About the service
I am a computational engineer and work in MATLAB and Simulink every day. My job is to turn a physical problem or engineering idea into a numerical model that actually computes, gives reliable results, and can be explained to those who depend on it. This means I do not just write code that runs: I check the math, justify assumptions, and make sure the result holds when parameters change. Give me a set of equations, a hand-drawn block diagram, or a folder of raw measurements — and I will bring it to a clean and reproducible simulation.
In everyday work I assemble models of dynamic systems in Simulink, prototype and tune algorithms in MATLAB, and build signal and image processing pipelines: filtering, spectral analysis, feature extraction, noise suppression. On the control side, I design and tune PID and state-space regulators, perform stability and frequency analysis, and check behavior through closed-loop simulation before anything touches real hardware. I work confidently with the main toolboxes for signal processing, control, and DSP, write vectorized and readable code rather than tangled scripts.
You get not just a working file. I hand over commented code, a short description of the approach, plots where behavior is clear at a glance, and notes on model limits — so you know exactly where it applies. I stay in touch during work, adjust direction as requirements shift, and happily walk through results so your team can develop the model further. If you need engineering computations done properly in MATLAB or Simulink — I will help.
— Numerical modeling and simulation of dynamic systems
— Modeling in Simulink and block diagram setup
— Signal processing: filtering, FFT, spectral analysis
— Image processing and feature extraction
— Control system design: PID, state-space, stability analysis
— Algorithm prototyping and MATLAB code optimization
In everyday work I assemble models of dynamic systems in Simulink, prototype and tune algorithms in MATLAB, and build signal and image processing pipelines: filtering, spectral analysis, feature extraction, noise suppression. On the control side, I design and tune PID and state-space regulators, perform stability and frequency analysis, and check behavior through closed-loop simulation before anything touches real hardware. I work confidently with the main toolboxes for signal processing, control, and DSP, write vectorized and readable code rather than tangled scripts.
You get not just a working file. I hand over commented code, a short description of the approach, plots where behavior is clear at a glance, and notes on model limits — so you know exactly where it applies. I stay in touch during work, adjust direction as requirements shift, and happily walk through results so your team can develop the model further. If you need engineering computations done properly in MATLAB or Simulink — I will help.
— Numerical modeling and simulation of dynamic systems
— Modeling in Simulink and block diagram setup
— Signal processing: filtering, FFT, spectral analysis
— Image processing and feature extraction
— Control system design: PID, state-space, stability analysis
— Algorithm prototyping and MATLAB code optimization
