Yassine Hajjej

Papers

Total Citations

H-Index

About

Yassine Hajjej is a researcher specializing in robotics, control systems, and cable-driven parallel mechanisms. His work focuses on the modeling and control of cable-suspended robots, addressing critical challenges such as payload oscillation during motion. In his most-cited paper, "On Modelling and Control of Four Cable Suspended Robots" (2025), Hajjej develops a dynamic model for a four-cable-suspended platform carrying a payload, proposing control strategies to mitigate unwanted oscillations—a key issue in precision tasks like industrial automation and aerial manipulation. This contribution is significant for advancing the stability and reliability of cable robots in real-world applications. Though early in his citation trajectory, with 1 citation to date, his work lays a foundational framework for future research in underactuated robotic systems. Hajjej’s research is particularly relevant for students and engineers interested in nonlinear dynamics, feedback control, and the practical deployment of cable-driven robots. His approach combines rigorous mathematical modeling with control design, offering a clear pathway for improving performance in suspended robotic systems.