Senior Quantum Applications Engineer

National Quantum Computing Centre
Didcot
2 months ago
Applications closed

Related Jobs

View all jobs

Laser Applications Engineer

Senior Quantum Error Correction Researcher

Senior Quantum Error Correction Researcher

Senior Quantum Error Correction Researcher – Decoding Algorithms

Senior Compiler Engineer

Senior Digital Design Engineer

Job title: Senior Quantum Applications Engineer

Salary: Band E S1 £56,509 Gross per annum

Contract type: Permanent

Hours: 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, UK

Together, our scientists, technologists, engineers and business support team explore the unknown and turn what they find into work that changes the world around us.

Come and discover how much you can achieve when you’re surrounded by world-leading experts, encouraged to constantly learn and empowered to explore your curiosity.

About NQCC:

The National Quantum Computing Centre (NQCC) is the UK’s national laboratory dedicated to accelerating the development and adoption of quantum computing.

Headquartered at the Harwell Campus in Oxfordshire, the NQCC works across government, industry, and academia to address the engineering challenges of scaling quantum computers and to build a quantum-ready economy. Its mission is to enable the UK to solve complex societal and industrial challenges by harnessing the transformative potential of quantum computing.

The NQCC is a joint initiative of the Engineering and Physical Sciences Research Council (EPSRC) and the Science and Technology Facilities Council (STFC). It sits alongside other departments within the STFC National Laboratories and is part of the wider National Quantum Technologies Programme (NQTP).

Our Benefits include a flexible working scheme (subject to business requirements), a defined benefit pension scheme and 30 days annual leave allowance plus 10.5 bank holiday/privilege days and several other benefits.

About the role:

You will join the Quantum Applications Team (QAT) within the Innovation function of the NQCC. At the core of your activities, you will be striving to solve practical problems using quantum computing and work towards the development of possible applications. As part of the QAT, you will be working within an environment with access to a range of different quantum computing architectures and prototypes.

As a Senior Applications Engineer, you will utilise your skills and build your understanding of methodologies and technologies that enable the implementation and execution of quantum algorithms.

Your work will be in support of the NQCC’s quantum readiness activities and quantum computing testbeds initiative, aimed at understanding the potential and the opportunities presented by quantum computing, its applications and utilisation. You will be working alongside hardware engineers, experts who are building and operating quantum computers. In addition, you will work with and be supported by software developers who build software and systems that access and control quantum devices. Project support is provided by dedicated staff within the organisation.

Externally, you will be working collaboratively, alongside partners from industry and the research community, on exciting projects that aim to push the state‑of‑the‑art in quantum computing.

Key responsibilities:

Responsibilities and day‑to‑day activities of a successful candidate:

  • Lead technical work to support the delivery of the QAT’s objectives.
  • Use quantum algorithms, emulators and quantum computers to develop solutions to practical problems and pursue pathways towards quantum advantage.
  • Benchmark and evaluate prototype quantum computers to understand their performance, behaviour, potential utility and suitability for algorithm execution.
  • Use software development kits (SDKs) and tools to code quantum computers.
  • Work on the development of a quantum applications roadmap.
  • Work with enabling technologies to implement and execute quantum algorithms.
  • Build the necessary mathematical models, libraries and codebases to underpin the delivery of the technical work and research.
  • Act as the technical lead (PI and/or Co‑I) on collaborative projects.
  • Publish non‑confidential results appropriately.
  • Present non‑confidential work and results in meetings, conferences, workshops and events, both in the UK and internationally.
  • Keep up with the state‑of‑the‑art in quantum computing.
  • Provide technical advice and guidance to junior members of staff.
Person specification:

This role is suitable for persons holding PhD qualifications or equivalent experience in quantum algorithms and applications development, physics or quantum technologies. A Senior Quantum Applications Engineer works well as part of a multidisciplinary team, but also demonstrates autonomy within their area of responsibility. You will be proactive, self‑motivated and able to work in a dynamic environment. You will have a good eye for detail, interpreting and presenting technical data. You will be able to work/travel within the UK and overseas as and when required to attend international meetings with collaborators and/or events or conferences.

(Please note the below criteria will be assessed at the Shortlisting [S] or Interview [I] stage, as indicated)

  • Educated to PhD level (or equivalent industry experience) in quantum computing or a closely related field. [S]
  • Demonstrable track record of research in the field of quantum computing (or a closely related field), such as peer‑reviewed publications. [S&I]
  • Party to the delivery of projects and technical work in the field of quantum computing (or a closely related field). [S&I]
  • Experience of working with quantum algorithms in the areas of simulation, optimisation and/or machine learning, with knowledge in emulation, implementation of algorithms and execution of quantum circuits, as well as the challenges facing the above within the current state‑of‑the‑art. [S&I]
  • Demonstrable experience in using classical programming languages, such as Python (as a minimum), as well as using programming languages and software development kits (SDKs) to program quantum computers. [S&I]
  • Excellent verbal and written communication skills, with the ability to clearly present and disseminate technical work and results and influence internal staff and other stakeholders. [S&I]
  • Excellent teamwork and collaboration skills, with a positive attitude towards working in a multidisciplinary team, but also the ability to demonstrate autonomy within the area of responsibility. [I]

Please note, if you will require sponsorship to work in the UK, as part of your sponsorship application, you and any dependants travelling with you will be required to pay costs directly to the Home Office for the application before you start your role with us. UKRI is normally able to reimburse some or all of these fees after you have become an employee, and this can be discussed with the Hiring Manager. For more information, please visit https://www.gov.uk/skilled-worker-visa/how-much-it-costs or contact .


#J-18808-Ljbffr

Subscribe to Future Tech Insights for the latest jobs & insights, direct to your inbox.

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

Industry Insights

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

How Many Quantum Computing Tools Do You Need to Know to Get a Quantum Computing Job?

Quantum computing is one of the most exciting frontiers in science and technology — and the job market reflects that excitement. But for aspiring practitioners, the sheer number of tools, frameworks, programming languages and hardware platforms can feel overwhelming. One job advert mentions Qiskit, another talks about Cirq or Pennylane. You see references to quantum annealers and superconducting qubits, to measurement hardware and simulators, to noise mitigation libraries and cloud platforms. It’s easy to conclude that unless you master every quantum tool, you’ll never get a job. Here’s the honest truth most quantum computing hiring managers won’t explicitly tell you: 👉 They don’t hire you because you know every tool — they hire you because you can apply the right tools to solve real problems and explain why your solutions work. Tools matter, but context, understanding, judgement and results matter more. So how many quantum computing tools do you actually need to know to succeed in a job search? The real answer is significantly fewer than most people assume — and far more focused by role. This article breaks down what tools really matter in quantum jobs, which ones are core, which are role-specific, and how you can build a coherent toolkit that employers actually value.

What Hiring Managers Look for First in Quantum Computing Job Applications (UK Guide)

Quantum computing is one of the fastest-evolving fields in technology, blending physics, mathematics, computer science and engineering. Roles in this space — from Quantum Algorithm Developer and Quantum Software Engineer to Quantum Research Scientist and Quantum Hardware Specialist — are highly sought after, and hiring managers are exceptionally selective. Because quantum computing is complex and multidisciplinary, recruiters and hiring managers look for clear, concrete evidence of relevant expertise and impact right at the start of your application. They often decide whether to read your CV in detail within the first 10–20 seconds, based on a handful of high-value signals. This guide breaks down exactly what hiring managers look for first in quantum computing applications, how they assess CVs and portfolios, and what you can do to optimise your application to get noticed in the UK quantum job market.

Riverlane Jobs in Quantum Computing

If you’re looking for Riverlane jobs in quantum computing, you’re aiming at one of the most important layers in the quantum stack: quantum error correction (QEC). In simple terms, Riverlane focuses on the software, methods & tooling that help quantum computers produce reliable results despite noise. That matters because as quantum hardware scales, the ability to correct errors becomes the difference between “interesting experiments” and “useful quantum computing”. This guide is written for UK job seekers who want to understand: what Riverlane does (in job-seeker language) the roles they hire for the skills that map best to their work how to tailor your CV & LinkedIn how to prepare for interviews how to find & land Riverlane vacancies in the UK You do not need to be a quantum PhD to have a realistic pathway in. But you do need to understand the problem they’re solving & position your experience around it.