Nabil D.

- Feasibility studies.

- Software integration into electro-pneumatic sub-assemblies.

- Software development in compliance with coding rules for embedded systems.

- Development of associated test protocols (unit and integration tests).

- Anomaly research and resolution.

- Participation in the development of test plans based on points identified during software element specification.

- Integration at the design level of specific needs related to manufacturing and maintenance methods with the support of the industrialization and maintenance team.

- Participation in knowledge capitalization of the platform as well as the implementation of operational improvements.

- Software development in a medical environment (ISO 13485) under the regulatory constraints related to software development (IEC 62304).

- Feasibility studies for migrating an environment under SVN and Jenkins to an environment under Git and Gitlab.

- Preparation of calls for tender and selection of the service provider.

- Supervision of service providers during migration.

- Testing in the production environment and assistance to the team for onboarding the new environment.

- Validation of Git and Gitlab tools according to the internal application validation procedure (VML).

- Writing of software development process documents under the new environment.

Contribution to the development of embedded software for the PIPC, which is a system for controlling and commanding track circuits and signals under a logic (interlocking) that ensures the safety of train movements, material assets, and personnel working in a given geographical area.

- Development of an interface based on the UDP protocol to interface with the LEU tool (device positioned on the railway track to inform the PIPC of the presence or absence of trains on the rails).

Automotive projects (RTOS, Microcontroller, C, C++, Python, and Qt)

A screen equipped with infrared sensors and emitters. Waves sent by the emitters are reflected off the user's hands and captured by the infrared sensors. The sensor signals are then analyzed using the developed algorithm to interpret the gestures made by the user in front of the screen. These identified gestures (swipe, approach, etc.) are then used to control the sound volume, navigate between pages, confirm commands, etc. Development was done in C under the real-time OS Microssar for the RH850 target.

An electronic car seat controlled by an interface via UART. The GUI developed under Qt is used both to calibrate the seat axes and to control the motors to adjust the seat position. On the embedded side, a driver was developed to control the electric motors, and an application was developed to receive commands via UART and control the motors. Embedded development was done in C under the TI-RTOS real-time OS for the TivaC target.

Development of a touch driver in C. The idea of the project was to develop a generic driver for various Atmel touch panels used in different R&D projects to facilitate the reuse of touch panels.

Thermal cameras to measure the local temperature in each zone of the vehicle's cabin (to personalize air conditioning for each passenger). An I2C driver was developed to retrieve the temperature from the temperature sensor (in matrix form).