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Oxford Ionics Tech Stack

Trapped-ion quantum computers with IonQ technology

Computers and Electronics Manufacturing Kidlington, Oxford , Oxfordshire 51–200 employees Founded 2019 Privately Held

Oxford Ionics builds trapped-ion quantum systems as part of the IonQ ecosystem. The stack reveals a hardware-first operation: simulation tools (Ansys, COMSOL, LTspice, MATLAB) dominate, paired with Python for control logic and a modern web layer (React, Svelte, TypeScript) for scientist-facing tools. Hiring is heavily skewed toward engineering (18 of 24 roles, mostly senior and mid-level), with active projects spanning optics, laser systems, QPU prototypes, and commissioning workflows — indicating they're scaling from R&D toward manufacturing and customer delivery.

Tech Stack 46 technologies

Core StackPython MATLAB JavaScript TypeScript Svelte React Rust GitHub Actions OpenTelemetry Grafana Loki Linux Ansys COMSOL LTspice Julia IonQ HTML CSS D3.js Plotly ECharts SolidJS Git WebGL Mimir Tempo USB PCIe Ethernet+13 more

AdoptingTerraform Ansible Packer

What Oxford Ionics Is Building

◆Challenges

Reduce build pain
Accelerating commissioning
Maximising system uptime
Rapid prototyping with long-term reliability
Delivery of prototypes and qpu devices
Expanding new facilities
Maintaining high standards
Reducing procurement bottlenecks
Reducing system downtime
Scaling quantum computing infrastructure

▲Active Projects

Optics and laser build for quantum systems
Next-generation trapped-ion quantum computers
Near field simulation and optimisation capability
Adoption/consumption for clients
Designing preventive maintenance plans
Develop packaging capabilities
Align fabrication and test roadmaps
Deliver qpu prototypes
Front-end tooling for scientists
Interactive tools for systems team

Hiring Activity

Accelerating25 roles · 15 in 30d

Department

Engineering

18

Ops

3

Support

2

Research

1

Seniority

Senior

12

Mid

7

Director

2

Manager

2

Junior

1

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About Oxford Ionics

Oxford Ionics develops trapped-ion quantum computers using IonQ's technology platform. The company operates across hardware design, fabrication, system integration, and customer support, with sites in the UK, US, and South Korea. Near-term focus spans optics and laser subsystems, QPU prototype delivery, commissioning acceleration, and preventive maintenance planning. Pain points cluster around build complexity, uptime maximization, prototype-to-production velocity, and supply-chain friction — typical of a deeptech hardware company scaling from lab to production.

HeadquartersKidlington, Oxford , Oxfordshire

Company Size51–200 employees

Founded2019

Hiring MarketsUnited Kingdom, United States, South Korea

Frequently Asked Questions

What tech stack does Oxford Ionics use?

Simulation (Ansys, COMSOL, LTspice, MATLAB), control software (Python, Rust, Julia), web frontends (React, Svelte, TypeScript), infrastructure (Terraform, Ansible, GitHub Actions, Grafana, Loki), and IonQ platform integration.

Where is Oxford Ionics headquartered?

Kidlington, Oxford, Oxfordshire, United Kingdom. Active hiring also in the United States and South Korea.

What is Oxford Ionics currently building?

Next-generation trapped-ion quantum computers, including optics/laser subsystems, QPU prototypes, commissioning workflows, preventive maintenance planning, and front-end tools for scientists and systems teams.