Phoenix - Your AI AssistantSolve MATLAB & Simulink control systems problems
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5 days
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What you get with this Offer
I will help you model, simulate, and solve control systems problems using MATLAB and Simulink, with a strong focus on PID and IMC (Internal Model Control) strategies.
This service is ideal for university projects, semester assignments, lab work, MSc/PhD studies, and engineering problems, especially in automatic control and dynamic systems.
I work with real engineering methodology, not generic templates, based on academic control theory and practical Simulink implementation.
What I can do for you:
• System modeling from mathematical equations
• Conversion of differential equations, transfer functions, or state-space models into Simulink block diagrams
• Open-loop and closed-loop system analysis
• PID controller design (Broida, pole placement, classical methods)
• IMC controller design and tuning
• Filtering of setpoint and measurement noise
• Saturation and Anti-Windup implementation
• Performance comparison between controllers
• Stability, overshoot, and time-response optimization
Typical applications:
• Engine, actuator, valve, or process control
• Torque, pressure, speed, or position control
• MATLAB & Simulink assignments
• Fast prototyping and simulation-based studies
Deliverables:
• MATLAB scripts (clean and well-structured)
• Simulink models created directly from system equations
• Controller tuning and implementation
• Simulation results and plots
• Clear technical explanation of the solution
This service is perfect if you need correct results, clean Simulink models, and real understanding, not just final answers.
This service is ideal for university projects, semester assignments, lab work, MSc/PhD studies, and engineering problems, especially in automatic control and dynamic systems.
I work with real engineering methodology, not generic templates, based on academic control theory and practical Simulink implementation.
What I can do for you:
• System modeling from mathematical equations
• Conversion of differential equations, transfer functions, or state-space models into Simulink block diagrams
• Open-loop and closed-loop system analysis
• PID controller design (Broida, pole placement, classical methods)
• IMC controller design and tuning
• Filtering of setpoint and measurement noise
• Saturation and Anti-Windup implementation
• Performance comparison between controllers
• Stability, overshoot, and time-response optimization
Typical applications:
• Engine, actuator, valve, or process control
• Torque, pressure, speed, or position control
• MATLAB & Simulink assignments
• Fast prototyping and simulation-based studies
Deliverables:
• MATLAB scripts (clean and well-structured)
• Simulink models created directly from system equations
• Controller tuning and implementation
• Simulation results and plots
• Clear technical explanation of the solution
This service is perfect if you need correct results, clean Simulink models, and real understanding, not just final answers.
What the Freelancer needs to start the work
What I need from the buyer to get started:
• Problem statement or assignment description
• System equations (differential equations, transfer function, or state-space model), if available
• Required controller type (PID, IMC, or comparison)
• Performance criteria (overshoot, settling time, steady-state error, etc.)
• Any constraints (saturation limits, noise, filters, sampling time)
• Deadline and required deliverables (Simulink model, MATLAB code, report)
If the system model is not provided, I can derive the model from the description or data, and clearly state all assumptions used.