About the Team
We are a systems software team building the foundational software for large-scale GPU computing platforms.
We work at the hardware/software boundary across the Linux kernel, accelerators, storage, firmware, and platform validation.
We value rigorous engineering, clear interfaces, measurable performance and reliability, and upstream collaboration where appropriate.
The team partners closely with hardware, architecture, product, validation, and production engineering groups to move new capabilities from design through dependable deployment.
About the Role
You will build and optimize low-level software that makes modern GPU accelerators usable, observable, and reliable in production.
Your work may span kernel drivers, runtime components, firmware interfaces, resource management, telemetry, debugging tools, and performance-critical paths.
You will own technically difficult features end to end and collaborate across the stack while remaining primarily accountable for code, validation, and production outcomes.
Responsibilities
- Design, implement, and maintain production GPU system software, including kernel-driver, runtime, firmware-interface, host-management components, debugging tracing and profiling tools, and GPU system performance measurement tools
- Own accelerator features from proof of concept and architecture through implementation, pre-silicon or emulation validation, bring-up, qualification, and deployment.
- Debug complex failures involving GPUs, CPUs, memory, PCIe or interconnects, IOMMU, firmware, operating systems, runtimes, and distributed workloads.
- Profile workloads and remove bottlenecks in initialization, memory movement, scheduling, synchronization, communication, recovery, and device utilization.
- Build automated tests, telemetry, dashboards, health checks, and diagnostic tools that make failures reproducible and regressions visible.
- Partner with silicon, firmware, compiler, library, machine-learning framework, platform, validation, and production teams to deliver compatible system behavior.
- Improve resilience through error detection, isolation, retry, reset, repair, graceful degradation, and clear operational procedures.
- Review low-level designs and code, document hardware/software contracts, and share practical performance and debugging methods with peers.