My role involves developing embedded prototypes with a focus on seamless communication between systems. My expertise lies in implementing and integrating various communication protocols, like MQTT, Syslog, OPC UA, ensuring reliable data exchange and connectivity across platforms. I build innovative solutions mainly in C/C++ that enhance system interoperability, and I thrive on solving complex challenges in the realm of distributed systems and IoT applications

I am responsible for the development and maintenance of intelligence systems for strategic Defense and communication applications. My main role is to process complex data from different types of intelligence that generate insights for users. The process uses STT, VOIP, OCR and image recognition technologies. The focus of my work is developing the back-end in C++ and Java. I also develop front-end in JavaScript, Vue and automated tests with Selenium and Cucumber.

This is an individual project. I created an IoT device to assist people in feeding and caring for domestic animals using a smartphone. I used a Raspberry Pi connected to a motor, camera and a microphone, so the user could control the system remotely via the internet. All the work was done combining Python and JavaScript to write the firmware and React-Native to the mobile app.

I run a Startup within partnership with Silicon Valley investors. As a Scrum Master I participated in all areas of the company from concept creation, hiring members, management and development of projects. Our solution consisted of producing a mobile app and a software, based on JavaScript, React and React-Native, to concerts and events.

I was responsible for developing two embedded systems using the Intel 8051 microcontroller. One consisted of control and monitoring the public lighting network, assuring the city hall the entire city was lit, generating a report in case of failures. The other equipment was designed for energy supply companies to detect service delivery failures generating intelligent reports for improvements. Both systems had the firmware developed in C and a datacenter to process the information in C++.