Proficiency in developing APIs and applications in Node-Red for displaying information collected via MQTT. Skilled in page design using Figma, front-end programming with Vue.js and React.JS + Redux, and testing with Jest. Expertise in back-end development using MySQL. Conducted data mining, data analysis, and process automation using Python. Extensive experience in cross-platform application programming with Xamarin. Additionally, led research and development for the undergraduate thesis, implementing a shifting bottlenecks detection algorithm in industrial production lines.

I've contributed to an ERP system, utilizing Node-Red, jQuery, Flask, and AWS to integrate IoT services from a sensing network. Successfully implemented the standardization of documentation and layout, while fostering a testing culture that significantly improved the team's overall efficiency. The initiative was targeted at minimizing rework and integration failures across various services.

Internship in software development within the Linux kernel, employing object-oriented programming in C++ with the QT framework. Contributed to the creation of shell scripts for process automation and developed interfaces using the QML language. Additionally, played a role in creating unit tests with Jest and scripts for Behavior-Driven Development using Cucumber. Engaged in the development of drivers and firmware in C. The team followed agile and scrum development methods.

Created an inclusive website using HTML, CSS, JavaScript, and SQL. During the research and design phase, employed software development methods such as UML and Clean Code, as well as product development (PDP) principles. Designed and developed a smartband, extending its functionality to assist students on the autistic spectrum.

Internship in software development using Python for the timber industry, with a primary goal of volumetric measurement of log piles in the field. Applied Computer Vision and machine learning techniques to estimate pile volume and count the number of logs.

Programmed multi-robot coordination strategies for navigation in unknown environments using Arduino. Developed an algorithm in Java to generate a topological map of the covered environment. Integrated the system with an Android application, allowing for manual control of robots via the application.

Professor de CAD, Office e Inglês.