Control System Design with MATLAB | PID Controller

This project focuses on the design and implementation of a PID (Proportional-Integral-Derivative) controller for various control systems using MATLAB. The goal is to fine-tune control parameters to optimize system stability, performance, and response time.

✅ PID Controller Design – Develop and implement PID controllers for process control, automation, and system optimization. ✅ MATLAB Simulations – Simulate control systems and assess their performance using MATLAB and Simulink. ✅ System Modeling – Model and analyze dynamic systems for control applications, including transfer functions and state-space representations. ✅ Tuning & Optimization – Fine-tune controller parameters to improve system response and minimize overshoot, settling time, and steady-state error. ✅ Real-Time Implementation – Integration of PID controllers into embedded systems and hardware, such as microcontrollers and PLCs, for real-time control.

🔹 MATLAB & Simulink – For modeling, simulation, and tuning control systems. 🔹 PID Control Algorithms – For optimal performance in various applications. 🔹 Embedded Systems (Microcontrollers, PLCs) – For real-time implementation of control systems.

By leveraging advanced MATLAB techniques and PID control strategies, I deliver robust, reliable, and scalable control systems for a wide range of industries. Whether for academic projects or industrial applications, my solutions ensure enhanced stability and performance.