Kailin Lei
Papers
2
Total Citations
5
H-Index
2
About
Dr. Kailin Lei is pioneering the frontier of underwater robotics through innovative multi-modal sensing technologies. Their research centers on integrating triboelectric nanogenerators and micro thermoelectric generators to create self-powered, highly reliable tactile and environmental perception systems. Dr. Lei’s major contributions include developing novel methods that enable underwater robotic arms to achieve precise grasping by simultaneously sensing tactile feedback and flow velocity—a critical advancement for deep-sea exploration and manipulation. Their 2025 work on a multi-modal sensing method has already garnered 3 citations, while their subsequent paper on underwater multi-dimensional tactile and flow velocity perception has attracted 2 citations, reflecting growing recognition in the field. By addressing the fundamental challenge of power supply and signal fidelity in harsh aquatic environments, Dr. Lei’s research promises to enhance the autonomy and dexterity of underwater robots, with potential applications in marine biology, offshore infrastructure maintenance, and environmental monitoring. Their innovative approach marks a significant step toward truly intelligent and adaptive underwater robotic systems.
Research Focus
Key Achievements
Top Papers
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- 2