AUTOSAR BSW_PMT Developer

About the Team:
Commercial Vehicle solutions from the ZF Group provide the capability to shape the future of commercial transportation systems. With a comprehensive portfolio and expertise it enables ZF to reimagine transportation for a safer and sustainable tomorrow. Our technologies and services for commercial vehicles and fleets make them more efficient, safe, connected, intelligent and automated wherever they operate.

What you can look forward to as Senior BSW Developer + PMT developer (m/f/d):

1. Strong understanding of AUTOSAR BSW and ECU software architecture, with experience supporting BSW development and integration activities.
2. Hands-on experience with software development and verification tools, including enterprise and XML based design tools, static analysis tools (e.g., QAC), and unit test frameworks (e.g., TESSY).
3. Good knowledge of MISRA C compliance and software quality practices, including static analysis result evaluation and deviation handling.
4. Experience in PMT or internal tool development and automation, using scripting languages such as Python or Shell and C#.
5. Exposure to Virtual ECU (vECU) or SIL environments, supporting early software integration and validation on virtual targets.
6. Familiarity with automotive development processes and tool chains, including version control and CI/CD workflows.
7. 5-7 years of experience in relevant area; Experience in automotive embedded development is added advantage.

Your profile as Senior BSW Developer + PMT developer (m/f/d):

1. Develop and maintain PMT tools and automation solutions to support BSW development activities, including build, integration, and software release workflows.
2. Own and manage the BSW development and verification toolchain, including enterprise and XML based design tools, static analysis tools (e.g., QAC), and unit test tools (e.g., TESSY), ensuring reliability, usability, and adherence to project standards.
3. Enable software quality and compliance by supporting MISRA checks, static analysis, and unit testing activities, including tool configuration, result analysis, deviation handling, and continuous quality improvement.
4. Support Virtual ECU (vECU) development and usage by enabling BSW and tool execution on virtual targets, allowing early integration, faster feedback, and improved development efficiency.