Modeled aircraft systems using Matlab/Simulink and applied FMI/FMUs for component simulation and integration.Implemented automatic code generation in compliance with DO-331 and DO-178C, focusing on safety-critical systems

Title: "Development of Embedded Systems for CubeSat-class Nanosatellite"Professor: Christopher CerqueiraSummary: Developed an Extract, Transform, Load (ETL) process using Python scripts to track nanosatellite positioning, enabling more accurate ground analysis for the ITACube project at ITA Space Center

I supported the development of embedded software for the KC390 program. Airborne software certification processes include: V&V (validation and verification), team management, compliance with military and aeronautical standards, documentation management, requirement management, test campaigns.

Helped to make connections between our team and other research groups and companies in the field.

Contributed to conceptual design, manufacturing and testing of an eVTOL RC aircraft.

Title: "Model and Tool for Aeronautical Software Certification Management"Professor: Johnny MarquesSummary: UML modelling a tool for embedded aeronautical software projects certification, complying with DO-178C standard.