Abdelhadi BENTAYEB

Flash bootloader development for Continental Automotive Toulouse, End customers: BMW, Audi, Geely ... - Drivers development ( SPI, ADC, Clock, SBC,...) - EOL (End Of Line) development - Software Development Document (SDD) Writing - SVVP writing (Software Validation and Verification Plan) - SVVR writing (Software Validation and Verification Report) - Test and Debug Technical environment : - C, python, Shell, Git, Gerrit, Jenkins - Protocols : CAN, SPI, LIN, BLE - Tools : Vector (CANoe, …), PCAN, PLIN View Pro, Trace32, IAR, Keil, Ozone, Saleae - Debug probe : Lauterbach, J-Link - Hardware : Infineon (Traveo), NXP Microcontrollers ( KW36, KW38,NCJ29xx, ...), Texas instrument (CC27xx ... ) - Requirement : DOORS - Project management : Scrum, Jira, Confluence.

AirCraft Dev project - Software development for flight testing - Test & validation - Documentation Environnement Linux, C/C++, Python, Shell, Eclipse, outils Airbus Agile (SaFe)

Subject: Sensor network for energy efficiency in a home. This project was carried out in partnership between IRIT (Institute for Research in Computer Science of Toulouse) and Habitat&Énergies, aiming to optimize energy management in housing through an intelligent sensor network. Work Performed: 1- Design and Prototyping: Development of a prototype for data collection and energy monitoring in a connected home. 2- Hardware Selection : Identifying and ordering the required sensors and equipment, including microcontrollers and communication modules. 3- System Architecture Definition: Design of an architecture incorporating IoT components to ensure smooth and reliable communication. 4- Development of an Intelligent Management System: Creating a solution to optimize photovoltaic self-consumption, balancing local energy production and usage. 5- Testing and Deployment: Functional and integration testing of the system in real-world conditions. The final installation in a residential environment. 6-Documentation: Writing technical manuals, installation guides, and user documentation for the project.   Environnement : Raspberry PI, ESP8266, langage Python, C++, Linux embarqué, Wifi, Z-wave, ModBus RTU, MQTT, Grafana, InfluxDB.

A project carried out by a team of 5 to develop a connected greenhouse, using sensors and actuators originally designed by Continental for the automotive industry. Responsibilities: - Integration and testing of sensors in the greenhouse environment. - Designing interface boards to connect sensors to STM32 microcontrollers. - Development of software to manage greenhouse operations, including sensor data processing and actuator control. - Writing technical documentation and project reports. Technical Environment: Raspberry PI, STM32 (NUCLEO-F031K6), BLE (Bluetooth Low Energie), Python, Linux embarqué, MQTT, Mbed OS. Scrum.

Final project: Design and installation of a smart home connected by a home automation box. Responsibilities: 1- Hardware Selection and Procurement: Identified and ordered the necessary equipment for the project. 2- System Architecture Definition: Designed the architecture for the smart home system, ensuring connectivity and scalability. 3- Development of the Smart Home Control System: Created software to manage and control smart devices within the home environment. 4- Sensor Interface Board Design: Designed interface boards to connect sensors to Arduino microcontrollers. Environnement technique : Raspberry PI, Arduino, C++, Domoticz, Z-wave, Wifi, RF433 Mhz, Proteus (ISIS, ARES), Logisim.

Final project