Wenze Wu
Papers
3
Total Citations
18
H-Index
2
About
Wenze Wu is a pioneering researcher at the intersection of biohybrid robotics and skeletal muscle tissue engineering. His work focuses on developing muscle-machine hybrid systems that combine biological muscle actuators with engineered structures to achieve unprecedented robotic performance. Wu's most cited paper, "A muscle-machine hybrid crawler: Omnidirectional maneuverability and high load capacity" (2023, 11 citations), demonstrates a breakthrough in creating biohybrid robots that can navigate complex environments while carrying substantial payloads—a critical step toward practical applications in search-and-rescue and exploration. His research on 3D bio-printed skeletal muscle with pennate fiber architecture (2024, 6 citations) addresses a fundamental challenge in tissue engineering: replicating the complex internal structure of natural muscle to enhance contractile force. This work has direct implications for muscle repair therapies and drug testing platforms. Most recently, Wu has advanced biomimetic tendon connection structures (2025) for biohybrid robots, improving the mechanical coupling between living muscle and synthetic components. With a growing citation impact, Wu is establishing himself as a key innovator in creating functional, high-performance biohybrid systems that blur the line between living tissue and machine.
Research Focus
Key Achievements
Top Papers
- 1
- 2
- 3