechnology with responsive hydrogels for advanced biomedical applications. With a cumulative citation impact of over 22, Thakur's research bridges robotics, materials science, and cellular biology, offering transformative tools for drug delivery, tissue engineering, and single-cell analysis. His achievements underscore a commitment to solving complex biological manipulation problems through innovative, feedback-driven robotic systems.