Senior Software Engineer, Bare Metal Infrastructure – DGX Cloud

NVIDIA DGX Cloud builds large-scale GPU infrastructure that powers the world’s most demanding AI workloads. Our Bare Metal Infrastructure team owns the software that turns newly racked hardware into reliable, validated production capacity. We’re looking for a software engineer with deep systems engineering instincts — someone who writes production code and understands how servers, firmware, BMCs, and networks actually behave. You’ll work across the full bare-metal lifecycle: new platform introduction, firmware qualification, automated provisioning, validation, remediation, and handoff to production. We use AI agents and LLM tools heavily in how we build software, and we want someone excited to push that further.

What you’ll be doing:

• Designing, building, and maintaining production services for bare-metal discovery, provisioning, hardware validation, firmware upgrades, auditing, and repair across large GPU fleets.
• Developing integrations with Redfish and vendor BMC interfaces to manage server state, collect inventory and health data, enforce configuration, and drive recovery — handling vendor differences in code.
• Contributing to and reviewing code in our Rust codebase, and building supporting tools and services in Go and Python.
• Turning recurring hardware, firmware, and connectivity failures into automated detection, validation, and repair workflows.
• Defining and implementing automated validation and handoff criteria for new platforms, firmware releases, and rack-scale deployments.
• Debugging complex failures across hardware, firmware, Linux, networking, and provisioning services, and feeding what you learn back into the software.
• Partnering with server and component vendors and with internal platform, networking, datacenter, and production engineering teams to resolve cross-boundary issues.
• Using AI agents and LLM tools daily to write, review, and test code and to investigate failures, and helping shape how the team builds with AI.

What we need to see:

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