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IonQ

Trapped-ion quantum computing hardware and services

Staff Platform Engineer

Platform EngineeringConfirmed live in the last 24 hours
Full-timeOxford, UK

About the Job

Requirements

  • Hands-on experience running Linux infrastructure in production, ideally both on-premises and in the cloud, with infrastructure as code, Kubernetes, and CI/CD.
  • Ability to diagnose problems across the whole stack, including storage faults, failing pipelines, and development environments that will not start.
  • Treat observability and security as part of the job.
  • Ability to lead a piece of work from design to rollout within a fast-moving, highly technical team.
  • Write mostly Python, shell, and OpenTofu; make the company's Rust and Python product code build and test faster rather than writing that product code.
  • Plan for rollback, test changes against the real system, and document learnings; changes are reviewed and automatically validated before reaching live quantum systems.
  • At least 5 years in a Platform, DevOps, or Site Reliability role running Linux systems in production.
  • Experience with infrastructure as code using Terraform or OpenTofu.
  • Experience running containerised workloads on Kubernetes in production.
  • Experience building and speeding up CI/CD pipelines, ideally using GitHub Actions.
  • Experience with observability and security for production systems, including monitoring, alerting, secrets, and access control.

Responsibilities

  • Build and run the infrastructure behind quantum systems, on-site and in the cloud, so engineering teams can ship changes quickly and safely.
  • Run and evolve the Kubernetes platform behind each quantum system and the release process that promotes software onto it, using k3s, ArgoCD, and Helm.
  • Make continuous integration faster and more reliable for every engineer, including hardware-in-the-loop and FPGA build runners and build caches, using GitHub Actions.
  • Define dashboards and alerts as code for quantum-system hardware such as lasers, cryogenics, and vacuum; move these onto the shared observability platform with production Site Reliability Engineering colleagues, using Grafana and OpenTelemetry.
  • Provide each engineer and physicist with a ready-to-use remote development environment, on-site or in the cloud, that works with quantum-system hardware.
  • Keep on-site and cloud infrastructure secure, recoverable, reproducible, and reviewable as code using OpenTofu and Atmos, covering secrets, access, certificates, and identity; coordinate with the infrastructure team on shared cloud services.
  • Take central roles in strategic Platform team projects and lead their definition, execution, and implementation.
  • Work with physicists, lab technicians, firmware and software engineers, IT, product management, and production Site Reliability Engineering across company locations to identify and resolve their obstacles.
  • Lead technical decisions and write runbooks and guides that enable other teams to change the platform safely.

Desired Qualifications

  • Experience with AI coding tools is helpful.
  • An interest in quantum computing is helpful; prior quantum-computing experience is not required.

About the Company

IonQ

Trapped-ion quantum computing hardware and services

IonQ builds quantum computers using trapped-ion qubits and provides cloud access and on-premise systems (Forte and Tempo). It is expanding into quantum networking, secure communications, and sensing through acquisitions (Oxford Ionics, ID Quantique, Skyloom) and a SkyWater deal. Its customers include AWS Braket and the U.S. government, with revenue growth and a strong cash position to support expansion. The goal is to scale commercial quantum computing by creating a connected quantum ecosystem and broadening access beyond hardware.

Company size
1,001-5,000
Company stage
IPO
Headquarters
College Park, MD
Founded
2015

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