Rajendra Joshi

Indira Gandhi Centre for Atomic Research

Papers

Total Citations

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About

Rajendra Joshi is a materials scientist whose work focuses on the design and development of advanced soft actuators and stimuli-responsive polymers. His research centers on creating high-performance, solvent-free thermoresponsive materials that can undergo controlled and reversible shape morphing—a critical capability for next-generation soft robotics and biomedical devices. Joshi’s most-cited paper, “Controlled shape morphing of solvent free thermoresponsive soft actuators” (2020, 12 citations), addresses a key limitation of conventional poly(N-isopropylacrylamide) (pNipam)-based actuators: their reliance on aqueous environments, which restricts practical use. By engineering solvent-free systems, he has opened new pathways for robust, tunable actuation in dry conditions. While his citation count is still growing, this foundational work has already attracted attention for its potential to overcome longstanding barriers in the field. Joshi’s contributions are particularly notable for their emphasis on real-world applicability, bridging fundamental polymer science with engineering challenges. His research continues to inspire efforts toward more durable, controllable, and versatile soft materials for adaptive technologies.