Objectives
The sectors that interest me more specifically are:
Aerospace
Automotive
Engineering / Technical Jobs
Position: Engineering in embedded systems (Software & Hardware)
I'm a graduate in software with knowledge in telecommunication and electronics. My aim is to carry through embedded systems that I particularly appreciate in. Therefore, I would like to participate in such projects inside a dynamic team. My enthusiasm to work in this field, my interest for software & electronics and my job experiences where I have worked in the whole V-cycle practically, make me a good candidate for a position in a supplier company of embedded systems in terrestrial vehicles.
Education
Université de Bretagne Occidentale
September 2005 - March 2006
Studies of several systems of communication:
Hertzian (GSM, UMTS, radar)
Submarine network (sonar)
Network (Ethernet)
Optical.
Modulation OFDM, TDMA, CDMA, SDMA, FH & DS-FDMA, ... .
Management of company
Area of specialisation: Master’s Degree – Electronic of communicating systems
Université de Pau et des Pays de l’Adour
September 2002 - March 2005
- Real time systems, computer engineering
- Analogical and digital electronics
- Waveforms, wireless communication
- Physics for electronics, automation
- Power electronics and engine control
- World of companies and law for companies
Area of specialisation: B.Sc + Post Graduate Certificate in Electrical Industrial Computer Engineering
Université de Montpellier II
September 2000 - May 2002
- computer engineering
- Analogical and digital electronics
- High frequency, Automation
- Company set up
Area of specialisation: 2-year technical qualification in Electrical Industrial Computer Engineering
Experience
Software test engineer
Mission: The mission consists to test Boeing air management system design for air supply control system and cabin air conditioning & temperature control system.
Means: - Tests specification redaction
- Automatic tests (scripts)
- Manual tests (functional tests)
- MIP tests (hardware failures procedures)
- Results tests analysis
- Errors investigation
- Tests update
Software: SmarTeam, Scade, Trace32, CANalyser, A429BAST+, PCAN-Explorer
Liebherr software & hardware: SITS, PCIT & HISB
Device: IASC: Integrated Air System Controller, IASC bench, DATATRAC400H
Bus: CAN, ARINC
Appraisal: Software tested for several customer deliveries.
Embedded software engineer for ESP functionalities.
Mission: My mission is to develop and update existing functions for a new target in a new development environment with better quality. Those functions are in relation with the vehicle braking device.
Means: - Specification evolution and synthesis.
- Creation and maintainability of function design.
- Creation, modification and review of code design and code.
- "Open loop" and "Closed loop" simulation: specification, realization and report.
- Test bench: specification, realization and report.
- Files integration in configuration management software.
- Specification of car tests.
Operating system: Windows 2000 and XP.
Tools: DOORS, X-Metal, ASCET, LABCAR, MM6X, JIX.
Language: C
Standards: V process.
Environment: English
Appraisal: - Migration of functionalities.
- Delivery for first clients.
Embedded software engineer for engine control unit
CONTINENTAL(SIEMENS VDO) "PED" – Toulouse (France)
Mission: The aim of this mission is to update and integrate new features of engine control unit for a famous French vehicle manufacturer.
Means: - Check specifications consistency.
- Design and development of specifications.
- Unitary tests and tests on benches.
- Integration phase with tests.
- Errors investigation and correction.
Operating system: Windows XP
Tools: X32, TD3, TD3e, DDS, EMS2010 \ RTRT, Trace32, INCA, CANalyzer, ETAS, CARTS, GSP \ ESI, PVCS, IMES++.
Language: C
Standards: V process, CMMI(3).
Environment: French - English
Appraisal: - Evolution contribution of engine control unit software, principal organ, vital and critic for the vehicle.
- satisfaction of the client regarding the continuity of good results.
Engineer in antenna's behavior for automotive application
SIEMENS VDO "Chassis & Carbody" – Toulouse (France)
Mission: Training period:
Creation of an antenna modeling for a Tire Pressure Monitoring System to enhance and validate RF performances.
Means: Research; Antenna characterisation; Creation, test and validation of virtual antenna in 3D.
Operating system: Windows XP.
Tools: HFSS, Ansoft Designer, anechoic chamber, GTEM (Gigahertz Transverse Electromagnetic) test cell, network analyser, spectrum analyser, Wheel's unit of the TPMS (Tire Pressure Monitoring System).
Environment: French.
Appraisal: Creation of a antenna model for a base of further studies.
Software engineer for vehicle engine test bench environment
SIEMENS VDO "Powertrain" – Toulouse (France)
Mission: Training period:
Evolution and improvement of an artificial logic software for engine test benches to enhance engines tests and time.
Means: - Listening of needs users.
- Design, development, test and integration of software modification.
- Elaborating and presentation of the added features.
- Work within a team of 16 persons.
- Presentation of the new software version.
Operating system: Windows XP.
Tools: Visual Studio, API Win32 real time OS, MS Project.
Language:C
Environment: French.
Appraisal: Software robust and auto-adaptive, safeguarding information of bench environment, safeguarding information of defaults during test bench, displaying errors with more details to surround defaults origins, software integrated in the security process, software integrated on all engine benches, Software integrated on all engine benches.
Software developer
UMR 5150 TOTAL-CNRS-UPPA - Pau (France)
Mission: Software creation for an intelligent sensor for the pressure and temperature of a fluid.
Means: Research, contact / Specification, development, tests and software validation.
Tools: Visual Basic, Excel (macro), Digital oscilloscope, KELLER intelligent sensor, RS232 standard.
Appraisal: Software with data backup against failures, gain of time and measurement costs.
Embedded system technician for motorcycle application
Personal project
Mission: Creation of a driving assistance for a motorcycle to enhance more safety.
Means: Studies / Spec, dev, test, validation and integration / Software and hardware(analog. & num.).
Tools: Keil, Microsim, AT89C2051, PCF, assembler, I²C bus, alpha-numerical display, motorcycle (500cc).
Language: Assembleur 51
Environment: French.
Appraisal: Warning, anti-fog, alarm. itinerary, date, time and driving time.
Embedded software technician
DIPO (individual lost objects detection device) – Montpellier (France)
Mission: Optimisation of the human machine interface of an embedded device.
Means: Components and communications studies, coding and fonctional tests.
Tools: IAR, C, ASM, µc MSP430, SDCard, Graphical displaying, Digital oscilloscope, SPI liaison.
Appraisal: Software adapted for the new keypad and the new graphical displaying. Study report of a SDCard communication.
Languages
-
French
Speaking competence: Native speaker , Written competence: Native speaker -
English
Speaking competence: Fluent , Written competence: Fluent
Computing skills
Software
Refer to "Additional information"Languages
Refer to "Additional information"Additional information
- Database: Clearquest, IMES++, TCM, ESI, PVCS, JIX.- Specification & Design: DOORS, X-Metal.
- Development: ASCET, TD3, TD3e, X32 ; Visual Studio C++ .NET, Keil 51, Matlab, Simulink, ADS, Ansoft Designer, Labview, Mentor graphics, PSpice and Orcade, HFSS, Momentum, Mefisto, Max C++ II altera, Turbo C, IAR Embedded WorkBench, Visual Basic.
- Test: ASCET, LABCAR, EMS2010, RTRT, Trace32, INCA, CANalyzer, ETAS, CARTS, GSP.
- Electronics: ADS, Ansoft Designer, Mentor graphics, PSpice, Orcad, Microsim, AT89C2051, AT89C8051, PCF, EEPROM.
- Telecommunication: ADS, Momentum, HFSS, Matlab, Mefisto.
- Language: C, assembler (51, MSP430 (Texas Instruments), 68(Motorola)), VHDL, VHDL_Ams, Basic
Various
Leisure:
Electronic conception, motorcycling, nature, music & sounds.
Sports:
Volleyball, swimming, running, archery