Product Development Intern at Embraer, responsible to perform systems simulation (MATLAB/Simulink), perform hydromechanical systems validation tests, perform failure analysis of hydromechanical system architectures and support the troubleshooting of landing gear, stirling, brake and hydraulic systems (ATA 29 and 32).Main activities developed:- Modeled and simulated aircraft hydromechanical systems (Matlab/Simulink).- Supported on the troubleshooting of executive aircrafts fleet (Hydromechanical Systems).- Created scripts to automate processes and analyze flight data (Excel/Matlab).-Worked with the certification testing compliance for the aircraft Praetor 500/600;-Worked in the requirements validation and verification process for the aircraft Praetor 600 (IBM DOORS);- Perfomed Systems Failure Modes and Effects Analysis (FMEA);-Assisted on Hydromechanical system design reviews (CATIA V5)-Analysed Flight data for field cases investigation;-Developed engineering technical solutions and modeling and simulation applications (Matlab & Simulink);-Won the award for the best internship projects. The project was focused on the development of the brake control system, specifically the antiskid system.

-Daily monitoring of aircraft maintenance management and planning;-Development and management of maintenance indicators (KPI) and control panels; -Analysis, optimization and automation of maintenance planning processes; -Follow-up of projects, flows and processes;

• Programmed an open source software (CALCULIX) to model and analyze the structure behavior of the Agard Wing 445.6 using the C language. • Utilized a commercial software (ABAQUS) to make the same analysis and compare the data.

• Modeled and simulated the flight mechanics of a quadrotor• Developed a control algorithm to simulate the flight of drones moving in formation• Used MATLAB & SIMULINK to apply the algorithms created in a simulation.

• Studied the flight mechanics of the quadrotors, inertial systems, GPS system, and control system theory.• Developed an algorithm to calibrate gyroscope, accelerometer and magnetometer data.• Applied the complementary filter to determine the attitude and position of UAV comparing with Kalman filter appliance.• Used MATLAB & SIMULINK to apply the algorithms created in a simulation