Ing. Nabil GASMI

INVERTER Project: Development of an ECU for engine control for the Customer IVECO -Implementation of C language modules to manage DTCs (data trouble code) with the UDS Protocol and the J1939 Protocol -Review of Customer requirements and Design of unit tests Technologies : C language, Eclipse, JIRA, AT DIAG

ACTIMux Project: automotive diagnostic tool for heavy vehicles. The product manage the diagnostic of different inputs and outputs (PWM, digital ) Tasks: -Review customer requirements -Update the specification and creation of software design document -Implementation of IO drivers to manage different type of inputs(frquency, universal, analog ) and outputs(digital, PWM) -Correction of anomalies -Perform unit tests and automated tests with Python3 Technologies: C language, Eclipse, SVN, Softune, MANTIS, JIRA

Development of a smart antenna for PSA group group according to agile method. Tasks: -Participation in PI planning: -Review of customer requirements under confluence. -Configurations of BSW Modules with Electrobit TRESOS (DCM, DEM, COM ...) -Implementation of software component SWC language C application modules according to the AUTOSAR standard. -Design and implementation of unit tests Technologies: IDEAS, GIT / GERRIT, JIRA, EB TRESOS (configuration), AUTOSAR 4.0

-Project: Developement of BCM for Renault and Nissan. Theproduct is based on microcontroller RENESAS and CAN protocol communication. -Tasks: -review requirements and update specification and design. - Implementation of a Basic Software layer component (Low layer HW Protection) responsible for diagnostic and protection of BCM outputs. -Design of integration tests and verification of CPULOAD. -Implementation of software functions in MATLAB/Simulink.

-Project: Developement of BCM for Nissan. Theproduct is based on microcontroller freescale and CAN protocol communication Tasks : -Development on various components according to V-cycle specification -Analysis and correction of anomalies detected by customer and CFT team. - Execution the final software validation before the Mass Production (verification of the CPU load, handling interruptions, software time initialization, EEPROM behavior, Control the consumption of block RAM / ROM).

Computer Sciences : embedded system