Software Engineer 2

Autosar appln Engineer

At Visteon, the work we do is both relevant and recognized—not just by our organization, but by our peers, by industry-leading brands, and by millions of drivers around the world. That’s YOUR work.

And, as a truly global technology leader in the mobility space, focused on building cross-functional AND cross-cultural teams, we connect you with people who help you grow. So here, whatever we do is not a job. It’s a mission. As a multi-billion-dollar leader of disruptive change in the industry, we are shaping the future, while enabling a cleaner environment. No other industry offers more fast-paced change and opportunity. We are in the midst of a mobility revolution that will completely change the way we interact with our vehicles, reduce the number of car accidents and fatalities, and make the world a cleaner place. Visteon is at the epicenter of this mobility revolution. Two major trends in the automotive industry – the shift to electric vehicles and vehicles with autonomous safety technologies – have created unique opportunities for Visteon. We are the only automotive provider focused exclusively on cockpit electronics – the fastest-growing segment in the industry. Mission of the Role : We are seeking a highly skilled and motivated Embedded Software Engineer to join our dynamic engineering team. The ideal candidate will have hands-on experience in designing, developing, and debugging embedded software for real-time systems using QNX, POSIX, and AUTOSAR platforms. You will be responsible for delivering high-quality software that meets stringent automotive and industrial standards. Key Objectives of this Role : Design, develop, and maintain robust middleware components to support communication and data exchange in QNX and Linux-based embedded systems. Implement and optimize inter-process and intra-process communication (IPC) mechanisms such as message queues, shared memory, sockets, and native QNX message passing to ensure real-time performance and reliability. Integrate and support middleware communication stacks, including D-Bus, SOME/IP, Protobuf, tailored to the system architecture and project needs. Key Performance Indicators : Timely delivery of tool enhancements and updates. Adoption rate of new features by the engineering team. Reduction in development time and errors due to improved tool efficiency. Customer satisfaction ratings for tool performance and support. Contribution to overall project success and client satisfaction. Key Year One Deliverables : Integrate new AUTOSAR and non-AUTOSAR tool features into QNX/Linux-based development workflows, ensuring robust deployment and engineering team adoption. Achieve a 40% improvement in tool efficiency, focusing on measurable time savings in configuration, generation, and deployment processes. Implement 50% of prioritized customer-requested enhancements, including feature upgrades, user experience improvements, and workflow automation. Deliver comprehensive training and documentation to support effective onboarding and usage of tools by internal development teams. . Qualification, Experience and Skills : Specify the necessary qualifications, skills, and experience required to perform the role, including education, certifications, and work experience.

• Bachelor’s or Master’s degree in Computer Science, Electronics, Electrical Engineering, Embedded Systems, or related field.
• Proven experience in embedded software or tools development for Linux/QNX-based systems, with deep knowledge of real-time constraints and system-level integration.
• Hands-on expertise with UCL (Unified Communication Layer), including customization and integration for platform communication and diagnostics.
• Strong experience with SOME/IP and D-Bus middleware stacks—design, integration, and diagnostics across embedded services and interprocess endpoints.
• Solid understanding of Interprocess Communication (IPC) mechanisms in embedded RTOS (e.g., shared memory, message queues, sockets, native QNX MsgSend/Receive/ConnectAttach).
• Experience developing or supporting Health Manager components (monitoring service availability, fault recovery, watchdog handling) for system resilience.
• Familiarity with Power State Manager frameworks — controlling system-level low power modes, wake-up sources, and runtime transitions in automotive/industrial platforms.
• Proficiency in C/C++ and Python in embedded contexts, including POSIX APIs, daemon/services, and low-level system interactions.
• Experience with Java and Eclipse Plugin (RCP) development for toolchain integration, configuration dashboards, or simulation/test environments.
• Exposure to runtime performance metrics like CPU load, memory usage, task/thread behavior—especially tools that collect and visualize these from QNX/Linux targets.
• Working knowledge of CAN, Ethernet, and SOME/IP over Ethernet protocols for in-vehicle or controller communications.
• Familiar with CI/CD pipelines, version control (Git), issue tracking (JIRA), and automated test environments for embedded development.
• Strong documentation and debugging skills, especially across multi-core, multi-service environments where cross-layer analysis is required.