Senior SRE – AI Infrastructure & Reliability Leader

Nscale; Houston, San Francisco, Seattle (TX, CA, WA); Presencial; USD 170.000 - 265.000; Jornada completa

Ventajas ofrecidas por este puesto de trabajo

Competitive base + equity

Ownership from start

Flexible work day

Descripción de la vacante

Senior Site Reliability Engineer - AI Infrastructure Operations at Nscale seeks a seasoned SRE to raise the reliability bar across a multi-cloud, AI-focused platform. You’ll own the hardest problems, set standards, and guide incident response while mentoring others to lift the team.

You’ll work close to the metal with Kubernetes, Linux, and high‑performance compute, driving SLOs, observability, and scalable on-call practices that reduce toil and outages over time.

Formación

• 6–10 years of experience in SRE, systems engineering, or software engineering with production ownership.
• Strong software engineering skills and ability to build tools used by others.
• Deep Linux, networking, and distributed systems knowledge.
• Hands-on with Kubernetes and HPC or AI workloads.

Responsabilidades

• Own reliability for critical production services end to end.
• Grow the team and mentor SREs through reviews and debriefs.
• Set standards: SLOs, incident process, on-call practices.
• Get involved early in design reviews to build reliability in.
• Lead the hardest incidents and root causes to prevent recurrence.
• Build tooling and automation to remove toil for the team.

Conocimientos

Python

Go

Linux

Kubernetes

SRE leadership

Incident management

Herramientas

Kubernetes

Descripción del empleo

Senior Site Reliability Engineer - AI Infrastructure Operations at Nscale seeks a seasoned SRE to raise the reliability bar across a multi-cloud, AI-focused platform. You’ll own the hardest problems, set standards, and guide incident response while mentoring others to lift the team.

You’ll work close to the metal with Kubernetes, Linux, and high‑performance compute, driving SLOs, observability, and scalable on-call practices that reduce toil and outages over time.