As a MATLAB & Simulink Application Engineer, I specialize in addressing complex engineering challenges and empowering clients to create innovative solutions using MATLAB, Simulink, and other MathWorks tools. My expertise lies in applying Model-Based Design and Model-Based Systems Engineering methodologies to streamline and enhance development processes.Key responsibilities include:- Performing comprehensive technical assessments and developing tailored solutions to meet client… Show more As a MATLAB & Simulink Application Engineer, I specialize in addressing complex engineering challenges and empowering clients to create innovative solutions using MATLAB, Simulink, and other MathWorks tools. My expertise lies in applying Model-Based Design and Model-Based Systems Engineering methodologies to streamline and enhance development processes.Key responsibilities include:- Performing comprehensive technical assessments and developing tailored solutions to meet client needs.- Leading engaging demonstrations and workshops to effectively communicate complex concepts and drive innovation.- Delivering specialized and advanced technical support for MATLAB & Simulink users.- Demonstrating the impact of adopting MathWorks solutions on customers’ businesses.- Focusing on diverse applications, including Signal Processing, Machine Learning, Control Systems, UAVs, RADAR, and Communications. Show less

Worked with startups and professionals on tens of innovative projects around signal processing, image processing, control systems, and RADAR. Below, some of the projects and applications I successfully delivered:- Sonar Waveform Design and Analysis.- RADAR-based through wall sensing solution for Healthcare Applications.- Transient Audio Noise Detection and Suppression.- Improved Adaptive Filtering Algorithms development and implementation.

Development of 79 GHz RADAR sensors for collision avoidance and self driving applications in mining areas.Key achievements: - State-of-the-art research and proof of concept for using 79 GHz in vehicular RADAR systems.- Modeling and analysis of 79 GHz RADAR systems.- Testing and calibration of RADAR in laboratory and deployment environments.- Design and implementation of RADAR signal processing chains.- Design and simulation of RADAR antennas.- RADAR detections… Show more Development of 79 GHz RADAR sensors for collision avoidance and self driving applications in mining areas.Key achievements: - State-of-the-art research and proof of concept for using 79 GHz in vehicular RADAR systems.- Modeling and analysis of 79 GHz RADAR systems.- Testing and calibration of RADAR in laboratory and deployment environments.- Design and implementation of RADAR signal processing chains.- Design and simulation of RADAR antennas.- RADAR detections clustering and targets tracking.- 79 GHz Bill of Materials selection - RADAR Display design. Show less

Analysis and Renovation of the regulation system of an excavator machine (200B).

Development of Remote Electronics Laboratories for virtual Practical Learning using NI ELVIS Prototyping Board and LabView.

Introduction to phosphates extraction and processing processes, and learned the basics of automation including sensors, speed variators and the electronics of some sensors, for instance gauge sensor.