Desenvolvimento de softwares de controle e testes automatizados para dispositivos fotônicos de alta tecnologia aplicados em Comunicações Ópticas.○ Software Architecture: Led design and architecture of Frameworks for automated testing and calibration ofphotonic devices in production environment.○ Embedded Systems and Data Analysis: Automated embedded devices calibration by writing scripts for dataacquisition (UART, I2c, SPI, Ethernet, GPIB) and process (Numpy, Pandas, Scipy, Matplotlib).○ Backend Development: Created a Client/Server System on Raspberry Pi for management of shared equipmentresources over multiple clients; Developed a REST/GraphQL API for generation of automated reports on JIRA.○ UI Development: Built an intuitive interface using PyQT v5.0 used by operators in production lines.○ Collaboration: Worked closely with external partners and clients, ensuring best support and software practices.○ Mentoring: Trained and guided interns, promoting skill development.

Desenvolvimento de softwares de controle e testes automatizados para dispositivos fotônicos de alta tecnologia aplicados em Comunicações Ópticas.○ Software Architecture: Led design and architecture of Frameworks for automated testing and calibration of photonic devices in a production environment.

Development of Automated Tests for high technology photonic devices applied in telecommunications.Main Tasks:- Design, Architecture and Development of Test Software for the company's products.- Support in the development of software tools for external partners (USA and Italy).- Support in debugging and solving problems reported by customers and external partners.- Development of a Client/Server Equipment Management System on a Raspberry Pi.

- Design and development of a Testing Architecture in Python for the pilot line of the company's products.- Implementation of automated device characterization and calibration scripts in Python. - Creation of API in Python for control and communication of test boards through i2c/SPI commands.- Monitoring and training of new company interns.- Support to the embedded software development team in C++.- Creation and integration of a REST/GraphQL API for automatic generation of test reports in Xray (platform linked to JIRA).

- Develop Python scripts for Automated Testing of optical devices using pytest framework. - Control and automate laboratory equipment by creating APIs in Python. - Develop a graphical user interface (GUI) for operating lasers using PyQT v5.0- Tools: JIRA, Bitbucket, Confluence, GIT.

Development of an access control system with microservices architecture based on CloudIoT. Main Activities: - Develop requirements specification, modeling and system architecture. - Use the IoT Hub and Function Apps features of the Microsoft Azure cloud platform. - Integrate services with a NoSQL CosmosDB database. - Develop a library in C/C++ to read data from peripherals (LCD display and RFID reader) of the ESP32 microcontroller. - Perform ESP32 communication with the cloud using the MQTT protocol. - Implement a web interface with frontend developed in Angular7.

Leader of the SmartCampus project with the objective of automating several environments at the Federal University of Campina Grande using the concepts of energy efficiency and Internet of Things. Main Activities: - Manage the group's activities, iinstructing the teams in the execution of the tasks.- Develop an architecture for a building automation system.

Research and Development (R&D) project provided by Petrobras, in partnership with FPQTCPB (Fundação Parque Tecnológico da Paraíba), in the creation of a distributed system for Automation and Maintenance of equipment using the OPC UA protocol and mobile systems technologies (PDAs, RFIDs, sensors).

I engaged in the Young Talents for Science program in developing a web application for an Internet of Things (IOT) based Building Automation System (BAS).