Mechatronic Control Systems Control Techniques for Renewable Energy Systems
Biography
I am an electrical and electronic engineering graduate with a strong academic background in control systems, automation, and power electronics. I graduated as the first-ranked student in my promotion and was recognized as a five-star student for academic excellence and commitment to research and innovation.
My work focuses on nonlinear control systems, autonomous systems, and the embedded implementation of control algorithms. I have developed several academic and practical projects involving MATLAB/Simulink, microcontrollers, and real-time control systems. Among my recent work is the implementation of a Phase-Locked Loop (PLL) algorithm on an Arduino-based platform for educational and experimental purposes, as well as research-oriented projects related to power electronics and dynamic system control.
I am particularly interested in the development of intelligent control strategies and their applications in robotics, human–machine interaction, and autonomous systems operating in complex environments. My research interests also include feedback linearization, optimal control methods, and real-time control implementation.
I aim to pursue a Ph.D. in control engineering and automation, contributing to advanced research in intelligent control systems, robotics in daily life, and mixed-autonomy systems where human feedback plays an important role in system learning and adaptation.
