Papers
4
Total Citations
20
H-Index
3
About
Yulie Wu is a pioneering researcher in micro-robotics and bio-inspired aerial systems, with a focus on insect-scale aerial robots and miniature actuation technologies. Their major contributions include the development of a high-liftoff-speed insect-scale aerial robot directly driven by a piezoelectric bimorph PZT actuator (2025, 9 citations), which overcomes the displacement limitations of piezoelectric materials for efficient flapping-wing flight. Wu also advanced batch manufacturing of split-actuator micro air vehicles using monolithic processing and UV laser cutting (2021, 6 citations), enabling scalable production of rigid-flexible composite microrobots. Their work extends to sub-gram PZT-actuated micro rotation stages (2025, 3 citations) for high-bandwidth, high-load applications, and a micro biomimetic eyeball for humanoid robots (2025, 2 citations) that integrates optical imaging and dynamic field-of-view modulation via an origami mechanism. With a growing citation impact, Wu’s innovations in piezoelectric actuation and bio-inspired design are shaping the future of micro-aerial vehicles and humanoid visual systems, offering scalable, high-performance solutions for next-generation robotics.
Research Focus
Key Achievements
Top Papers
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