Behnam Ghalamchi

Robotics Research (United States), University of Zanjan

Papers

Total Citations

H-Index

About

Behnam Ghalamchi’s research focuses on the intersection of aerial robotics, mechanical health monitoring, and autonomous mobile systems. His most impactful contribution is a pioneering method for real-time, vibration-based propeller fault diagnosis in multicopters, published in 2019. This work addresses a critical safety challenge: detecting mechanical failures in highly constrained aerial systems using minimal sensing and computational power. With 77 citations, this paper has become a key reference for reliable, on-board health monitoring in drones, enabling safer autonomous flight. Ghalamchi also contributed to the design and prototyping of autonomous ball wheel mobile robots, exploring novel locomotion mechanisms for flexible manufacturing and service environments. His work demonstrates a consistent focus on practical, real-world applications—from ensuring the structural integrity of flying robots to advancing ground-based autonomous platforms. By tackling the fundamental constraints of aerial systems, Ghalamchi has helped pave the way for more robust and self-diagnosing robotic platforms, making his research essential reading for engineers working on safe, autonomous aerial operations.