Quantum Error Correction Theorist

Workable
Reading
1 month ago
Applications closed

Related Jobs

View all jobs

Quantum Error Correction Scientist

Senior Quantum Error Correction Researcher

Research Scientist, Quantum Algorithms

Software Developer - Quantum Computing

Quantum Scientist - Superconducting Qubits (UK remote-ish)

Quantum Algorithms Scientist

At OQC we’re pushing the boundaries of quantum innovation, and bringing in an additional Quantum Research Scientist will help us get there even faster. You’ll help lead scientific research projects that genuinely impact our quantum technology, from design and implementation to data collection and analysis. This is your chance to drive quantum innovation in a hands-on role while working with some of the best like-minded folk in the field.

You’re already a proven scientist - probably at PhD level - who thrives on solving complex, technical challenges and someone who’s shown a creative approach that’s improved quantum systems. You’ll thrive solving challenging technical problems and developing new techniques and advancements in QEC theory and be comfortable collaborating with other scientists and technical teams sharing updates.

As part of a team niche team of engineers and scientists you’ll be working for Jamie Friel (technology Manager - Quantum Theory), you’ll be actively involved in:

  • Developing, maintaining and testing of advancements in quantum error correction theory for superconducting circuit-based quantum processors
  • Running algorithm benchmarks, supporting improvements to error rates etc. for other technical teams across the company.
  • Simulating processor performance given experimental characteristics and identifying solutions for improvement; including error mitigation/ correction, resource estimation for error correction. Feeding results and insights gained back to the wider team.
  • Working directly with other technical teams to improve quantum error correction performance

We’re seeking someone with hands-on experience working on quantum systems, perhaps quantum computing architectures, superconducting resonators or related fields. You’ll have experience carrying our research into Quantum Error Correction, simulating Error Correction ideally for superconducting circuit processors and experience of python coding for data analysis.

Your ability to communicate complex scientific findings clearly - both in writing and in person - will be as important as your technical skills. You’ll thrive in a collaborative environment, working with others across the business and striving to ensure we hit our commercial and scientific milestones.

A PhD in a related field would be great as this could be a well-established entry role into industry from academia. But if you’ve got proven industry experience too, then we’d especially keen to hear from you.

Research has shown that women are less likely than men to apply for this role if they do not have solid experience in 100% of these areas. Please know that this list is indicative and that we would still love to hear from you even if you feel you only are a 75% match. Skills can be learnt, diversity cannot.

At OQC, we see a brighter future for all, enabled by quantum, to find out more visit - https://oqc.tech/company/working-here/

Are you ready to help us build this future?

APPLY NOW!

At OQC we are not just hoping you’ll fit in our culture. We aspire to thrive, as a company and as people, thanks to your diversity of thought and background. We are proud to be an equal opportunity employer and we are committed to providing our team members with a work environment free from discrimination, where everyone is treated with respect. Our employment decisions are based on business needs, talent and merit and all our colleagues share in the responsibility for fulfilling our commitment to diversity. We look forward to meeting you!

Get the latest insights and jobs direct. Sign up for our newsletter.

By subscribing you agree to our privacy policy and terms of service.

Industry Insights

Discover insightful articles, industry insights, expert tips, and curated resources.

The Ultimate 2025/ 26 Guide to Quantum Machine Learning Jobs in the UK

Quantum computing is hurtling out of the laboratory and into board‑room roadmaps. Over the past year the UK alone has secured more than £700 million in venture backing for quantum scale‑ups, IBM has unveiled a 1,000‑qubit processor, and Westminster has committed £2.5 billion to its National Quantum Strategy. As the underlying hardware scales, employers are scrambling to hire professionals who can fuse quantum principles with modern machine‑learning practice—creating a perfect storm of opportunity for early movers. Whether you are a physicist pivoting into software, a data scientist intrigued by qubits, or a CTO seeking rare talent, this 2025 guide demystifies the rapidly evolving market for quantum machine learning jobs. You will learn where the roles are appearing, which skills command the highest salaries, and how pioneering organisations—from banks to biotech—are already extracting value from quantum‑accelerated AI. Dive in and position yourself at the forefront of an industry set to reshape computing as we know it.

Rural-Remote Quantum Computing Jobs: A New Frontier Beyond the Big Cities

A Fresh Outlook for Quantum Computing Professionals Quantum computing often conjures images of advanced laboratories, cryogenic chambers, and major research hubs in sprawling tech parks or prestigious universities. Historically, London and other big cities have indeed been magnets for quantum computing start-ups and innovation centres. However, the tide is turning. With the accelerated rise of remote work and enhanced digital infrastructure, professionals in this trailblazing field now find they can shape the future of quantum technology from rural and coastal regions across the UK. At QuantumComputingJobs.co.uk, we’ve watched a growing number of applicants intentionally seek out “tech jobs by the sea” or “quantum remote countryside” roles. The reasons are many: a desire for fresh air, a slower pace, reduced living costs, or the inspiration gleaned from scenic landscapes. Quantum computing might be at the cutting-edge of tech, but that doesn’t mean you must trade tranquillity for a daily commute in a bustling metropolis. Below, we explore why rural-remote quantum computing jobs are becoming more common, the benefits and challenges of living away from urban centres, and how to position yourself for success in this new frontier. If you’re ready to combine advanced research or engineering with the quiet allure of the countryside (or the coastal breeze), read on for actionable insights.

Quantum-Enhanced AI Jobs: What Happens When Qubits Meet Neural Nets?

Over the last decade, we have witnessed spectacular leaps in the fields of Artificial Intelligence (AI) and quantum computing. From self-driving cars to machine-generated art, AI has permeated our everyday lives. Meanwhile, quantum computing—once the stuff of science fiction—has progressed at breakneck speed, with big players like IBM, Google, and IonQ demonstrating quantum processors that promise exponential computational power. But what happens when these two revolutionary domains converge? Welcome to the era of quantum-enhanced AI, where qubits meet neural networks to unlock computational capabilities far beyond today’s digital norms. In this blog post, we are taking an early thought-leadership stance on a topic that remains relatively uncharted by the wider tech world. With competition sparse, this is an ideal opportunity to position yourself and your organisation at the forefront of a new wave. We’ll dive into the core concepts, examine why quantum-enhanced AI is considered a game-changer, and highlight emerging career opportunities you can seize right now. Whether you’re a machine learning specialist seeking to sharpen your skill set, a quantum computing researcher wanting to apply your expertise, or simply curious about the future of technology, this deep dive is for you.