Muhammad Syamir Abu Bakar

University of Nottingham Malaysia Campus

Papers

Total Citations

H-Index

About

Muhammad Syamir Abu Bakar is a rising researcher at the forefront of soft robotics and advanced manufacturing, specializing in 4D printing and smart materials. His work focuses on developing adaptive, bioinspired structures that respond to external stimuli—particularly joule heating—to achieve programmable shape-shifting. Abu Bakar’s major contributions include the design and fabrication of novel 4D-printed soft origami grippers, which transform from flat plates into functional three-dimensional structures capable of delicately gripping a wide variety of objects. His two most-cited papers, both published in 2025, introduce a beak-like origami gripper and a multi-material variant, each leveraging joule heating to trigger self-folding and actuation. These innovations represent a significant step toward lightweight, reconfigurable, and remotely controlled soft robotic systems. While his citation counts are currently modest, reflecting the recency of his work, the originality and practical potential of his designs position him as an emerging voice in the field. Abu Bakar’s research bridges materials science, mechanical design, and robotics, offering promising solutions for applications in manufacturing, healthcare, and beyond.