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Senior Quantum Applications Engineer
Job title: Senior Quantum Applications EngineerSalary: Band E S1 £56,509 Gross per annumContract type: PermanentHours: Full-time (We understand the importance of work-life balance and are happy to discuss flexible working opportunities with candidates)Location: Rutherford Appleton Laboratory, Harwell Campus, Oxfordshire, UKTogether, our scientists, technologists, engineers and business support team explore the unknown and turn what they find into work that changes...
National Quantum Computing Centre
Didcot
Quantum Systems Scientist: Reliable Cold-Atom Platforms
A leading quantum computing innovator in Oxford is seeking a Quantum Systems Scientist to ensure the performance and reliability of trapped-ion quantum systems. The role involves diagnostics, troubleshooting, and developing robust engineering solutions to maximize system uptime. Ideal candidates will have a PhD in a relevant field and hands-on experience with complex cold-atom experiments. This position offers a competitive salary,...
Quantum Flagship
Oxford
System Reliability Engineer - Quantum Computing - 227
Quantinuum is seeking to hire a System Reliability Engineer for our Cambridge-based cloud platform, Quantinuum Nexus. Our team aims to support the effort of quantum researchers at every stage of an experiment, making working on quantum computers as easy as sending an email. The successful candidate will be an expert at working with managed Kubernetes instances such as Amazon EKS...
Quantinuum Ltd.
Cambridge
Systems Engineer - Quantum Computing - Linux Ubuntu - Docker
Systems Engineer – Quantum Computing – Linux Ubuntu – Docker We’re looking for a Linux Hardware and Software Engineer to enable uptime and reliability in a quantum computing R&D environment. The role is based in Oxford and offers up to £60,000 per year, unlimited annual leave, 10% pension, and more. Responsibilities Maintain and operate Docker-based deployments on Linux (Ubuntu, RHEL)...
Opus Recruitment Solutions
Oxford
System Reliability Engineer - Quantum Computing - 227
Quantinuum is seeking to hire a System Reliability Engineer for our Cambridge-based cloud platform, Quantinuum Nexus. Our team aims to support the effort of quantum researchers at every stage of an experiment, making working on quantum computers as easy as sending an email. The successful candidate will be an expert at working with managed Kubernetes instances such as Amazon EKS...
Quantinuum
City of London
Quantum Cloud SRE: Reliability & Observability
A leading quantum computing firm in Cambridge is seeking a System Reliability Engineer to manage cloud architecture on Kubernetes. The ideal candidate should have experience in cloud-based systems, performance monitoring using AWS tools, and programming knowledge in Python. Competitive salary, equity, and benefits including 28 days of holiday are offered, providing a great opportunity to be part of the quantum...
Quantum computing is one of the most demanding – & exciting – areas in technology. It sits at the intersection of physics, mathematics, computer science, engineering & even philosophy. The problems are complex, the systems are fragile, & the answers are rarely obvious.
That’s exactly why quantum needs people who think differently.
If you live with ADHD, autism or dyslexia, you may have been told your brain is “too distracted”, “too literal” or “too chaotic” for high-end research or deep technical roles. In reality, many of the traits that made school or traditional workplaces difficult can be huge strengths in quantum computing – from intense focus on niche topics to pattern recognition in noisy data & creative approaches to algorithms.
This guide is for neurodivergent job seekers exploring quantum computing careers in the UK. We’ll look at:
What neurodiversity means in a quantum computing context
How ADHD, autism & dyslexia strengths map onto common quantum roles
Practical workplace adjustments you can ask for under UK law
How to talk about your neurodivergence in applications & interviews
By the end, you’ll have a clearer sense of where you might thrive in quantum computing – & how to turn “different thinking” into a genuine superpower.
As we move into 2026, the quantum computing jobs market in the UK is shifting from hype to harder-edged reality. The wildest forecasts have softened, some early-stage start-ups have pivoted or been acquired, and investors are more selective. At the same time, governments, big tech, defence, finance and pharma still see quantum as strategically important – especially in algorithms, quantum-safe cryptography, optimisation and materials simulation.
The result: fewer “blue-sky” roles with no clear roadmap, and more demand for quantum talent that can plug into real programmes, real products and real timelines.
Whether you’re a quantum job seeker planning your next move, or a recruiter building teams across hardware, software, theory or adjacent fields, understanding the key quantum computing hiring trends for 2026 will help you stay ahead.
Summary: UK quantum computing hiring has shifted from credential‑first screening to capability‑driven evaluation. Employers now value provable contributions across the stack—algorithms & applications, compilation & optimisation, circuit synthesis, control & calibration, hardware characterisation, error mitigation/correction (QEM/QEC), verification/benchmarking, and hybrid HPC/quantum workflows—plus the ability to communicate trade‑offs, costs and feasibility to non‑quantum teams. This guide explains what’s changed, what to expect in interviews and how to prepare—especially for quantum algorithm engineers, quantum software/compilers, experimentalists, quantum control & firmware, cryo/readout engineers, quantum error correction researchers, verification/benchmarking specialists, and quantum‑adjacent product managers.
Who this is for: Quantum algorithm/applications engineers, compiler/optimisation engineers, control/firmware engineers, experimental physicists & hardware engineers (superconducting, trapped ion, photonic, spin/neutral atom), cryogenics & RF/microwave, QEC researchers, verification/benchmarking specialists, quantum‑HPC orchestration engineers, and product/BD roles in the UK quantum ecosystem.
Quantum computing has long been considered an elite subfield of physics and computer science. But as quantum technologies advance—from fault-tolerant hardware to quantum algorithms and quantum cryptography—they’re moving closer to real applications in finance, materials simulation, optimisation, cryptography and more. As this transition happens, UK quantum computing careers are becoming increasingly multidisciplinary.
Quantum systems are no longer just the domain of physicists and quantum software engineers. If quantum technologies are to be trusted, adopted and regulated, professionals must also incorporate expertise in law, ethics, psychology, linguistics & design. In practice, quantum computing projects now intersect with data governance, risk, human interaction, explainability and communication.
In this article, we’ll explore why quantum computing careers in the UK are shifting to multidisciplinary roles, how these five supporting fields intersect with quantum work, and what job-seekers & employers should do to keep up in this evolving frontier.
Quantum computing has shifted from lab curiosity to the next frontier of high-impact computing. Across the UK, universities, national labs, start-ups, and established tech and finance firms are building quantum teams to explore algorithms, design hardware, and deliver quantum-ready software. As momentum grows, so does the need for clear, robust team structures. Because quantum R&D spans physics, engineering, computer science, and product, ambiguity about who does what can slow progress, increase risk, and inflate costs.
This guide maps the typical roles in a modern quantum computing department, how they collaborate across the research-to-product lifecycle, skills and backgrounds UK employers expect, indicative salary ranges, common pitfalls, and practical ways to structure teams that move fast without breaking science.
Quantum computing is rapidly emerging from the realm of theoretical physics into practical reality. While classical computers use bits (0 or 1), quantum computers employ qubits, which can exist in superpositions of states. This enables them to tackle certain types of problems—such as optimisation, complex simulations, and cryptography—that classical machines struggle with.
Although quantum technology is still in its early stages, sectors including financial services, pharmaceuticals, materials science, and cybersecurity are already experimenting with and investing in quantum computing. As a result, demand for professionals with expertise in quantum algorithms, quantum hardware, software integration, and quantum error correction is growing.
The United Kingdom is uniquely positioned to become a global quantum computing jobs hub. With leading universities, expanding research programmes, supportive government strategy, and a maturing quantum ecosystem, the UK is building a foundation for career growth in this transformative field.
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