J. Armando Colunga

Papers

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About

J. Armando Colunga is a robotics and control systems researcher whose work centers on the autonomous navigation and motion control of wheeled mobile robots. His research focuses on developing robust kinematic controllers that tackle one of the fundamental challenges in mobile robotics: achieving precise and simultaneous convergence of both position and orientation — collectively known as pose-regulation — within user-defined time constraints. Colunga's most recognized contribution, published in 2018 and accumulating 16 citations, introduced trajectory planning strategies combined with robust controllers to ensure that a perturbed wheeled mobile robot reaches its desired pose in a predefined, fixed time. This work is particularly significant because it addresses real-world disturbances that can destabilize robotic systems, offering practical guarantees on convergence timing — a critical requirement in industrial and field robotics applications. His earlier 2016 paper laid the theoretical groundwork for this approach, establishing fixed-time pose-regulation as a meaningful and achievable control objective. Through his contributions, Colunga advances the field's understanding of how rigorous mathematical control design can translate into reliable, predictable robotic behavior, making his work valuable for students and engineers developing autonomous ground vehicle systems.