Omar Faruk Emon
Papers
5
Total Citations
94
H-Index
4
About
Omar Faruk Emon is a rising leader in soft robotics and additive manufacturing, whose work is redefining how machines interact with delicate objects and the human body. His research centers on the design and fabrication of soft, stretchable sensors and grippers, with a particular emphasis on multi-modal force sensing—the ability to measure both normal and shear forces simultaneously. Emon’s most impactful contribution, his 2021 paper on an additively manufactured custom soft gripper with embedded force sensors for industrial robots, has garnered 64 citations, establishing a foundational approach for integrating sensing directly into 3D-printed robotic end-effectors. He further advanced the field by developing an ionic liquid-based stretchable sensor capable of distinguishing normal from shear force (13 citations), a critical capability for applications in prosthetics and health monitoring. Emon’s work also demonstrates a strong commitment to accessibility and real-world impact, as seen in his development of a low-cost, 3D-printed tactile sensor to provide a visual grasp aid for neuropathy patients, and his creation of a soft pneumatic gripper for an underwater ROV to safely handle fragile archaeological remains. Through this blend of fundamental sensor science and application-driven engineering, Emon is shaping a future where robots can feel, adapt, and assist with unprecedented gentleness.
Research Focus
Key Achievements
Top Papers
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