Jing Qiu

National University of Defense Technology, The University of Sydney

Papers

Total Citations

130

H-Index

About

Jing Qiu is a researcher whose work spans biomimetic robotics, underwater sensing systems, and intelligent energy infrastructure. With a foundation in biologically inspired engineering, Qiu has made significant contributions to the field of robotic fish locomotion, most notably through foundational work on pectoral oscillation propulsion kinematics, which has accumulated 96 citations and helped establish key modeling frameworks for aquatic robotic systems. Building on this, Qiu extended research into sensory biomimetics, developing a fish-shaped prototype of the lateral line system — a pressure-based sensing mechanism inspired by the hydrodynamic perception organs found in fish — offering novel approaches to near-field flow detection and autonomous underwater vehicle control. More recently, Qiu has pivoted toward applied energy systems, contributing to the planning of multi-agent mobile robot-based adaptive charging networks designed to enhance power grid resilience under extreme conditions, a timely and rapidly cited contribution earning 23 citations since its 2025 publication. Across these diverse domains, Qiu demonstrates a rare ability to bridge biological inspiration with practical engineering solutions, from underwater robotics to resilient smart grid infrastructure.