Lucas Manço

- Developing FPGA Systems for Aeronautic Industry compliant to DO-254, which includes requirements definition and analysis, firmware architecture definition, codification, simulation and tests; - Defined process and developed software (Python Tools and Yocto Distribution) and hardware to integrate simulations and FPGA hardware test; - Developed IP Cores to integrate the FPGA Products of the company such as ARINC 825 CAN, motor controller and proprietary components.

- Developed FPGA firmware for Radar Systems (Embraer Radars M60M and M200) and Avionics Systems (MEC - Multipurpose Electric Controller) following the standard DO-254; - Defined requirements and architecture for the FPGA firmware; Developed FPGA logic in VHDL, HDL Coder Matlab Tool Box and Xilinx System Generator; - Developed Python tools to generate test vectors and assemblers to proprietary IP Cores Opcodes.

- Developed programmable logic in VHDL for FPGA for Radars using the VUnit Framework to simulate.

Linux Interface to Support Partial Reconfiguration in Real-Time of FPGAs: Developed a Linux interface to support partial reconfiguration of FPGA in execution time. The main goal of this purpose is create an abstraction layer for the digital system developer, which provides a compatibility for the application runs in others target systems (e. g. SoC).

Linux Interface to Support Partial Reconfiguration in Real-Time of FPGAs: Developed a Linux interface to support partial reconfiguration of FPGA in execution time. The main goal of this purpose is create an abstraction layer for the digital system developer, which provides a compatibility for the application runs in others target systems (e. g. SoC).

Linux Interface to Support Partial Reconfiguration in Real-Time of FPGAs: Developed a Linux interface to support partial recon- figuration of FPGA in execution time. The main goal of this pur- pose is create an abstraction layer for the digital system devel- oper, which provides a compatibility for the application runs in others target systems (e. g. SoC).

Linux Interface to Support Partial Reconfiguration in Real-Time of FPGAs: Developed a Linux interface to support partial recon- figuration of FPGA in execution time. The main goal of this pur- pose is create an abstraction layer for the digital system devel- oper, which provides a compatibility for the application runs in others target systems (e. g. SoC).