Papers
1
Total Citations
22
H-Index
1
About
Driven by a vision to merge aerial mobility with robotic dexterity, Jiahwee Low pioneers research at the intersection of continuum robotics and aerial manipulation. His key contributions center on the design and control of novel tethered aerial cable-driven continuum robots—a transformative concept that combines the maneuverability of an unmanned aerial vehicle with the flexibility of a snake-like, continuous arm. In his most-cited work, "Kinematic Model Predictive Control for a Novel Tethered Aerial Cable-Driven Continuum Robot" (2021, 22 citations), Low introduces a groundbreaking platform that draws power from a ground station while executing precise, flight-capable actuation. This innovation addresses critical challenges in inspection, maintenance, and manipulation in hard-to-reach environments, offering a safer, more persistent alternative to traditional drones or rigid robotic arms. By developing model predictive control strategies tailored to the robot’s unique kinematics, Low has laid the foundation for stable, high-performance aerial manipulation. His work is increasingly recognized for its potential to reshape industrial robotics and disaster response, earning him a reputation as a rising innovator at the frontier of soft and aerial robotic systems.
Research Focus
Key Achievements
Top Papers
- 1