Soumayya Chakir

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About

Soumayya Chakir is a control systems engineer whose research focuses on motion control, disturbance rejection, and robotic systems for safety-critical applications. Her most impactful work, "Motion Control System Design for a Flying-Type Firefighting System with Water Jet Actuators" (2021, 22 citations), addresses a pressing real-world challenge: protecting firefighters by developing autonomous aerial firefighting platforms. This paper introduces novel control strategies for stabilizing water jet actuators on flying systems, directly contributing to safer emergency response technologies. Chakir’s broader research centers on decoupling and suppressing mutual interference in interconnected systems, as demonstrated in her work on composite control design (2020) and robot arm motion control using double active disturbance rejection methods (2019). Her approach combines disturbance compensators with state feedback control to enhance system robustness, particularly for multi-degree-of-freedom robotic platforms. By tackling the complex dynamics of coupled systems, Chakir advances both theoretical control methodologies and practical implementations. Her work on flying firefighting systems exemplifies how control engineering can directly improve human safety, making her research particularly relevant for students and engineers interested in autonomous systems, disturbance rejection, and the intersection of robotics with emergency response technologies.