Md Ahasan Habib

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About

Md Ahasan Habib is a rising researcher at the intersection of robotic teleoperation and soft robotics, whose work addresses fundamental challenges in human-robot interaction and sensor development. His research focuses on two key areas: enhancing depth perception for teleoperation tasks and developing advanced materials for soft robotic sensing. In his highly cited 2024 study on depth perception, Habib demonstrated that providing 3D visual cues significantly improves human operators' accuracy in grasping and manipulation tasks during robotic teleoperation, a finding with direct implications for remote surgery and hazardous environment operations. His 2025 work on 3D-printable PDMS composites incorporating BaTiO3 represents a major contribution to force sensing in soft robotics, offering a novel approach to creating flexible, biocompatible sensors for wearable devices. Though early in his career, Habib's papers have already garnered citations, reflecting the immediate relevance of his contributions. His innovative combination of human factors engineering and materials science positions him as a promising figure in the next generation of robotics researchers, with potential to impact both industrial automation and biomedical applications.