Jinabin Qiu

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About

Jinabin Qiu is a researcher advancing the frontiers of flexible robotics and human-robot interaction through innovative pneumatic control systems. His primary research areas include contact force modelling, adaptive control, and pneumatic actuation for robotic end-effectors. Qiu's major contribution lies in developing a novel approach for flexible control of robot end-effectors using pneumatic systems, specifically integrating proportional valves to achieve precise, compliant interactions. His most-cited work, "Contact force modelling and adaptive control of pneumatic system" (2016), has garnered 5 citations and provides a foundational framework for enabling safer, more adaptable robots capable of dynamic force regulation. This work is particularly significant for applications in collaborative robotics, where delicate contact and variable stiffness are essential. By addressing the challenges of modelling and controlling pneumatic actuators, Qiu has helped bridge the gap between rigid industrial robots and the compliant, human-friendly systems needed for next-generation automation. His research continues to influence the development of soft and flexible robotic platforms, making him a notable contributor to the field of adaptive robotic control.