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About

Yuling Shen is a pioneering researcher at the intersection of rehabilitation robotics and advanced biofabrication, whose work is shaping the future of both stroke recovery and in situ tissue engineering. Her primary research areas encompass hand function rehabilitation systems, robot-assisted in situ 3D bioprinting, and intelligent bioink scaffold fabrication. Shen’s major contributions include a comprehensive review of hand motion recognition devices and artificial intelligence for post-stroke rehabilitation, a field of growing urgency given the aging global population—this work has garnered 44 citations, underscoring its significance. She has also advanced the frontier of in situ bioprinting, integrating robotics with thermosensitive bioinks to enable precise tissue repair directly within the body. Notably, her 2024 study on a temperature-regulated printhead for improving GelMA scaffold fabrication addresses a critical bottleneck in clinical translation, achieving 5 citations in its first year. By merging manufacturing science, biomedicine, and information technology, Shen’s research not only enhances patient outcomes but also lays the groundwork for next-generation, personalized medical interventions.