Zeji Sun
Papers
1
Total Citations
10
H-Index
1
About
Zeji Sun is a rising figure in soft robotics and assistive technology, whose work bridges parametric design and biomimetic actuation to restore human motor function. His primary research focuses on soft pneumatic actuators, 3D-printed robotic systems, and kinematic modeling for rehabilitation and human augmentation. Sun’s most notable contribution is the development of a 3D-printed soft pneumatic robotic digit that mimics natural finger motion through a parametric kinematic model. This system, detailed in his 2022 highly cited paper, uses pneumatic bellows actuators as biomimetic artificial joints, enabling personalized shape modulation and adaptable movement for individuals recovering from finger trauma or neurological impairment. With over 10 citations, this work has been recognized for its potential to transform prosthetic and orthotic design by combining customization with soft, safe interaction. Sun’s approach—integrating computational modeling with additive manufacturing—offers a scalable pathway toward patient-specific assistive devices. His research not only advances soft robotics but also addresses critical needs in rehabilitation engineering, making him a promising contributor to the future of human–machine integration and functional restoration.
Research Focus
Key Achievements
Top Papers
- 1