If you are intrested in control systems engineering be it you are from electrical electronics or mechanical, then you are at the right spot

My teaching and expertise focus on control systems, power electronics, and cyber-physical systems, emphasizing strong theoretical foundations with practical implementation. I specialize in modern control techniques, including state-space modeling, stability analysis, and sliding mode control (SMC), covering first-order, integral, and higher-order methods with attention to robustness and disturbance rejection. I guide students through systematic controller design, ensuring clarity in derivations and physical interpretation. I have experience in modeling and control of power electronic systems such as single-phase inverters and DC-DC converters, including averaged state-space representation and PWM-based implementation. I also address advanced topics like grid-forming inverters and parallel operation, focusing on synchronization and stability. My teaching approach integrates analytical rigor with simulation-based validation using MATLAB/Simulink. I emphasize structured problem-solving, critical thinking, and research-oriented learning, enabling students to apply concepts effectively to real-world engineering challenges and applications