Job Description
Job Description The Vehicle Experiences Engine (VEE) at GM is transforming how millions of people interact with their vehicles by building the software engines behind next-generation digital experiences. At the core of this transformation is the Compute Systems Software team — the group that delivers the foundational embedded platform for GM’s software-defined vehicles. As a Staff Software Engineer, Compute Systems Software (Embedded OS) , you will lead the design, development, and debugging of the embedded Linux platform that powers GM’s in-vehicle compute systems. You’ll work across the Linux kernel, board support packages (BSP), device drivers, and core frameworks on modern ARM-based SoCs, using C and classic UNIX/Linux tooling to deliver high-performance, highly reliable compute in production vehicles. You’ll report to the Software Engineering Manager, Compute Systems Software , and collaborate closely with partners across Android Automotive OS, multimedia, connectivity, and system frameworks to deliver platform capabilities that scale globally across GM’s vehicle portfolio. This role requires strong technical leadership, broad system-level judgment, and the ability to influence architecture, execution, and engineering standards across teams. About the Role In this role, you will be a hands-on engineer working at the intersection of embedded Linux, automotive compute, and classic UNIX tooling . You will · Own critical pieces of the compute platform, from kernel configuration and BSP integration to device drivers and system services for GM’s digital cockpit and vehicle compute systems. · Build and maintain Yocto-based embedded Linux distributions and associated build pipelines that ship on high-volume vehicle programs. · Drive system performance, optimization, and complex debugging , using low-level tools (e.g., perf, ftrace, gdb, tracing/profiling) to diagnose issues across software and hardware boundaries. · Work deeply in Linux/UNIX environments — living at the command line, automating workflows with shell and Python, and refining build systems (Make and related tools) to keep the platform reliable and reproducible. · Partner with Qualcomm and other silicon vendors to bring up new SoCs, integrate vendor deliverables, and tune platform features for GM-specific use cases. · Provide technical leadership within the team, mentoring others and helping drive engineering standards and best practices across the stack. This role is hybrid , with regular onsite collaboration at a GM technical center, consistent with GM’s hybrid work guidelines for engineering roles. Responsibilities Embedded Linux platform development Design, implement, and maintain Linux kernel modules, device drivers, BSP components, and low-level system services for in-vehicle compute platforms. Yocto and build systems Configure and extend Yocto-based embedded Linux distributions ; maintain build metadata, layers, and recipes used to produce production images. Own and refine build systems to ensure deterministic, scalable builds for multiple programs and variants. Performance, optimization, and debugging Profile and optimize CPU, memory, I/O, and thermal behavior across the embedded stack to meet stringent automotive performance and reliability requirements. Lead complex debugging and root-cause analysis, using command-line tools, logs, and traces to resolve issues that span hardware, kernel, drivers, and user space. Engineering systems & quality Contribute to and improve CI/CD pipelines, automated testing, and validation strategies for platform software, ensuring high-quality, regression-resistant releases. Use Git/GitHub and code review best practices to maintain code quality and traceability across a multi-team environment. Technical leadership & collaboration Mentor and support other engineers through design reviews, code reviews, and hands-on pairing, helping grow embedded Linux expertise across the team. Collaborate with Android Automotive OS, multimedia, connectivity, safety, and systems teams to deliver integrated solutions that work end-to-end in the vehicle. Vendor and cross-company partnership Work directly with silicon vendors (e.g., Qualcomm and other ARM SoC partners) to integrate new platforms, debug vendor issues, and optimize SoC capabilities for G