Joonmo Ahn

Papers

Total Citations

231

H-Index

About

Joonmo Ahn is a pioneering roboticist whose work focuses on aerial manipulation and the design of novel robotic systems that push the boundaries of mobility and dexterity. His key research areas include omnidirectional aerial robotics, distributed rotor actuation, and human-robot interaction for teleoperation. Ahn’s major contribution is the development of the ODAR platform, an omnidirectional aerial manipulation robot capable of generating wrench forces in any direction—a breakthrough that significantly enhances the stability and versatility of flying robots for tasks like inspection and contact-based operations. This work has garnered 176 citations, underscoring its impact on the field. He also introduced LASDRA, a large-scale aerial skeleton system that replaces traditional joint-based actuation with distributed rotors, enabling the construction of lightweight, highly articulated robots. While his early work on semi-autonomous teleoperation for flexible beam systems has fewer citations, it demonstrates his breadth in control design and user interfaces. Ahn’s innovations are foundational for next-generation aerial robots that can safely and precisely interact with their environment.