Development of a system (hardware and software) to validate an electric consumption management calculator of the A380 from Airbus. Technical implementation: Tools: C, LabWindows/CVI Instrumentation: VXI chassis (switches, multimeter DMM, acquisition DAQ card, signals generator), CAN bus and SIS (I2C bus)
TestStand is a instruction sequences engine and a development environment for creating a test sequencer evolved several common test for different products. We have a generic software that loads, as the test product, sequences specifying actions, tests and tolerances, and components (such as DLLs) for communication with the hardware.
The aim of this test bench is to validate electronic measurements and audio signals. The system must be enough flexible to permit the test of several models of car radio. Radio car validation bench Hardware Technology The bench is composed of: an industrial PC with: a test sequencer, its measurement
Hardware:Measurement and test / validation solutions Computing languages and softwareC, Language G, C++, C#, Visual Basic, Fortran, Java, SQL, PHP, JSP, Pascal ObjectLabVIEW, TestStand, LabWindows/CVI, Visual Studio, Delphi, MySQLMethod: UML, RUP, RAD Protocols:GPIB, VXI, PXI , ARINC 429, RS (232, 422), TCP/IP, CAN, I2C, VAN, Bluetooth, WIFI, UHF Languages:English, Spanish, French, Portuguese
Modification and debugging of measurement software of TV transmition quality. Technical implementation: Tools: C ANSI, LabWindows/CVI, Windows.
Development of software components to edit and configure mathematical models in aim of simulating environment for radar, civil and military, test and qualification. Technical implementation: Tools: DLL development with LabVIEW and integration with Visual Studio C++ and C#
Acquisition expertise to resolve measurement losses on the SOLEIL synchrotron of third generation. Optimization hard and soft of GPIB communication. Technical implementation: Tools: C++, Linux, Java instruments server, National Instruments drivers
Development: C++ to LabVIEW migration of an components and electronic cards aging measurement software. Technical implementation: Tools: LabVIEW Hardware: Sefelec MegaOhmMeter, switch cards in compact PCI chassis linked to the laptop by a GPIB-USB gateway. Training: Instructor for National Instruments products: LabVIEW, LabWindows/CVI, TestStand, Measurement Studio .NET (with Visual Studio C++, C# and Visual Basic)