Specifications and development of gas production quality test bench.

Technical implementation:

Tools: LabVIEW Harware: National Instruments Compact Fieldpoint, DAQ, DIO, RS 232 implementing AK protocol, Emerson Gas analysers

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Migration of a geophones test system, from FORTRAN to C under LabWindows/CVI. Migration of well oil probes test systems, from FORTRAN to C under LabWindows/CVI. Development of measurement software of pressure for concrete test-piece.

Technical implementation:

Tools: C, LabWindows/CVI 5.5, WINDOWS NT. Instrumentation : GPIB, multimeter, PCI commutation matrix, acquisition card with integrated frequency analyzer, power supply continue.

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Calibration system development for oil well probes. Persone in charge for the maintenance of the probes calibration system: problems gravity analyze, treatment, intervention at the customer.

Technical implementation:

Tools: C ANSI, LabWindows/CVI 4.0, WINDOWS NT, Access 97, Visual Basic, ODBC. Instrumentation: GPIB , RS , commutation matrix, multimeter, power supply, temperature generator, pressure generator, barometer.

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Migration of a test system of optical coder used by engines, DOS Qbasic to the TestStand sequencer with C libraries. Project leader; management of 2 developers; planning of tasks. Software expertise. Validation with the customer.

Technical implementation:

Tools: C, LabWindows/CVI 5.5, WINDOWS NT, Excel to ceate reports, TestStand. Instrumentation : GPIB, RS, Multímetros, tarjeta de adquisición PCI, DIO.

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ECM validation bench development

Technical implementation:

Tools: LabView 7.0 Instrumentation: continuous power supply GPIB, industrial PC: measurement software with instruments drivers, matrix PCI card, PCI acquisition card, PCI multimeter card, PCI signals generator card, PCI CAN bus card.

Realization of 4 car radio test benches of the Peugeot 206 Project leader (4 developers) Subcontractors choice and management Import / Export (incorterm)

Implemented technique:

Tools: C, TestStand, Labwindows CVI 7.1, Instrumentation: chassis PXI, 2 matrix cards, multimeter card, DIO card, MXi3 card, GPIB card PCI cards (VAN bus and I2C bus), GPIB (audio generator AM/FM Panasonic, audio analyzer ROHDE & SCHWARZ, continuous power supply)

Specifications of a sand quality control supervision system coming out of sand quarry for cement production.

Technical implementation:

Tools: National Instruments LabVIEW, Module LabVIEW Datalogging and Supervisory Control (DSC) Harware: PLC (Siemens, Mitsubishi, Twido) with OPC, RS 232, Compact Fieldpoint, DIO, DAQ

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#

Electronics Measurement and test benches Programation Languages and softwares Programation language: C, Language G, C++, C#, Visual Basic, Fortran, Java, SQL, PHP, JSP, Pascal Object Softwares: LabVIEW, TestStand, LabWindows/CVI, Visual Studio, Delphi, J Builder, Dreamweaver , MySQL Method: UML, RUP, RAD Operating system Linux/Unix Windows: 95/98/NT/2000/XP/Vista, CE, Mobile MacOs Protocols GPIB, VXI, PXI , ARINC 429, RS (232, 422), TCP/IP, CAN, I2C, VAN, BlueTooth, WIFI, UHF Divers Software: Word, Excel, Power Point, Access, MS Project Languages English, Spanish, French EXPERIENCE

LabVIEW is used in this system to program a supervisor controlling the quality of sand in a career, before filling the trucks after the results of measurements of quality, we will inject a product to improve the characteristics of the sand to neutralize impurities (such as clay for example) and make them suitable for building. This pilot supervises three PLC (programmable logic controller), which each have a dedicated function: a sampler, a analyser and a divider. Software for the supervising of the sand quality control Programmable logic controller