Recent Research Topics
My research focuses on the modeling, analysis, and intelligent control of dynamic and mechatronic systems. Particular emphasis is placed on active vibration control, optimal and adaptive control strategies, and data-driven approaches for systems operating under uncertainty and varying conditions. My current studies include LQR-based control, multiple-model adaptive control, fuzzy logic, artificial neural networks, metaheuristic optimization, and intelligent motion control. The overall objective is to develop robust, computationally efficient, and practically applicable control methodologies for structural, mechanical, and robotic systems.
