MATLAB/Simulink Control Analysis Assignment
Budget: $30 – $250 AUD
I am preparing a control-engineering assignment that requires frequency-domain analysis and time-domain verification in MATLAB and Simulink. The core of the work revolves around generating and interpreting Bode plots, Nyquist plots, and running corresponding simulations for the given plant model. All calculations, scripts, and models must be carried out in MATLAB/Simulink (Control System Toolbox is available).
Deliverables
• MATLAB script(s) that compute the transfer function, produce the Bode and Nyquist plots, and annotate key stability margins.
• A Simulink file that reproduces the system response under the same parameters used in the analytical plots and answer questions.
Acceptance Criteria
1. Figures and simulation results must be reproducible by running the provided files without manual tweaking.
2. The report clearly links frequency-domain insights (gain/phase margins, encirclements) to the simulated time response.
3. All files open and run in MATLAB R2024b or later without errors.
If you can turn around precise, well-commented code and a brief yet insightful explanation, I am ready to get started right away.
Deliverables
• MATLAB script(s) that compute the transfer function, produce the Bode and Nyquist plots, and annotate key stability margins.
• A Simulink file that reproduces the system response under the same parameters used in the analytical plots and answer questions.
Acceptance Criteria
1. Figures and simulation results must be reproducible by running the provided files without manual tweaking.
2. The report clearly links frequency-domain insights (gain/phase margins, encirclements) to the simulated time response.
3. All files open and run in MATLAB R2024b or later without errors.
If you can turn around precise, well-commented code and a brief yet insightful explanation, I am ready to get started right away.