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English
$
USD
I will design pid and lead lag controllers in matlab simulink
Electrical Engineer, MATLAB, Proteus and Arduino Expert
I am an Electrical Engineer specializing in power systems, embedded hardware, and algorithmic modeling. With an industrial background at the Marala Hydro Power Plant, I bring practical, real-world exp...
About this Gig
Struggling with system stability, PID tuning, or complex Simulink models?
Control systems require rigorous mathematics and precise tuning. Whether you are analyzing a theoretical transfer function or designing a feedback loop for a physical plant, I provide accurate, utility-grade control system design and simulation using MATLAB and Simulink.
What I Offer:
- Mathematical Modeling: Deriving transfer functions and state-space representations from physical systems.
- Stability Analysis: Root Locus, Bode plots, Nyquist criterion, and step response analysis.
- Controller Design & Tuning: PID controllers, Lead/Lag compensators, and tuning to meet specific performance criteria (overshoot, settling time, steady-state error).
- Simulink Modeling: Building, troubleshooting, and simulating block diagrams for open-loop and closed-loop systems.
Why Choose Me? I dont just run the software; I audit the math. Every design is cross-checked against engineering physics to ensure it behaves correctly in the real world. You will receive clean MATLAB scripts, functional Simulink models, and clear documentation.
Please message me before ordering so we can discuss your exact system parameters and requirements!
Control type:
PLC
•
SCADA
•
Industrial Robots
Programming language:
MATLAB
•
Python
Software:
Matlab
FAQ
What information do you need from me to get started?
Provide your math model (transfer function/state-space) and performance goals (overshoot, settling time). If you don't have the math, provide the physical system parameters (motor inertia, etc.) and I will derive the equations for you!
Can you derive the math model from my physical system?
Yes! If you only have the physical parameters of your system (like a DC motor or thermal plant), I can derive the transfer function or state-space equations from scratch before designing the controller.
What files will I receive in the final delivery?
You will receive all source files! I provide the MATLAB scripts (.m files), Simulink models (.slx files), and high-quality images of all generated plots (Bode, Root Locus, Step Response).
Do you provide a written report explaining your design?
Yes! The Standard and Premium packages include a technical report. I clearly explain the mathematical derivation, PID tuning process, stability analysis, and how the controller meets your goals.
Can you accommodate urgent deadlines (under 24 hours)?
Yes! For basic stability analysis or simple PID tuning, I can often provide 24-hour delivery. Please message me to confirm my availability and your system's complexity before ordering.
