Member of the Firmware team focusing on FPGA design and implementation.

Main responsabilities: - development of C code for ARM Microcontroller for the antenna's control unit of the RMT0200; - maintenance of VHDL codes for the DME0200; - hardware debug and tests on factory and site.

Participation in several projects and products, especially the GBAS, the RMT (radar), and the DME: - project of electronic schematics with Altium Designer; - programming of FPGAs with VHDL for processing; - simulation of circuits with LTSpice; - development of scripts in Python for data analysis; - programming of services in C/C++ for Embedded Linux; - integration of Linux services with PostgreSQL database; - simulation in MATLAB for coverage… Show more Participation in several projects and products, especially the GBAS, the RMT (radar), and the DME: - project of electronic schematics with Altium Designer; - programming of FPGAs with VHDL for processing; - simulation of circuits with LTSpice; - development of scripts in Python for data analysis; - programming of services in C/C++ for Embedded Linux; - integration of Linux services with PostgreSQL database; - simulation in MATLAB for coverage evaluation; - version control of codes and documents with Git and SVN. Show less

Participation in several projects and products, especially the RCIEDBlocker, the DME, and the RCS (telemetry system).Maintenance of Test JIGs: - investigation of failures on hardware with the support of schematics and measurement instruments; - programming of FPGAs with VHDL language for tests execution.Development of Embedded Systems: - programming of ARM Microcontroller to control a graphic display; - programming of services in C for Embedded Linux; -… Show more Participation in several projects and products, especially the RCIEDBlocker, the DME, and the RCS (telemetry system).Maintenance of Test JIGs: - investigation of failures on hardware with the support of schematics and measurement instruments; - programming of FPGAs with VHDL language for tests execution.Development of Embedded Systems: - programming of ARM Microcontroller to control a graphic display; - programming of services in C for Embedded Linux; - programming of UI (User Interface) with Java; - integration of Linux services with a MySQL database; - use of SDRs to waveforms generation; - version control of codes and documents with Git and SVN; - teamwork under Scrum methodology. Show less

Support to the development of Embraer's Electric Demonstrator Aircraft:- Modeling and Simulation of Logic and Electrical Diagram using Simulink;- Specification of the requirements of a FBW (Fly-by-wire) Throttle Lever using DOORS;- Verification Campaign of the requirements of a FBW Throttle Lever;- Interface with Flight Test Instrumentation;- Support to the tests of the System Controller;- Visits and meetings with Suppliers.Other activities:- Studies in Avionic… Show more Support to the development of Embraer's Electric Demonstrator Aircraft:- Modeling and Simulation of Logic and Electrical Diagram using Simulink;- Specification of the requirements of a FBW (Fly-by-wire) Throttle Lever using DOORS;- Verification Campaign of the requirements of a FBW Throttle Lever;- Interface with Flight Test Instrumentation;- Support to the tests of the System Controller;- Visits and meetings with Suppliers.Other activities:- Studies in Avionic Systems, including familiarization with ARINC 429 and CANbus.- Benchmarking in Electrical Systems of Commercial and Executive Aircrafts. Show less

Some of the activities performed during the internship were:- Evaluation of Electric Panel's condition.- Sizing of Electric Motors and Generators.- Data treatment of Illuminance's Measurement.- Data treatment of Measurement Campaigns of Power Quality.- Evaluation of Energy Bill and of the need for tariff readjustment.- Programming of Macros in Excel to help calculations and auto-generation of reports.- Writing of Technical Reports.

Scientific InitiationTitle: Control System of a Linear Electric Actuator- This project was funded by CNPq and aimed to control the velocity and the direction of motion using an Arduino microcontroller and a potentiometer.- Participations in the 3rd Semiologic Engineering Meeting and on the XXVII Scientific Initiation Congress