Leveraging cutting-edge technologies and going deeper in embedded systems software design.

Skills: R&D, embedded software drivers design, electrical car technology.

Achievements: Participation in designing and programming the Singlsyn engine sensor embedded controlling drivers (ADC, timers, PWM, DMA) on a Renesas SH-2A microcontroller.

Technical environments :

• Valeo real-time software architecture, critical software real-time constraints, Valeo OSEK RTOS ;

• Designing drivers for Renesas SH-2A microcontrollers, programming and debugging with SH Renesas toolchain (HEW), embedded C, Eclipse, electronics/electrical machines.

Skills: R&D, embedded software drivers design, electrical car technology.

Achievements: Participation in designing and programming the ADC driver on an Infineon XC2000 microcontroller, DC/DC converter project.

Technical environments:

• Valeo real-time software architecture, critical software real-time constraints, Valeo OSEK RTOS;

• Designing drivers for Infineon XC2000 microcontrollers, programming and debugging with TASKING VX-toolset (C166/ST10), embedded C, Eclipse.

Skills: R&D, electrical car technology, low level software layers.

Achievements : Electrical car software projects study (Dynapar sensor simulator and DC/DC convertor projects).

Technical environments :

• Valeo real-time software architecture, critical software real-time constraints, Valeo OSEK RTOS, Drivers programming targeting Infineon XC2000 microcontrollers, electronics/electrical machines.

Skills: Embedded software drivers design, automotive clusters technology.

Achievements: LCD and PWM drivers design within Johnson Controls software architecture targeting Fujitsu 16Fx microcontrollers.

Technical environments:

• Real-time software architecture (Johnson Controls), JCI OSEK RTOS, Fujitsu 16Fx microcontrollers drivers design, UML, embedded C.

Skills : Embedded software drivers design, automotive clusters technology.

Achievements : Embedded software development on a Coldfire microcontroller for communicating with JCI cluster. Student engineers mentoring and designing of the software architecture: An extension to my Final Graduate Project.

Technical environments:

• Bare metal Coldfire MCU software programming, USB drivers programming (based on CMX USB stack), Freescale CodeWarrior, embedded C, real-time, electronics.

Skills : C/C++, embedded software drivers design, RTOS, automotive clusters technology.

Achievements : Designing and programming of a vendor-specific USB driver for MQX RTOS targeting Coldfire and PowerPC MCUs.

Technical environments:

• USB, MQX RTOS, multitasking, IPC, real-time, Freescale CodeWarrior, Coldfire and PowerPC architectures;

• Embedded C, C/C++, Qt/boost c++ (for the desktop test application), Eclipse/GCC/GDB on Windows, Signals/slots, multithreading.

Skills : C/C++ embedded/desktop software design.

Achievements : Automatic calculation of the worst-case stack usage of the tasks in an embedded C project (automotive engine control projects) targeting SH-2E MCUs.

Technical environments :

• Design patterns, Qt (signals/slots, regular expressions, multithreading), boost C++ (smart pointers, Boost Graph Library: BGL), cross-platforms software programming (Linux/Windows), Eclipse/GCC/GDB;

• Renesas SH-2E MCUs, embedded C.

Skills : Embedded software for automotive clusters (Johnson Controls), low level layers, embedded software for automotive engine control (Valeo), process.

Achievements : Embedded software training with a focus on Johnson Controls projects (low level layers), OSEK/VDX, JCI software architecture, process, Fujitsu 16Fx MCUs. And another training with a focus on Valeo projects (application layer), Autosar, Valeo functional components programming.

Technical environments :

• Johnson Controls software architecture, OSEK/VDX, Fujitsu 16FX, Fujitsu Softune, critical embedded software constraints;

• Johnson Controls process, Valeo process, V cycle.

Final Graduate Project- Engineer diploma (MSEE):

Skills : C++ software design, RTOS, embedded software drivers design, reverse engineering, automotive clusters technology (Johnson Controls).

Achievements : Automation of the validation phase of automotive dashboards (Johnson Controls): designing and building of a cross-platform software solution based upon flexibility and real-time performance (with Qt C++) to automate Johnson Controls validation scripts (by implementing reverse engineering memory patches). Furthermore, it establishes a real-time communication bridge between itself and the hardware part leading to control the dashboard. The software design is based on several design patterns allowing a code separation by responsibility. The design also includes building an electronic dashboard control card based on Micrium µC/OS-II RTOS.

Technical environments:

• Design patterns, Qt C++ cross-platform software design, boost C++ libraries, embedded C, Micrium μC/OS-II RTOS, multithreading, IPC, smart pointers, real-time, reverse engineering, code injection, API hooking, USB drivers, USB devices firmware programmming, VC++, Win32 API, MFC, DLL , SDLC, Johnson Controls environment, Virtualization, Proteus.

Skills : Systems control, embedded software drivers design.

Achievements : Design and development of an embedded software for thermal system control .

Technical environments :

• Embedded C, PWM and ADC drivers, PIC16F877A, HT-PICC, MPLAB, RS232, Proteus, PCB, Systems modeling (Matlab/Simulink), PID algorithm calculation and implementation on microcontroller.

Skills : C/C++ software design, embedded Linux, cross-compilation.

Achievements : Building digital photo frame software on an embedded Linux platform (ARM9 electronic device).

Technical environments :

• C/C++, SDL, Qt, multithreading, ARCOM Embedded Linux, Cross-compilation, ARM9, Linux shared libraries.

Skills : C++ software design.

Achievements : Designing and programming of a pharmacy software .

Technical environments :

• C/C++, MFC, Codejock XTP, Windev, Win32 API, DLLs, SDLC.

Skills : C++ software design, embedded software drivers design, electronics.

Achievements : Designing and programming of a PC datalogger and participating in the design of the electronic card.

Technical environments:

• Embedded real-time software, ADC driver, C/C++, MFC, Codejock XTP, Win32 API, DLLs, SDLC, PIC16F877, HT-PICC, I2C, RS232, Proteus, PCB.

Final Graduate Project- Bachelor’s diploma (BSEE):

Skills : C++ software design, reverse engineering, data security.

Achievements : Designing and programming of a computer monitoring software: PCHunter; It logs information about the current computer and intercepts all users activities (Key logger, Mouse logger, Screen capture ...) and sends logged data by email.

Technical environments :

• C/C++, Borland C++ Builder, Win32 API, DLLs, Windev;

• Reverse engineering, kernel/user mode, hyper furtive rootkits, parental and professional control, data recovery, SDLC.

MSEE : Master’s Degree in Electrical Engineering, bac+6

BSEE, bac+3

• Design and programming in C/C++ (embedded and desktop): design patterns, UML, Qt C++ cross-platform technology deployable on: Linux, Embedded Linux, Windows, Windows CE, Mac OS, Symbian, boost C++ librairies, MFC, STL, C/C++ standards, MISRA C;

• Multithreading, reverse engineering : Windows API hooking, code injection, processes patching ...;

• Win32 API, DLL, Linux shared libraries, Cross-compilation, makefiles (Linux);

• Microcontrollers drivers programming (PowerPC, Coldfire, Microchip PIC16F/18F, Fujitsu 16FX, x86, SuperH, Infineon XC2000) and Hardware/software interfacing;

• Design and programming of embedded applications targeting: Embedded Linux, Micrium µC/OS-II RTOS, Freescale MQX RTOS, Valeo software architecture, Johnson Controls software architecture, Osek Environment;

• Programming and debugging with: Eclipse (GCC/GDB), Visual C++, SH Renesas toolchain (HEW), TASKING VX-toolset (C166/ST10), Freescale Codewarrior, Fujitsu Softune, Microchip MPLAB, CCS (pour PIC), Matlab, Ollydbg.

• Virtualization/emulation/simulation : QEMU, VirtualBox, Proteus;

• Electronics.

• Valeo real-time software architecture targeting electrical car technology;

• Designing and programming of drivers for microcontrollers (Valeo software architecture : low level layers, electrical vehicle technology), R&D, real-time constraints of critical embedded system software, Valeo OSEK RTOS ;

• Valeo project life cycle process, V cycle.

• Johnson Controls real-time software architecture targeting automotive clusters technology;

• Real-time constraints, JCI OSEK RTOS (TOS);

• Designing and programming of drivers for microcontrollers (Johnson Controls software architecture: low level layers, automotive clusters technology) ;

• Johnson Controls project life cycle process, V cycle.

• Embedded Linux multimedia software applications in C/C++.

• USB, TCP/IP, I2C, SPI, RS232, SSH, CAN.

• ARM9/5 (Embedded Linux development);

• PowerPC;

• Coldfire;

• SuperH (SH-2E and SH-2A);

• Intel x86;

• Fujitsu 16FX;

• PIC16F/18F;

• Infineon XC2000.

• Linux, Windows, Embedded Linux, Freescale MQX RTOS, Micrium µC/OS-II RTOS, Johnson Controls OSEK RTOS (TOS), Valeo OSEK RTOS;

• Platforms supported by Qt C++ cross-platform technology.

• Embedded systems  ;

• Desktop applications (PC) ;

• Automotive.