Tasnuva Tabashhum Choudhury

International Islamic University Malaysia

Papers

Total Citations

H-Index

About

Tasnuva Tabashhum Choudhury is a researcher focused on the intersection of biomechanics, rehabilitation engineering, and human-robot interaction. Her work centers on mathematically modeling human limb movements to improve the control of prosthetic devices, rehabilitation platforms, and cooperative robots. In her most-cited paper (2014, 7 citations), she developed a mathematical model of hand finger movement trajectories, constructing a simple platform with flexi-force sensors to capture motion data—a foundational step for designing more natural prosthetic hands. Her earlier work (2013, 6 citations) modeled human arm motion during daily activities, addressing the challenge of mimicking natural movement for human-robot cooperation and motor control research. Though her citation counts are modest, Choudhury’s contributions are significant in their practical aim: bridging the gap between biological movement and robotic actuation. Her research directly supports advances in assistive technologies, offering insights for engineers developing more intuitive rehabilitation tools and collaborative robots. By focusing on the fundamental mathematics of motion, she provides a framework that can be built upon for future innovations in prosthetics and human-machine interfaces.