Papers
3
Total Citations
33
H-Index
3
About
Zhengzhi Wu is a robotics and biomedical engineering researcher whose work spans rehabilitation robotics and micro/nanomanipulation systems. His research has made meaningful contributions to the development of assistive technologies for stroke and hemiplegia patients, with a particular focus on designing multi-degree-of-freedom rehabilitation devices that address the limitations of earlier, more restrictive systems. Wu's most recognized work includes the development of a three-degrees-of-freedom ankle rehabilitation robot (2015, 17 citations), which advanced beyond single-axis training platforms to offer more comprehensive joint mobilization. Complementing this, he contributed to a novel finger and wrist rehabilitation robot (2015, 4 citations) that integrated both digit and wrist functionality — an often-overlooked pairing in prior hand rehabilitation devices. These contributions reflect his broader commitment to creating clinically practical robotic solutions for an aging global population. Beyond rehabilitation engineering, Wu has demonstrated expertise in nanoscale research, with his 2019 study on hollow nanoneedle mechanical performance under nanorobotic manipulation systems garnering 12 citations. This work underscores his versatility across scales — from macro-level therapeutic robots to precision nanomanipulation tools with applications in biomedicine and materials science.
Research Focus
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