What types of quantum roles are common in Oxford?

Common roles include quantum researchers, hardware engineers, and algorithm developers, often with a strong academic focus.

Are most jobs in Oxford on-site or hybrid?

Most jobs in Oxford are on-site, taking advantage of the city's rich academic and industrial resources.

How does the University of Oxford support quantum professionals?

The University of Oxford provides extensive research facilities, funding opportunities, and a collaborative environment for quantum professionals.

What industries are hiring in Oxford for quantum roles?

Industries hiring in Oxford include academic institutions, research-heavy startups, and larger consultancies with a focus on quantum technologies.

Quantum Computing Jobs in Oxford

Oxford is a global hub for quantum research and development, home to leading academic institutions and cutting-edge companies.

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Oxford is renowned for its world-class research in quantum computing and quantum technologies. The city hosts a vibrant ecosystem of universities, research institutions, and innovative companies, making it a prime location for professionals in the field. The University of Oxford, in particular, is a powerhouse in quantum information science, with significant contributions to quantum algorithms, quantum hardware, and quantum cryptography. Many roles in Oxford are research-heavy, often involving collaboration between academia and industry, and there is a strong emphasis on both theoretical and experimental work. The local job market tilts towards on-site positions, leveraging the city's rich academic and industrial resources.

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Photonic Layout Engineer

This role involves designing and laying out photonic integrated circuits (PICs) for quantum processor units (QPUs) using Python-based tools. The engineer will collaborate with cross-functional teams to integrate photonic components into multi-layer chips, perform layout verification (DRC/LVS), and contribute to custom Process Design Kits (PDKs) for tape-out in commercial foundries. The work directly supports scaling trapped-ion quantum systems through on-chip photonics.

Oxford Ionics Oxford, Oxfordshire, United Kingdom

Embedded Systems Engineer - FPGA Platform

Develop embedded Linux software, firmware, and board-support packages for FPGA-based systems used in quantum RF and sensing applications. Integrate FPGA SoCs, microcontrollers, and peripherals into robust control and signal-processing platforms. Perform board bring-up, debugging, and validation in collaboration with multidisciplinary engineering teams.

Infleqtion Kidlington, Oxfordshire, United Kingdom

Hybrid

Director, System Software

Lead a team of software engineers developing the full-stack software that powers trapped-ion quantum computers, from real-time FPGA control systems to quantum compilers and application interfaces. Define and scale engineering processes, devops, and support workflows in a cross-disciplinary environment working closely with quantum scientists. The role is central to evolving the software architecture and team structure to support internal research and external customer delivery.

Oxford Ionics Oxford, United Kingdom

Staff Analogue Designer, CMOS Modelling

This role involves developing high-fidelity behavioural models for cryo-CMOS mixed-signal integrated circuits used in quantum computing systems. You'll derive models from mathematical foundations, implement them in Verilog-A/AMS and real-number formats, and ensure correlation with schematic and silicon measurements. The position shapes modelling methodology and enables full-chip simulation across temperature extremes, directly supporting the development of control hardware for trapped-ion quantum processors.

IonQ Oxford, United Kingdom

Embedded DevOps Engineer

This role focuses on building and maintaining robust CI/CD pipelines, hardware-in-the-loop testing, and infrastructure-as-code systems to support quantum computing and sensor development. The engineer will manage software deployment, system security, and lab infrastructure, ensuring high uptime and traceable, reliable releases across integrated software, firmware, and gateware. Close collaboration with both hardware and software teams is essential in a research-driven lab environment.

Infleqtion Kidlington, United Kingdom

Hybrid Permanent

Systems Engineer – Quantum Infrastructure

Design and maintain production-scale infrastructure for quantum computing systems, integrating enterprise IT with scientific hardware. Automate deployments using Terraform, Ansible, and Kubernetes while supporting a hybrid Linux/Windows environment. Collaborate with physicists and engineers to build resilient, repeatable systems in a cutting-edge research and development setting.

Adria Solutions Shipton on Cherwell, Oxfordshire, OX5 1JN, United Kingdom £40,000 – £65,000 pa

On-site Permanent

Quantum Software Engineer - Algorithms & Applications

Develops quantum algorithms and applications for near-term and fault-tolerant quantum systems, focusing on simulation, optimization, and hybrid quantum-classical workflows. Works across software, hardware, and research teams to implement and optimize algorithms using modern quantum SDKs and compiler toolchains. Contributes to customer support, proposal development, and scientific publication in high-impact journals.

Infleqtion Kidlington, United Kingdom

Hybrid Permanent

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Hiring in Oxford

Oxford's quantum ecosystem is supported by a robust network of academic and industrial partners. The University of Oxford, along with other research institutions, offers a fertile ground for innovation and collaboration.

Companies in Oxford are actively seeking professionals with expertise in quantum computing, from early-stage startups to established research centres. The city's strong emphasis on both theoretical and experimental work makes it an ideal location for those looking to push the boundaries of quantum technology.

The local job market is characterised by a high concentration of research roles, with many positions requiring a deep understanding of quantum mechanics and a collaborative mindset.

FAQs

Common questions

Common roles include quantum researchers, hardware engineers, and algorithm developers, often with a strong academic focus.
Most jobs in Oxford are on-site, taking advantage of the city's rich academic and industrial resources.
The University of Oxford provides extensive research facilities, funding opportunities, and a collaborative environment for quantum professionals.
Industries hiring in Oxford include academic institutions, research-heavy startups, and larger consultancies with a focus on quantum technologies.

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