HIDRI Arbi
Automotive Embedded Software Engineer
Persönliche Daten
Französisch (Fließend)
English (Fließend)
Zur Person
Beschreibung
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HIDRI Arbi
Embedded Automotive Software Engineer
TELNET Holding
Phone number: +216 96 535 438, E-mail:
Date of birth: 27/02/1985, Nationality: Tunisian
OBJECTIVE
Seeking company with the potential to expand and grow in which my Embedded Software Engineer skills can be
utilized to their fullest.
SUMMARY
Good knowledge in Software Development and Validation Automotive and Avionic Fields, detail oriented, team-
player, and quick-learner; good verbal and written communication skills.
EDUCATION & DEGREES
2010
Master’s Degree in Automatic, Signal Processing and Computer Engineering
National Engineering School of Tunis (ENIT)
Specialization in the areas of embedded systems
2009
National Engineering Diploma in Electrical
National Engineering School of Tunis (ENIT)
Specialization in the areas of Embedded Software/Hardware Engineering
SKILLS
Automotive
Windows, High-performance Embedded Workshop Renesas, IBM Rational Test RealTime
(RTRT)., Winades, CAN, KWP-2000, CANalyzer, DiagOnAll, ScanDiag, ScanTool,
Simulink, Hitachi H8S 32bits, MISRA-C
Eclipse, JAVA, ARXML, A2L, AGS, XML
Avionic & defense
Windows, Lauterbach, TRACE32, Diab complier, Cygwin, Freesscale MPC5566,
RuleChecker, RS422, ARINC, SPI, GPIO, SSRAM, MRAM, DOORS, CVS, DO178B
Personal Skills
Hands-on, ambitious, independent
Comprehensive problem solving abilities
Ability and desire to learn new technology
Good verbal and written communication skills
PROFESSIONAL EXPERIENCE
Since September 2015
Automotive Software Tools Developer: TELNET Holding - Automotive activity, Tunisia.
Mission:
Development and validation automation testing techniques to enhance the accuracy and
reduce the time and cost to testify for automotive embedded software using Eclipse JAVA: Valeo
Project.
Achievements:
Design, develop and test SW applications for the automotive domain.
Development testing and validation of a tool to generate an Integration Test Plan (ITP) file
from Manual Coding Modules: Eclipse, JAVA.
Development testing and validation of a tool for executing an Integration Test Plan (ITP),
and produces the Integration Test Result (ITR): Eclipse, JAVA.
Generating documentation from code sources: Doxygen
Technical Environment:
Scientific tools: Eclipse, Microsoft Visual Studio 10.0, INCA, CANalyzer, MATLAB
Simulink
Project management tools: Reqtify, SVN, Doxygen
Specific environments: ARXML, A2L, AGS, XML, OS, CAN
Software development: Java
September 2011
-
August 2015
Development/Validation Engineer: TELNET Holding - Automotive activity, Tunisia.
Mission:
Development testing and validation of an Engine Control Unit (ECU): PSA and Valeo
Project.
Achievements:
Develop functionalities in C language and verify MISRA rules « QAC » tool.
Develop unitary tests Scripts.
Implement the software in the ECU using IDEVAID.
Validate each software evolution using WINADES, CANALYZER, CAN.
Test and validation PSA constructor services respecting KWP-2000 with DiagOnAll.
Technical Environment:
Scientific tools: High-performance Embedded Workshop de Renesas, IBM Rational Test
RealTime(RTRT), Winades, Reqtify, CANalyzer, ScanDiag, ScanTool, Simulink
Project management tools: CVS
Specific environments, hardware, norms: OSEK Standard, MISRA-C, CAN, KWP-2000,
Hitachi H8S 32bits, CAN caseXL
Mars 2010
-
August 2011
Avionics Software Engineer: TELNET Holding - Defense Activity, Tunisia (KC-390-OS:
SAGEM Project).
Mission:
Development and testing of a KC-390 Braking Control System (BCS): Embraer military
transport aircraft. DO178B-DAL A.
Achievements:
Analysis and verification of design & specification inputs documentation.
Writing of the document High and Low level 'requirements (HLR & LLR)
Development of critical software and generation of RuleChecker report.
Validate System interfaces and perform HW/SW Integration testing
Generation and analysis of traceability matrices: Reqtify
Technical Environment:
Scientific tools: Trace 32, µC Power PC MPC5566
Project management tools: CVS, DOORS
Specific environments, hardware, norms: DO-178B-DAL A,
“cygwin” Linux compilation
environment emulator (compilateur Diab 5.8), RuleChecker
Communication Networks : ARINC 429 (TX, RX), SPI interface, RS422
Software development: C programming , TCML (Test Case Modeling Language).
August 2009
–
Avril 2010
Embedded Software Engineer: National Engineering School of Tunis (ENIT).
Mission:
Modeling and control of power converters AC-DC, Application to power factor correction.
Achievements:
Modeling of AC-DC converter: MATLAB, Power Electronics, PID control, BOOST.
Design and implementation of sliding mode control for power factor correction: Simulink
Implementation of control algorithms on the development board : C language, STM32, Keil
ARM, STM32VLDISCOVERY
Experience in hardware interface (USB, UART, SPI, I2C),
LANGUAGES
French: Good level on speaking, reading and writing.
English: Good level on speaking, reading and writing.