Control and Automation Engineer focused on C, Python and MATLAB
🤖 Works with modeling, simulation, and control of dynamic systems
📈 Experienced with pandas, NumPy, SciPy, statsmodels, scikit-learn, matplotlib, python-control, CVXPY
⚙️ Interested in automation projects, control experiments, and optimization algorithms
Projects that showcase my work on experimental automation and control systems:
| Project | Description | Language |
|---|---|---|
 dc_motor_position_control |
Experiment for controlling a DC motor angular position. Includes PID, PR, PMR and proportional-repetitive controllers. | C++ |
| wifi_automation |
Experiment of IoT smart-switch for remote controlling relays. Includes Telegram, MQTT, and local control interfaces. | C++ |
Projects that showcase my work on trading systems:
| Project | Description | Language |
|---|---|---|
| b3_trading_signals |
Trading signals for B3 stock market using technical indicators. Includes data download, backtesting, forecasting and Telegram notifications. | Python |
| market_forecaster |
Trading signals using machine learning. Includes data download, predictions based on ML algorithms, backtesting, and Telegram notifications. | Python |
| Project | Description | Language |
|---|---|---|
| py_PMR_design | Proportional-multiple-resonant (PMR) controller design: CT robust, CT and DT | Python |
| attitude_control_system | Simulation and control of attitude in spacecrafts | Python |
| supervised_machine_learning | Stand-alone codes for supervised machine learning: time series analysis and forecasting | Python |
| grid_tied_simulation | Simulation and control of grid-tied inverters | MATLAB |
| ups_simulation | Simulation and control of uninterruptible power supply (UPS) systems | MATLAB |
| optimization | Mathematical and heuristic optimization techniques | MATLAB |
| RR_robot | Graphical user interface (GUI) for simulating RR manipulator robots | MATLAB |
Explore all my projects, articles, and experiments
