Pakistan based MATLAB/Simulink expert required
Budget: $8 – $15 USD
I’m looking for a MATLAB / Simulink specialist located in Pakistan to collaborate on several engineering assignments that span control-system design, signal-processing algorithms, and power-system studies.
For each task I’ll provide the raw specifications—plant data, performance targets, or measured signals—and I need you to turn them into well-structured Simulink models, accompanying MATLAB scripts, and succinct technical notes that explain your approach and key results. Typical work will involve:
• Building or refining dynamic models from first principles or experimental data
• Designing and tuning controllers (PID, state-space, adaptive, etc.)
• Implementing signal-processing blocks for filtering, estimation, and fault detection
• Running Monte-Carlo or real-time simulations to validate performance under varying operating conditions
• Packaging everything so I can reproduce the results on my end without extra setup
Please be comfortable moving back and forth between Simulink’s graphical environment and MATLAB code, and be ready to use toolboxes such as Control System, Signal Processing, Simscape Electrical, and Simulink Coder whenever needed.
Deliverables for each milestone will include:
1. The .slx model and any .m helper files, fully annotated
2. A brief PDF (2–4 pages) summarising objectives, methodology, and simulation outcomes
3. A change log so I can track revisions
If you have relevant examples—especially projects involving Pakistani power networks, industrial drives, or academic control research—attach them with your bid. Let’s get started.
For each task I’ll provide the raw specifications—plant data, performance targets, or measured signals—and I need you to turn them into well-structured Simulink models, accompanying MATLAB scripts, and succinct technical notes that explain your approach and key results. Typical work will involve:
• Building or refining dynamic models from first principles or experimental data
• Designing and tuning controllers (PID, state-space, adaptive, etc.)
• Implementing signal-processing blocks for filtering, estimation, and fault detection
• Running Monte-Carlo or real-time simulations to validate performance under varying operating conditions
• Packaging everything so I can reproduce the results on my end without extra setup
Please be comfortable moving back and forth between Simulink’s graphical environment and MATLAB code, and be ready to use toolboxes such as Control System, Signal Processing, Simscape Electrical, and Simulink Coder whenever needed.
Deliverables for each milestone will include:
1. The .slx model and any .m helper files, fully annotated
2. A brief PDF (2–4 pages) summarising objectives, methodology, and simulation outcomes
3. A change log so I can track revisions
If you have relevant examples—especially projects involving Pakistani power networks, industrial drives, or academic control research—attach them with your bid. Let’s get started.