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Oxford Quantum Circuits

Develops superconducting quantum computers and services

Director of Quantum Error Correction - Quantum Error Correction

Engineering LeadershipConfirmed live in the last 24 hours
Full-timeReading, UKNo salary listed

About the Job

Requirements

  • Deep experience developing quantum error-correction codes, such as bosonic, surface, or low-density parity-check codes, or working on computationally intensive simulations, decoders, and logical architectures.
  • A proven track record of collaborating with hardware designers, control-system engineers, and software architects to translate abstract theory into real-world physical systems.
  • Strong people leadership, including managing technical leads and managers, and developing research scientists and specialist engineers at every career stage.
  • Experience applying structured project management to research-heavy programmes, adapting leadership approach across diverse teams, and maintaining clear executive alignment.
  • A Master's or PhD in a scientific or engineering discipline, with a strong focus on Quantum Information Theory or a closely related field.

Responsibilities

  • Build and scale a QEC team, developing technical leads and their teams across architecture, numerical modelling, hardware co-design, and implementation.
  • Make the company's logical architectures globally competitive by optimizing physical-to-logical qubit overheads and implementing state-of-the-art error correction and mitigation protocols.
  • Translate company roadmaps into multi-month and multi-year execution plans that bring structure to research while supporting innovation.
  • Create a continuous feedback loop between modelling and physical demonstrations, aligning physics, control systems, software, and product operations.
  • Communicate progress and risk to teams and executives, adapt plans as hardware evolves, and address technical bottlenecks, research dead-ends, and team challenges early.
  • Own QEC financial planning, forecasting and managing spend on software tools, external decoder partnerships, and compute and simulation resources.
  • Represent the company internationally by presenting QEC and Logical Systems milestones at major conferences and to strategic partners.

Desired Qualifications

  • Commercial experience developing quantum computing technologies.
  • Experience designing or implementing quantum or cryogenic systems.
  • Knowledge of superconducting qubit architectures or cryogenic engineering.
  • Experience owning end-to-end technical project delivery in fast-paced R&D environments.
  • Roadmapping, external partnership management, and technical presentation experience.
  • Experience coordinating multiple large technical teams delivering complex scientific programmes.

About the Company

Oxford Quantum Circuits

Develops superconducting quantum computers and services

Oxford Quantum Circuits (OQC) is a UK quantum computing company that builds superconducting quantum systems using its Coaxmon architecture and offers Quantum Computing as a Service through cloud access and colocated data centers. Its products work by using superconducting qubits implemented with the Coaxmon design, allowing users to run quantum programs remotely via a cloud interface or at partner data centers, with plans for larger TITAN systems aimed at fault-tolerant computing. What sets OQC apart from competitors is its specific Coaxmon architecture and its focus on scaling up infrastructure across international locations, backed by a large Series C funding round and strategic investors, to push toward practical, fault-tolerant quantum computing. The company’s goal is to expand its global infrastructure and develop next-generation TITAN quantum systems to achieve fault-tolerant quantum computing at scale.

Company size
51-200
Company stage
Series C
Total funding
$503.8M
Headquarters
Shinfield, United Kingdom
Founded
2017

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