Fabrice D.

Embedded Software Development Engineer @AGCO Corporation

Hauts-de-France, FR

Embedded Software Developer | Autosar | DDS | J1939 | CAN | ECU Pairing & Authentication via J1939Working on the modernization of embedded communication systems in agricultural vehicles by transitioning from J1939 to DDS (Data Distribution Service). This project involves low-level software development, communication protocol integration, and AUTOSAR Classic configuration on Infineon TriCore microcontrollersKey responsibilities & achievements: DDS Migration: Integrated RTI Connext DDS to replace legacy J1939 protocol for inter-ECU communication between AEC (AGCO Embedded Controller) and HPC (High-Performance Computer). AUTOSAR Configuration: Designed and configured AUTOSAR Classic architecture using Siemens Capital Embedded AR Classic, including SWCs creation and signal port mapping. 🧰 Code Generation: Developed internal code generation tools to streamline DDS integration. 🧠 Low-Level C Development: Implemented application logic and DDS integration within AUTOSAR SWCs in embedded C. Debugging & Testing: Validated software with Universal Debug Engine (UDE) on TriCore MCUs – step execution, memory/register inspection. ECU Security: Designed and implemented a key exchange mechanism for secure ECU pairing (Autonomy Controller ↔ DGW) over J1939. Additional activities with CEI toolchain: CEI Debugging: Diagnosed and fixed issues in CEI-generated AUTOSAR code (e.g, J1939RM module).🧪 CAN Signal Analysis: Used CANalyzer to trace and resolve communication bugs. Functional Fixes: Adjusted CEI configurations to regenerate stable, functional ECU software. Module Validation: Performed integration tests and validation on communication layers.

Université Marie et Louis Pasteur

Licence en Sciences pour l'ingénieur, Électronique Électrotechnique Automatique

Polytech Lille

Diplôme d'ingénieur, SYSTEMES EMBARQUES et GENIE ELECTRIQUE