Huicong Liu
Papers
31
Total Citations
761
H-Index
14
About
Huicong Liu is a prolific researcher at the intersection of flexible electronics, human-machine interaction, and surgical robotics, whose work has garnered over 570 citations across a decade of transformative contributions. Liu's research spans three interconnected domains: flexible sensing systems for robotics and wearables, self-powered electronic skins, and minimally invasive surgical instrumentation. Among his most celebrated achievements is the development of tattoo-like electronics enabling all-weather silent speech recognition (2021, 98 citations), alongside a bioinspired soft caterpillar robot leveraging liquid metal sensors (98 citations), demonstrating his remarkable breadth across bio-inspired design and human-machine communication. His foundational work on capacitive tactile sensing arrays for robot skin (2016, 66 citations) established an early framework for sensitive robotic perception, later extended through triboelectric and piezoelectric technologies. Liu has also made significant inroads in surgical robotics, designing MEMS-based 3D force sensors for minimally invasive procedures and innovative continuum robotic mechanisms for endoscopic surgery. Collectively, his research advances the frontiers of intelligent sensing, soft robotics, and surgical precision—making him an essential figure for students exploring wearable technology, human-robot collaboration, and medical device innovation.
Research Focus
Key Achievements
Top Papers
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