Yunqi Liu
Papers
1
Total Citations
2
H-Index
1
About
Yunqi Liu is an emerging researcher at the forefront of space robotics and autonomous systems engineering, with a focus on microgravity environments and compact robotic platforms. His recent pioneering work centers on the development of innovative thrust systems for flying robots designed to operate within the confined corridors and narrow inspection areas of space stations — environments where conventional robotic solutions fall short. His most notable contribution, published in 2024, introduces an annular attitude nozzle–duct fan thrust system that enables microgravity flying robots to achieve precise maneuverability using fewer actuators than traditional designs. This advancement is particularly significant for practical space station applications, where weight, compactness, and mechanical simplicity are critical constraints. By reducing actuator complexity without sacrificing control authority, Liu's design represents a meaningful step toward operationally viable autonomous inspection platforms for crewed orbital habitats. While still in the early stages of building his citation profile — with 2 citations on his leading work — Liu's research addresses a timely and high-impact challenge as space agencies worldwide expand their long-duration station operations. His engineering-driven approach positions him as a researcher to watch in the growing field of space robotics and autonomous inspection systems.
Research Focus
Key Achievements
Top Papers
- 1