Automotive ECUs using C++ and Python (BB50FT RM 3594)

Position: Automotive ECUs using C++ and Python (BB50FT RM 3594)

Job Description:

1. Design, develop, and perform pre-integration of software components for automotive ECUs using C++
   and Python.
2. Implement asynchronous communication mechanisms for efficient data exchange.
3. Apply multithreading techniques to ensure high performance and responsiveness.
4. Utilize Rx or similar reactive libraries to build scalable and resilient systems.
5. Implement and validate automotive diagnostic services, including fault detection, DTC management,
   and communication over CAN, SOME/IP, and DoIP.
6. Perform Rest-bus simulations for ECU development and validation in virtual environments.
7. Perform pre-integration of software modules and validate their interaction with ECUs and hardware
   platforms.
8. Collaborate with cross-functional teams to define, design, and integrate new features.
9. Write clean, maintainable, and well-documented code.
10. Debug and resolve issues related to C++ and Python applications.
11. Optimize code for performance, memory usage, and reliability.

Professional & Technical Skills:
o Hands-on experience in software development,
o Automotive ECU Development and Pre-Integration, unit testing for automotive Electronic Control Units (ECUs).
o Strong experience in C++, especially in the context of embedded or automotive systems.
o Strong skills in Python scripting for automation, testing, and tool development.
o Experience with Rest-bus simulation tools for testing ECU communication in the absence of full hardware networks.
o Strong understanding of Automotive CAN protocols and tools (e.g., CANalyzer, CANoe).
o Hands-on experience with SOME/IP (Scalable Service-Oriented Middleware over IP) and Do-IP (Diagnostics over IP) protocols.
o 7. Experience with Automotive Diagnostics (UDS, OBD-II, ISO 14229), including DTC handling, session management, and diagnostic services.
o 8. Proficiency with Rx or other reactive programming frameworks (if retained intentionally).
o 9. Expertise in multithreading and concurrency control.
o 10. Knowledge of low-level programming concepts related to real-time systems.
o 11. Familiarity with RTOS and device drivers.
o 12. Experience with version control systems like Git.
o 13. Experience with protocols like MQTT, CAN, SOME-IP, or Serial Communication.
o 14. Hands-on experience with debugging tools, hardware integration, Python-based automation, and pre-integration testing. Key Skills:– JIRA, Code beamer, KPM, ADB, Wireshark, – Vehicle development/-testing, – ISTQB Foundation Level, -Analyze skills/Troubleshooting, UDS Protocol, Ethernet Protocol, CAN, LIN, some IP, FlexRay, “Connected Car” Knowledge, ODIS, IDEX, CP-Tool, (PIDT, PUDIS), ethernet traffic analysis with Wireshark–SW/ HW Maintenance and operation (ECU change, troubleshooting hardware issues, cable installation and adjustments).

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