Bo Hu

Fuzhou University, Yanshan University, Nanjing Surveying and Mapping Research Institute (China)

Papers

Total Citations

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About

Bo Hu is an innovative researcher working at the intersection of robotics, biomedical engineering, and intelligent systems. His work spans several cutting-edge domains, including robotic-assisted bioprinting, rehabilitation robotics, and autonomous inspection systems, reflecting a broad yet cohesive vision for advancing human-centered robotic applications. Hu's most influential contribution, "Robotic-Assisted Automated In Situ Bioprinting" (2022, 45 citations), positions him at the forefront of tissue and organ engineering. By leveraging precise robotic control to deposit living cells, growth factors, and biomaterials directly at treatment sites, his research pushes beyond traditional in vitro models toward transformative clinical applications. This work alone signals his capacity to bridge engineering precision with life science innovation. Complementing this, his trajectory planning research for ankle rehabilitation robots demonstrates a commitment to improving patient outcomes through intelligent multi-locomotion systems, garnering 20 citations. More recently, his lightweight sewer pipe crack detection method — combining amphibious robotics with an improved YOLOv8n deep learning framework (13 citations) — showcases his versatility in deploying robotic intelligence for critical infrastructure inspection. Across these diverse yet interconnected projects, Bo Hu emerges as a dynamic researcher whose work consistently translates sophisticated robotics and AI methodologies into meaningful real-world solutions.