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Researchers and engineers who design, simulate and implement the codes that make quantum computers reliable enough to be useful. QEC is one of the most consequential bottlenecks in the industry — and the smallest specialism.
Quantum error correction (QEC) is the layer that turns noisy physical qubits into reliable logical qubits — without it, every other quantum-computing capability above the hardware caps out at toy-problem scale. UK industry hiring in this space is concentrated in a handful of companies (Riverlane, Universal Quantum, Quantinuum, Phasecraft and a few academic spin-outs) plus the research groups at Oxford, UCL, Imperial, Bristol, Sheffield and Edinburgh. Headcount is small but the field is one of the fastest-growing parts of the quantum stack as fault-tolerant prototypes start to ship.
Most roles fall into three loose buckets: theory (designing new code families and proving thresholds), simulation and decoders (building the classical software that interprets syndrome data fast enough to keep up with the qubits), and hardware-aware integration (working with the physics team to fit codes to the actual error model of a specific chip). The pages below break down salary by seniority, the skills hiring managers ask for, and the typical career ladder from PhD to principal — drawn from the live listings on the board.
Most QEC researchers spend their week split between modelling, simulation and writing. Senior roles tilt toward proposing new code families and leading collaborations with hardware teams; junior roles tilt toward decoder implementation, numerical experiments and writing up results.
Based on advertised midpoints across the 5 priced listings posted in the last 12 months. Base salary only.
% of 5 listings posted in the last 12 months that mention each skill, extracted from job descriptions.
A typical UK progression for quantum error corrections. Years are guidance — strong people move faster, and many senior folks sidestep into research, product or management.
Owns simulation tasks and decoder implementations. Learns the codebase, ships first results with senior support, presents at internal seminars.
Drives a sub-project end-to-end. Designs experiments, owns publications as first or co-author, mentors interns and PhD visitors.
Owns a research thread. Sets technical direction for a small team, represents the company at conferences, drives collaborations.
Leads multi-year roadmap items across hardware/software boundaries. Shapes hiring, sets the bar across the discipline, owns relationships with academic groups.
There's no single route, but most people follow some version of these steps.
QEC is one of the few fields where a PhD is genuinely the standard entry route. Look for groups working on decoders, code families, fault-tolerant compilation or noise modelling — at Oxford, Imperial, UCL, Bristol, Sheffield, Edinburgh and a handful of European labs.
A first-author paper on a code or decoder, a working open-source decoder, or experimental QEC results on real hardware. Hiring managers in this niche read papers; that's how you get on the radar.
Some companies want pure research output; others want shipping decoders to silicon. Riverlane, IBM, Google Quantum AI lean engineering. Universities and research-heavy startups lean publication. Different work, different culture.
Most QEC hires happen via direct relationships — supervisor connections, conference contacts, internships. A targeted application with a paper attached beats a generic CV every time.
Within QEC there are sub-specialisms — decoder algorithms, code design, fault-tolerant compilation, hardware-aware noise modelling. Going deep on one for 2–3 years is what unlocks senior roles.
As a QEC Researcher (Algorithms) at Riverlane, you will work on quantum algorithms and their implementation on future fault-tolerant quantum computers. You will collaborate with a multidisciplinary team, contribute to academic research, and optimize quantum circuit compilation for specific QEC primitives.
As a Lead Quantum Error Correction Researcher, you will lead high-impact research projects and manage a small team, pushing the boundaries of QEC. You'll collaborate with a multidisciplinary team, translate research into practical outcomes, and build strong relationships with external partners and customers.
As a Quantum Error Correction Researcher at Riverlane, you will contribute to the development of the world’s first Quantum Error Correction (QEC) stack, focusing on AMO qubits. You will work on high-impact research projects, collaborate with a multidisciplinary team, and engage in hands-on technical work and code development.
AtUniversal Quantum, we aim to make the world a better place by engineering the future of computing. Together, we are creating truly impactful quantum computers. Our machines will be capable of solving problems until now considered impossible, with applications ranging...
As a Senior Quantum Error Correction Researcher, you will lead high-impact research projects and manage a small team within a multidisciplinary group. Your role involves hands-on research, mentoring, and strategic direction, contributing to Riverlane's mission of building the world's first QEC stack and advancing fault-tolerant quantum computing.
As a Principal Investigator in Quantum Error Correction at Riverlane, you will lead high-impact research programs, collaborate with leading institutions, and drive the development of fault-tolerant quantum computing. Your role involves hands-on research, technical leadership, and shaping the direction of multi-stakeholder initiatives.
The locations with the most live listings for this role today.
Effectively yes. The field is small enough that almost everyone hired has either a PhD in a relevant area or strong publications from a Master's. Engineering-heavy roles (e.g. shipping decoders to FPGAs) sometimes accept strong software backgrounds, but they're the exception.
Riverlane (Cambridge), Universal Quantum (Brighton/Haywards Heath), Quantinuum (Cambridge / Oxford), Oxford Ionics, Phasecraft, and the academic groups at Oxford, UCL, Imperial, Bristol, Sheffield and Edinburgh. The cluster is denser than people expect for such a young field.
Overlapping but not identical. Quantum software engineering is broader (compilers, schedulers, control software). QEC is specifically about the error-correction layer — designing codes, simulating logical qubits, building decoders. Most QEC researchers can do quantum software engineering; the reverse is less common.
Mostly hybrid. Hardware-adjacent roles (control engineering, decoder integration with chips) need on-site time. Pure simulation and theory work is often hybrid 2–3 days a week. Fully remote is rare in this field.
Junior bands are similar (£45–65k vs £55–75k for ML). Senior is lower — top-of-market QEC pay tops out around £150k base, where ML in London goes higher. Equity at quantum companies can be material, but most are still pre-revenue.
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