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About

Saibal Majumder is a robotics and smart materials researcher whose work sits at the intersection of micromanipulation, bio-inspired actuation, and robotic assembly systems. His research has made significant contributions to the development and application of ionic polymer metal composite (IPMC) actuators and piezoelectric smart actuators, particularly in the context of micro-robotics and precision assembly tasks. Majumder's most impactful work, "SCARA based peg-in-hole assembly using compliant IPMC micro gripper" (2012, 95 citations), demonstrated a practical robotic assembly solution using intelligent compliant mechanisms, establishing him as a notable voice in micro-assembly research. His sustained investigation into bimorph piezoelectric actuators — explored across multiple studies garnering over 40 combined citations — has advanced understanding of force-displacement characteristics critical for delicate industrial and biological cell-handling applications. A distinctive thread in his research is biomimetic engineering: Majumder has pioneered the use of EMG signals to drive IPMC-based artificial muscle fingers, bridging human neuromuscular physiology with assistive and prosthetic technologies. His work on multi-micro manipulation systems and multi-mobile micromanipulation further demonstrates a systems-level thinking that extends individual actuator innovations into coordinated robotic frameworks, offering practical value for next-generation precision manufacturing and medical robotics.