Software Reliability Engineer

Nuro Nuro · Robotics · CA · Fleet Infrastructure

Nuro is seeking a Software Reliability Engineer to design, build, and operate systems supporting their autonomous vehicle platform and fleet operations. The role involves working across the full development lifecycle, focusing on building resilient systems through automation, observability, and operational feedback, and influencing how reliability is engineered as the platform scales.

What you'd actually do

  1. Build fleet-scale pipelines that turn noisy onboard signals into actionable, high-confidence investigations.
  2. Develop automated triage and correlation systems that deduplicate issues, route them to the right owning teams, and attach up-to-date priority signals and diagnostic context.
  3. Partner with engineering teams and subject matter experts to turn investigation outcomes into better instrumentation, automation, and signal quality over time.
  4. Build internal tools and workflows that reduce duplicate effort and increase situational awareness as the fleet scales (self-service debugging, standardized metrics, shared templates, securely scoped access).
  5. Lead reliability investigations to identify contributing factors and ensure learnings turn into durable engineering changes.

Skills

Required

  • writing and shipping software that runs in production
  • build and maintain tools and automation
  • Python
  • Go
  • Bash
  • C++
  • Strong debugging fundamentals across the stack
  • using system signals and live troubleshooting
  • identify contributing factors
  • making complex systems understandable, resilient, and easier to run as they scale

Nice to have

  • distributed systems
  • real-world deployed systems (vehicles, robotics, IoT, or similar)
  • production telemetry
  • observability
  • reliability metrics
  • operational feedback loops
  • cross-team reliability work
  • mission-critical environments

What the JD emphasized

  • ownership mindset
  • real-world conditions
  • production telemetry
  • observability
  • mission-critical environments