Overview
Design, optimize, and scale GPU infrastructure for AI training and inference workloads, owning end-to-end system performance from hardware qualification to cluster-level optimization.
What you'll do
- Own end-to-end validation of GPU clusters and new hardware platforms
- Lead hardware qualification and bring-up for new GPU platforms
- Analyze and resolve performance bottlenecks across GPU, CPU, PCIe, and network layers
- Establish and maintain validation frameworks, test suites, and performance baselines
- Develop and enhance automation frameworks for cluster provisioning and validation
- Define performance baselines and validation methodologies
- Troubleshoot complex distributed system issues, including communication libraries (e.g., NCCL)
- Improve system reliability through proactive testing and tuning
- Mentor engineers and elevate team capabilities
- Drive cross-functional initiatives to improve GPU cluster reliability and efficiency
What you'll need
- 5+ years of experience in GPU infrastructure, HPC, or distributed systems
- Strong expertise in Linux systems and server hardware
- Proven experience with large-scale GPU clusters
- Strong programming skills in Python (beyond basic scripting)
- Experience with automation frameworks (Ansible or similar)
- Experience defining validation standards and performance baselines for GPU infrastructure
- Strong debugging skills across system layers (hardware → OS → network)
- Familiarity with high-speed networking concepts to coordinate with fabric engineering teams
- Excellent communication and cross-team collaboration skills
Details
- Location: Remote, United States
- Compensation: $190,000 - $210,000; final compensation varies by experience, background/skill set, location, and applicable laws
Read the full description and apply on the company’s own careers page.