Job description
Company culture :
Alten Maroc is defined by a deeply collaborative culture, focused on people, trust, and strong team support, with hands-on managers who guide and develop talent.
This environment is enhanced by a strong drive for innovation, encouraging creativity, initiative, and experimentation across projects.
A structured and disciplined organization ensures efficiency, rigor, and quality in engineering delivery.
Performance and ambition are part of the culture as well, supporting collective success while maintaining a positive and caring atmosphere.
Job :
Within the project, your main tasks will include:
- Develop and execute integration test plans for AUTOSAR-based ECUs (Classic Platform)
- Perform functional and interface-level testing between BSW modules, SWCs, and MCAL
- Configure and validate RTE and ECU Extract using tools like Vector DaVinci Configurator/Developer
- Analyze integration test results, identify root causes, and work with development teams to resolve defects.
- Maintain and execute test automation using Python/CAPL for CANoe or other HIL/simulation platforms.
- Ensure traceability of test cases to software architecture and requirements (SWE.1/SWE.2)
- Support CI/CD pipelines for integration testing (e.g., Jenkins, GitLab CI)
- Contribute to ASPICE-compliant documentation for SWE.5 process audits
Required profile :
- Master's degree (BAC+5) from an engineering school or university specializing in embedded systems.
- 1 to 3 years of experience in the field of Software integration.
- Proficient in embedded C/C++, with knowledge of static/dynamic memory, registers, and interrupt handling
- Automotive knowledge about Signal-based communication (CAN, LIN, ETH and SOME/IP)
- Experience in Vector tools and Scripts (Python, CAPL).
- Strong expertise in AUTOSAR Classic Platform (BSW, RTE, MCAL)
- Hands-on experience with:
- Vector Tools: CANoe, CANalyzer, DaVinci Configurator/Developer
- Scripting: Python, CAPL
- Debugging Tools: TRACE32/Lauterbach, Oscilloscopes, DLT logs
- Familiar with ECU abstraction layers and configuration of OS, EcuM, Com, CanIf, Dem, Dcm, etc.