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Toukabri AMINE

TUNISIE

En résumé

Embedded Engineer with an interesting experience in automotive industries and telecommunications. I’m qualified in a wide range of embedded development processes. This includes implementation of embedded systems that utilize various processing units including FPGAs, Microprocessors, and Microcontrollers and common embedded real time operating systems (OSEK/VDX and µC-OSII). I have an interesting knowledge of more processing cores including ARM, Stratix III and XC167.

I’m motivated to learn new technologies in order to improve my professional experience and enhance my skills set.

Now I’m looking to pursue a challenging career in a company which provides an open, motivating and rewarding work atmosphere with steady career growth.

Mes compétences :
LIN, CAN, FlexRay
GSM, UMTS, Wimax , LTE
Matlab/Simulink, RTW Embedded Coder, Stateflow
FPGA, VHDL, Quatus II, ISE, Modelsim, SOPC Builder
IAR, Keil , Tasking VX toolsets Compiler,
DSP, OFDM , FEC Coding
µC-OSII, OSEK/VDX
SPI, I2C, USB, PWM, UART
C, C++, VHDL, TCL

Entreprises

  • ARDIA - Embedded systems Engineer

    2011 - maintenant

  • Cynapsys - Hardware Design Engineer

    2011 - 2011 Specification of the Analog Front End
    Design of filters .
    Analysis and simulation of the filters using ADS Momentum
    Design of the coupling circuit
    Design of the AFE schematic using Eagle 5.8.0
    Routing of the Card
    Test and validation

  • Cynapsys - Embedded Systems Engineer

    2011 - 2011 Realization of a communication interfaces OBD / CAN Bluetooth for remote diagnosis of Volkswagen vehicles using the ISO15765 standard.
    - Implementation of the CAN, UART, BLUETOOTH drivers
    - Integration of the OSEK operating system services
    - Produce accurate documentation of the implemented code and reports of all testing activities.

    Technical Environement: CAN, Bluetooth, OSEk/VDX, MCU ARM7 Philips, IAR for ARM, NSI527, Eclipse C/C++, UML, SVN, OlimexP2129, LM400, Jlink, MUXyCard.

  • Cynapsys - Embedded Software Engineer

    2010 - 2010 Implementing a FlexRay driver under OSEK/VDX of the MB88121B communication controller emission and reception API.

    Technical Environment: C/C++, FlexRay, Model Based Design, Matlab/Simulink, IAR workbench, RTW Embedded Coder, S-function, OSEK/VDX, LPC2294 Development Board, MB88121B communication controller, TJA1080 transceiver.

  • Cynapsys - Graduate Project

    2010 - 2010 Using the Model Based Design to generate C code for SAE Benchmark signals and the suspension system of a car and its deployment on the platform XC167 microcontroller, μC-OSII and CAN network.

    Tasks Performed :
    - Design of the Simulink models of different ECUs of the suspension system and a car prototype defined by SAE.
    - C code generation Using Real Time workshop Embedded Coder
    -μC-OSII kernel services integration
    - HIL co-simulation
    -Test and validation

    Tools and Programming: Matlab/Simulink, C/C++, RTWEC Tasking Vx toolsets compiler, μC-OSII, True-time Kernel, Target Support Package IC1 Blocksets, and Development board XC167.

Formations

  • ENIT(Ecole Nationale D'Ingénieurs De Tunis) (Tunis)

    Tunis maintenant

Réseau

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