OxfordQuantumCircuits

OxfordQuantumCircuits is looking for a Solutions Architect to work at the intersection of quantum technology and customer challenges. You will collaborate with various stakeholders to develop quantum applications and solutions. The ideal candidate has a PhD or post-doctoral experience in quantum computing and strong Python programming skills. Join a pioneering team redefining the limits of computation.

At OQC, we aren't just theorising about the future; we're building it. Born from a philosophy of bold innovation, we've successfully transitioned quantum computing from an academic dream into a commercial reality. The most exciting thing is that we're just getting started. As a Solutions Architect at OQC, you'll sit at the intersection of cutting edge quantum technology and real world customer challenges. Working closely with customers, commercial teams, and product specialists, you'll design and develop quantum applications that demonstrate the value of quantum computing today while shaping the roadmap for tomorrow. The Role As part of our Global Commercial Team, you'll partner directly with customers to translate complex business problems into quantum enabled solutions. You'll develop algorithms, proof of concepts, and benchmarking models that help organisations evaluate and adopt quantum computing, while feeding valuable customer insight back into product and application development. Please note for this role we can not consider candidates who require sponsorship. What You'll Be Working On Collaborating with customers, account managers, and business development teams to scope and develop quantum use cases and applications Working with defence and national security stakeholders to identify high value quantum computing use cases Designing and implementing quantum algorithms and hybrid quantum classical solutions tailored to customer challenges Building and optimising models for OQC's quantum hardware and product suite Developing proof of concepts and novel technical approaches to demonstrate customer value Benchmarking quantum approaches against classical baselines and defining meaningful evaluation metrics Delivering technical workshops, presentations, and proposal support for prospective and existing customers Sharing customer insights, algorithm developments, and emerging techniques with product and global solutions teams to influence future roadmaps What We're Looking For PhD, post doctoral experience, or significant industry experience involving application development for physical quantum computers Hands on experience creating quantum algorithms and quantum optimisation solutions Experience working with defence, government, aerospace, or national security customers Strong Python programming skills, including experience with relevant Python libraries Experience developing hybrid quantum classical applications Excellent analytical, troubleshooting, and problem solving capabilities Ability to communicate highly technical concepts clearly to both technical and non technical audiences Experience translating customer or partner requirements into technical solutions Strong understanding of computational complexity and performance evaluation Ability to review, improve, and optimise software code A collaborative and customer focused mindset with strong presentation and stakeholder engagement skills The 'Nice-to-Haves' Experience with linear and nonlinear optimisation methods Commercial software development experience Experience with distributed computing or concurrent processing models Familiarity with project management tools and version control systems Knowledge of emerging quantum algorithms, benchmarking approaches, and error mitigation techniques Experience working closely with external partners or enterprise customers in technical delivery environments Why Join OQC You will join a world class team at the forefront of the next computational era. We offer a culture of bold innovation, the chance to work with unique lab infrastructure, and the opportunity to see your work redefine the limits of computation. Learn more about our benefits and positive work culture here:

At OQC, we aren't just theorising about the future; we're building it. Born from a philosophy of bold innovation, we've successfully transitioned quantum computing from an academic dream into a commercial reality. The most exciting thing is that we're just getting started. As a Quantum Software Engineer in our compiler team, your mission is to advance the performance of quantum systems by developing software that enables efficient compilation, execution, and optimisation of quantum programs. You'll play a key role in tackling some of the hardest challenges in the field-including quantum error mitigation and quantum error correction-to bring reliable quantum computing closer to reality. The Role You'll work at the intersection of quantum physics and software engineering, building core components of our quantum toolchain. Collaborating closely with internal teams and external stakeholders, you'll design, develop, and deploy scalable software solutions that directly impact how quantum computers are programmed and operated. What You'll Be Working On Owning end-to-end development of quantum software projects-from requirements through to deployment Designing and building components of the quantum toolchain (e.g. qubit routing, placement, circuit optimisation, pulse scheduling) Collaborating on solutions for quantum error mitigation and quantum error correction, improving system reliability and performance Translating high-level quantum programs into instructions optimised for execution on quantum hardware Debugging and resolving issues across development and production environments Collaborating with engineers through pair programming, code reviews, and shared problem solving Contributing to research, innovation, and knowledge sharing across the team and wider quantum community What We're Looking For Strong programming experience in Python and familiarity with modern software engineering practices Solid understanding of computer science fundamentals (algorithms, data structures, systems design) Experience designing and delivering complex software systems from concept to production Knowledge of quantum computing principles, with particular emphasis on quantum error correction / error mitigation techniques and quantum circuits compilation principles Ability to debug complex systems and take ownership of production-quality code Strong communication skills and ability to collaborate across technical and non-technical stakeholders Degree-level knowledge in computer science or a related numerical discipline The 'Nice-to-Haves' Hands on experience working with quantum computers or quantum software stacks Experience developing algorithms for quantum systems, particularly in error correction or noise aware optimisation Background in quantum theory or superconducting circuits Experience with distributed systems, message brokers, or data streaming tools Contributions to research, publications, or conference presentations in quantum technologies Postgraduate qualification (MSc or PhD) in a relevant field Why Join OQC You will join a world-class team at the forefront of the next computational era. We offer a culture of bold innovation, the chance to work with unique lab infrastructure, and the opportunity to see your work redefine the limits of computation. Learn more about our benefits and positive work culture here:

A pioneering quantum technology firm in Reading is seeking a Quantum Software Engineer. In this role, you will advance quantum systems by developing software for efficient compilation and execution of quantum programs. You'll tackle challenges like quantum error mitigation and correction while collaborating with internal teams and external stakeholders. Ideal candidates should have strong Python programming skills and an understanding of quantum computing principles. Join a dynamic team defining the future of computation.

A leading quantum computing company in Reading seeks a Head of RF Devices to lead the RF systems development for superconducting quantum processors. The ideal candidate will have extensive RF engineering experience, technical leadership capabilities, and a strong background in quantum hardware. You will manage a team focused on RF innovation, creating scalable RF architectures and ensuring high-performance systems. Join a pioneering environment where your work will impact the future of quantum technology.

At OQC, we're building quantum computers that will power the next generation of scientific discovery and commercial innovation. Our mission is to put quantum in the hands of humanity and we're looking for exceptional engineers to help make it possible. We are seeking a Head of RF Devices to lead the development of the RF systems underpinning our superconducting quantum processors; guiding the design, simulation and scaling of RF architectures critical to qubit performance. Leading a team at the intersection of RF engineering, device physics and quantum hardware, you will develop passive RF components, simulation capabilities and scalable architectures that support the evolution of OQC's coaxmon qubit platform. The Role The Head of RF Devices will lead the development of RF infrastructure critical for scaling OQC's processors while maintaining high-performance. You will manage a small but growing team; working at the interface of RF engineering and quantum device performance, you will establish frameworks that translate RF parameters into quantum figures of merit, ensuring designs are optimised for both engineering and qubit performance. You will also define standards for RF simulation, tools and documentation to ensure consistent, version controlled engineering practices. In collaboration with device physicists, packaging engineers and quantum scientists, you will drive RF innovation while building relationships with external suppliers to expand manufacturing and materials capabilities. What you'll be working on: Lead: Manage and grow a team of RF engineers responsible for the development of passive RF components and RF architectures supporting OQC's superconducting quantum processors. Architect: Define and evolve RF design strategies that enable scalable superconducting qubit systems, including miniaturisation and next generation integration approaches. Simulate: Oversee the development of RF simulation infrastructure that links RF design parameters to relevant quantum figures of merit. Standardise: Establish consistent methodologies for RF simulation, modelling and documentation, ensuring tools and results are version controlled and accessible across the organisation. Design: Guide the development of passive RF components including drive and readout PCBs, on board filters, mixed signal delivery paths and packaging interfaces. Integrate: Work across chip design, packaging and 3D integration teams to ensure RF architectures align with device physics and system level performance requirements. Analyse: Lead the analysis and interpretation of RF simulations and experimental data, translating results into frameworks usable by RF engineers, packaging engineers and quantum scientists. Enable: Deliver a "simulation as a service" capability that allows engineering teams to rapidly screen designs against RF and quantum performance metrics. Partner: Build and manage relationships with suppliers and manufacturers to expand RF manufacturing capabilities, materials options and fabrication techniques. What We're Looking For We're looking for a technical leader who combines deep RF expertise with strong engineering judgement and the ability to guide multidisciplinary teams in a fast moving research and development environment while still happy to be hands on with the technical work. RF Engineering Expertise: Extensive experience in RF simulation and design, ideally applied to complex hardware systems. Simulation & Modelling: Strong experience with finite element modelling tools such as Ansys or similar. Quantum Hardware Context: Experience working with or simulating superconducting quantum devices or related cryogenic RF systems. PCB Design: Experience designing and laying out RF PCBs and passive RF components. Technical Leadership: Proven ability to lead technical teams, mentor engineers and guide complex engineering programmes. Cross disciplinary Communication: Ability to translate complex RF and scientific information across engineering and research teams. Programming: Experience with Python or similar languages for modelling, analysis or automation. The "Nice to Haves" Experience in the manufacture or packaging of passive RF components. Understanding of superconducting qubit readout and measurement techniques. Knowledge of parametric processes in superconducting devices. Experience working in quantum computing, cryogenic systems or advanced research hardware environments. Why Join OQC? At OQC, you'll work shoulder to shoulder with world class scientists, engineers and technologists who are redefining what's computationally possible. This is a rare opportunity to shape the RF architecture of real, production quantum computers and solve deep technical challenges at the frontier of science and engineering. If you're motivated by leading exceptional engineers, tackling fundamental hardware challenges and helping scale the next generation of quantum processors, OQC offers an environment where your work will directly shape the future of quantum computing.

A leading quantum technology firm in the UK seeks a Quantum Engineer to drive the performance of their quantum systems. The ideal candidate will have hands-on experience with superconducting circuits and proficiency in Python for data analysis. In this role, you will oversee quantum systems operations, conduct high-fidelity experiments and collaborate with cross-functional teams. Join a team at the forefront of computational innovation where you can impact advanced quantum computing directly.