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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 and we’ve recently closed our £260 million Series C funding round – the largest fundraise ever completed by a quantum computing company in Europe. As a Staff Scientist specialising in Quantum Error Correction (QEC) Theory, you'll help shape OQC's path towards fault-tolerant quantum computing. You'll develop hardware-aware error correction strategies that combine the unique capabilities of our multimode superconducting processors with advanced codes, decoders and fault-tolerant protocols, turning theoretical breakthroughs into practical advances in quantum hardware. Joining our Quantum Error Correction research team, you'll be a recognised technical authority, helping define the scientific direction of OQC's error correction strategy. You’ll work at the intersection of quantum information theory and experimental hardware, developing QEC approaches for our next-generation OQC GENESIS platform and Dimon architecture. By combining erasure detection within individual devices with error correction across multiple encoded qubits, you’ll tackle some of the most important challenges on the path to scalable, fault-tolerant quantum computing. This is a senior individual contributor role with significant scientific autonomy and influence. You’ll take ownership of ambitious research projects, collaborate closely with experimentalists and engineers, mentor fellow scientists and help translate cutting‑edge research into the technical requirements that shape OQC's future processors. • Develop and benchmark hardware‑aware QEC schemes that combine error detection within OQC's multimode devices with error correction across encoded qubit arrays., • Design advanced quantum codes and decoders that exploit syndrome measurements and erasure information while accounting for imperfect detection and residual errors., • Build and validate circuit‑level noise models alongside experimental teams, incorporating relaxation, dephasing, leakage, crosstalk and correlated errors., • Optimise syndrome extraction, erasure‑check schedules and fault‑tolerant protocols around hardware connectivity, native operations, measurement times and decoding constraints., • Evaluate logical memories and operations, balancing logical error rates, physical qubit overheads, execution time and classical decoding costs., • Translate theoretical findings into quantitative hardware, control and readout requirements, collaborating with experimentalists to design and validate critical experiments., • Lead complex scientific investigations, develop reproducible simulation and analysis tools, mentor colleagues and communicate research through publications, conferences and technical collaborations., • A PhD in Quantum Information, Physics, Mathematics, Computer Science or a related discipline, or an equivalent record of significant research experience., • A strong track record of original contributions to quantum error correction, fault‑tolerant quantum computing or related quantum information research, demonstrated through publications, research software or other substantive outputs., • Deep understanding of quantum information theory, including stabiliser formalism, quantum noise channels and fault‑tolerance principles., • Expertise in topological codes, including surface or colour codes, or quantum low‑density parity‑check (qLDPC) codes., • Experience with decoding methods for erasure and Pauli noise, including matching‑based approaches, belief propagation or ordered‑statistics decoding., • Strong understanding of fault‑tolerant logical operations, such as lattice surgery, code switching, transversal gates or magic‑state preparation and distillation., • Experience with circuit‑level simulation, logical error‑rate estimation and resource analysis informed by experimental data., • Strong scientific programming skills in Python or C++, particularly for simulation, decoder implementation and reproducible research., • Proven ability to independently lead scientific investigations, combine analytical and numerical approaches, and translate theoretical findings into practical hardware insights., • Excellent scientific communication and collaboration skills, with the ability to influence research direction and work effectively across theoretical and experimental disciplines., • Experience with erasure‑aware QEC, dual‑rail encodings or concatenated error correction schemes combining inner error detection with outer error correction., • Knowledge of superconducting quantum circuits, particularly multimode transmons and their application to quantum error correction., • Experience with microwave control, dispersive readout or modelling noise in superconducting quantum devices., • Experience developing hardware‑aware QEC strategies that account for realistic device constraints and experimental imperfections., • An established research profile within quantum information or fault‑tolerant quantum computing., • Experience mentoring researchers and contributing to collaborative academic or industrial research programmes., • 10+ years of R&D experience in quantum computing or quantum information, including doctoral, postdoctoral or industrial research. 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: company/careers-at-oqc/ #J-18808-Ljbffr

RF Engineer 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 and we’ve recently closed our £260 million Series C funding round – the largest fundraise ever completed by a quantum computing company in Europe. The Purpose As an RF Engineer, you'll design, develop and optimise the RF solutions at the heart of OQC's quantum computing systems. Combining passive RF and PCB design expertise with microwave simulation, prototyping and hands‑on testing, you'll create robust control and readout solutions that enable both cutting‑edge R&D and the deployment of commercial quantum computers. The Role Working within our Advanced Product Development team, you'll take RF solutions from requirements and simulation through prototyping, characterisation and deployment. You'll design RF circuitry, PCBs and packaging, optimise microwave performance and work across hardware teams to ensure solutions integrate successfully into OQC's wider technical stack. This is a hands‑on engineering role where you'll combine deep RF knowledge with practical design and testing, owning technical decisions and continuously improving the performance of our RF systems. What You'll Be Working On • Design and develop passive RF/microwave circuitry, PCBs and packaging for quantum control and readout systems., • Translate engineering requirements into RF designs that deliver the required signal performance while managing electromagnetic interference., • Simulate, prototype and characterise RF solutions using microwave analysis tools, FEA, electromagnetic (EM) tools and laboratory instrumentation., • Optimise signal integrity, signal‑to‑noise performance, filtering and microwave I/O performance through iterative design and testing., • Analyse test results and independently identify opportunities to improve existing RF designs, components and testing approaches., • Own RF solutions through technical validation, documentation, supplier engagement and handover into OQC's live quantum computing systems., • Collaborate across hardware, engineering and supply chain teams, providing RF expertise and supporting technical installations in the UK and internationally. What We’re Looking For • Strong practical experience working with RF and microwave technology, ideally in the 4-10 GHz range, • Hands‑on experience designing passive RF systems and components, alongside PCB design experience., • Strong understanding of RF/microwave principles, theory and design techniques., • Experience designing, simulating, prototyping and testing RF or microwave circuitry and systems,, • Experience using electronic design, FEA, electromagnetic (EM) simulation, and microwave analysis tools., • Ability to gather technical requirements, translate them into practical designs and clearly communicate design progress and results., • Strong analytical and problem‑solving skills, with the ability to use experimental data to drive design improvements., • Bachelor's degree or higher in Electronics or a related discipline. The 'Nice-to-Haves' • Experience with ANSYS or similar electronic simulation and analysis tools., • Experience with PCB layout would be advantageous, • Experience designing RF solutions for cryogenic environments or working with cryogenic components., • Experience working with analogue/digital converters and DSP., • Python or similar scripting experience for analysis, automation or testing., • Experience supporting RF hardware through deployment into live technical systems. 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:company/careers-at-oqc/ #J-18808-Ljbffr

A large, physician-owned gastroenterology group in southeastern Pennsylvania is seeking a Board Certified/Board Eligible Gastroenterologist/Digestive Disease Associates (DDA) to join its established and highly respected practice. The group includes approximately 20 physicians across five locations, with a primary hub near a major regional hospital and additional offices throughout the surrounding suburbs. • Physician-owned, equal partnership model, • Two-year track to full partnership, • 4.5-day workweek, • Partners receive six weeks of time off annually, • Light call schedule with fellows covering first call, • Ambulatory surgery center (ASC) ownership opportunity beginning in Year Two, • Multiple ASCs across the region, • Strong teaching and mentoring environment with an internal fellowship program, • Robust research program with opportunities for additional income This group is known for its collaborative culture, mutual respect, and true work-life balance. Leadership values input from newer physicians, with a culture that encourages innovation, shared decision-making, and long-term career satisfaction. The practice is located in a desirable suburban area offering excellent public and private schools, affordable living, and a strong community environment. The region provides convenient access to major metropolitan areas including Philadelphia, New York City, Baltimore, and Washington, D.C., along with proximity to outdoor recreation such as hiking, skiing, beaches, and mountains. • Highly regarded clinical reputation statewide, • Multiple hospital affiliations in the region, • Established for over 40 years with strong community trust, • MD or DO degree from an accredited medical school, • Board Certified or Board Eligible in Gastroenterology, • Completion of an ACGME-accredited Gastroenterology fellowship, • Eligible for or currently holding unrestricted medical licensure in Pennsylvania, • DEA registration and controlled substance license (or ability to obtain), • Ability to obtain hospital privileges at affiliated facilities, • Strong clinical skills in general gastroenterology; subspecialty interests welcomed, • Commitment to high-quality, patient-centered care, • Excellent interpersonal, communication, and teamwork skills, • Interest in long-term partnership within a physician-led group, • Year One: Total compensation approximately $430,000, • Year Two: Base salary plus retention bonus and ASC distributions after buy-in, estimated at $650,000+, • Partner earnings: Up to $700,000+ annually, • This organization is built around a physician-first philosophy designed to protect work–life balance while maintaining exceptional patient care:, • Great compensation with reduced hospital time, • Generous time off and sustainable schedules, • Physician autonomy to make independent clinical and operational decisions, • Flexible provider scheduling, controlled by the practices, • A dedicated business management department that handles billing, compliance, staffing, and administrative operations—allowing physicians to focus on patients rather than paperwork, • An environment that prioritizes time with family, friends, and personal pursuits without sacrificing professional growth #J-18808-Ljbffr

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 Senior RF Engineer, you will design, develop, and optimise the RF systems that underpin OQC’s quantum computing platform. Working at the intersection of cutting-edge hardware, systems engineering, and quantum technology, you'll solve complex RF challenges that improve the performance, reliability, and scalability of our quantum computers. You’ll be a technical specialist within our Advanced Product Development team, leading the design and validation of RF and microwave solutions that enable quantum control and readout. Working closely with multidisciplinary engineering teams, you'll take ownership of RF hardware development from concept through to deployment, helping shape the future of commercially viable quantum computing. • Architecting and delivering RF control, readout, and packaging solutions that meet demanding system performance requirements., • Designing, simulating, testing, and optimising RF and microwave circuitry using modelling tools and laboratory-based experimentation., • Leading RF characterisation activities, including microwave I/O analysis, filtering design, signal-to-noise optimisation, and performance validation., • Investigating complex technical issues, driving root-cause analysis, and implementing data-led design improvements., • Collaborating with hardware, systems, and cryogenic engineering teams to ensure successful integration across the quantum computing stack., • Managing technical engagement with RF suppliers, evaluating components, and supporting hardware quality assurance activities., • Providing technical leadership, mentoring engineers, and contributing to roadmap planning, delivery forecasting, and engineering best practices., • Proven experience developing RF and microwave hardware solutions., • Strong RF design, simulation, and modelling expertise., • Experience with RF laboratory testing, validation, and characterisation methodologies., • Demonstrated ability to solve complex technical and system integration challenges independently., • Experience working across multidisciplinary engineering environments., • Strong data analysis, stakeholder communication, and technical documentation skills., • Ability to balance technical trade-offs, risk, manufacturability, and performance requirements., • Experience engaging with suppliers and technical partners., • Technical leadership capability, including project ownership and mentoring of engineers., • Degree in Electronics, Physics, Engineering, or a related discipline, or equivalent practical experience., • Postgraduate qualification in RF Engineering, Microwave Engineering, Electronics, Physics, or a related discipline., • Experience leading complex technical projects or work packages., • Experience within advanced technology, research, or highly regulated environments., • Knowledge of project planning, risk analysis, and process improvement methodologies., • Python scripting experience., • Strong influencing, adaptability, creativity, and leadership skills. 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: company/careers-at-oqc/ Interviews will commence from the 18th June. #J-18808-Ljbffr

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 and we’ve recently closed our £260 million Series C funding round – the largest fundraise ever completed by a quantum computing company in Europe. Help push the performance of OQC’s quantum processors through advanced control theory, pulse optimisation and rigorous processor characterisation. You’ll develop and validate techniques that improve gate fidelity and stability, turning experimental breakthroughs into scalable calibration capabilities while providing insight that shapes future chip design. As a Quantum Engineer specialising in control, you’ll take quantum control methods from initial experiment through to system-level calibration pipelines. Working across Advanced Product Development, Calibration Engineering, Processor Innovation, Compiler and software teams, you’ll diagnose complex performance challenges and translate successful techniques into repeatable, production-ready workflows. • Develop and experimentally validate high-fidelity single- and two-qubit operations., • Design, optimise and benchmark pulse shapes using quantum control, numerical optimisation and experimental techniques., • Characterise gate error mechanisms, including coherent error, leakage, crosstalk, drift and control-chain distortion., • Build robust experimental pipelines, data-analysis workflows and performance benchmarks for quantum processors., • Define calibration requirements and partner with Calibration Engineering and Calibration Operations to operationalise successful methods., • Evaluate new devices with Processor Innovation, providing clear feedback on gate performance and processor behaviour., • Transfer new control techniques into OQC’s production software stack, documenting methods, acceptance criteria and evidence for technical handover., • A PhD, or equivalent professional experience, in physics, quantum engineering, electrical engineering, applied mathematics or a related discipline., • Experience measuring or modelling quantum systems., • Experience developing scientific software for experiment control, numerical analysis or simulation., • Strong scientific programming and data-analysis skills using Python or an equivalent language., • A strong understanding of quantum mechanics and qubit control., • Experience with numerical analysis, parameter estimation, experimental design and optimisation., • The ability to diagnose complex, system-level performance issues across hardware and software boundaries., • Clear and concise scientific communication, including confident technical presentation skills., • A collaborative, ownership-driven approach with strong problem-solving and prioritisation skills., • Experience working with superconducting qubits and microwave control systems., • Experience developing, calibrating or experimentally characterising quantum processors., • Hands-on experience optimising single- or two-qubit gates through pulse-level control., • Familiarity with randomised benchmarking, gate set tomography or algorithmic benchmarking., • Experience investigating crosstalk, drift, coherent errors or signal-chain distortion., • Experience transferring experimental methods into repeatable engineering or operational workflows., • Knowledge of machine learning or numerical optimisation techniques applied to physical systems., • Familiarity with control electronics, waveform generation and microwave signal chains., • Experience with quantum software frameworks such as Qiskit, PennyLane or Cirq. 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: company/careers-at-oqc/ #J-18808-Ljbffr

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 ambition into a commercial reality. The most exciting thing is that we’re just getting started. Help design the next generation of OQC’s superconducting quantum processors. As a Quantum Engineer specialising in QPU design, you’ll develop and simulate novel processor architectures, circuit layouts and superconducting components. Your work will help improve gate performance, readout fidelity and the scalability of OQC’s quantum processors, directly contributing to our future technology roadmap. Working within our Quantum Science & Exploratory Research team, you’ll collaborate with senior researchers to take ownership of scientific and engineering projects across the full development lifecycle—from initial design and simulation through to implementation, data analysis and technical recommendations. You’ll combine electromagnetic modelling, superconducting circuit theory, scientific software development and analysis of experimental data. You’ll also help maintain OQC’s QPU design toolchain, improve our simulation methods and translate complex scientific findings into practical design decisions. This role may involve occasional domestic and international travel for conferences and collaborative research programmes. • Design and simulate novel superconducting quantum processors, optimising architectures, circuit layouts and device performance., • Develop QPU designs that support low-error quantum gates, fast high-fidelity readout and increasingly scalable processor architectures., • Build and improve advanced design methodologies for superconducting circuits using electromagnetic and circuit-level simulation., • Maintain OQC’s QPU design and simulation codebase, contributing through collaborative development, pull requests and code reviews., • Analyse design and experimental data to identify processor limitations and translate findings into clear technical recommendations., • Own scientific research projects from experimental or simulation design through to analysis, documentation and reporting., • Contribute to the QSER roadmap, share technical knowledge across the team and represent OQC through conferences, collaborations and scientific publications., • A PhD, or equivalent multi-year commercial or R&D experience, involving the measurement, design or operation of quantum systems., • Experience designing superconducting quantum processors, including circuit layout and electromagnetic simulation using tools such as HFSS, Sonnet, COMSOL or equivalent., • Strong knowledge of microwave engineering and superconducting circuit theory., • Experience in at least one relevant quantum or superconducting-device field, such as:, • Superconducting qubits, • Trapped ions, photonics, neutral atoms or solid-state spin systems, • Superconducting resonators or SQUIDs, • Microwave kinetic-inductance detectors, • Nano-electromechanical resonators or surface-acoustic-wave devices, • Strong Python skills, or experience with a comparable language, for automation, scientific analysis and data processing., • The ability to distil complex scientific information and communicate findings clearly to technical stakeholders., • Strong planning and organisational skills, with the ability to take ownership of research activities and deliver detailed, accurate work., • A creative, curious and adaptable approach to solving complex scientific and engineering problems., • Advanced electromagnetic-simulation experience applied specifically to superconducting qubit design., • Experience with qubit parameter-extraction methods such as black-box quantisation, energy-participation-ratio analysis or circuit analysis., • Knowledge of numerical or computational optimisation methods applied to QPU design., • Experience comparing experimental measurements with Hamiltonian models, circuit simulations or electromagnetic simulations., • Experience developing or improving scientific design and simulation software., • A track record of publishing scientific research or presenting technical results, particularly within superconducting circuits or quantum processor design., • Experience supporting or mentoring junior researchers and sharing technical knowledge across multidisciplinary teams. You’ll join a multidisciplinary team working at the forefront of superconducting quantum processor development. This is an opportunity to influence the physical architecture of future quantum computers, working across advanced simulation, scientific software and experimental data. You’ll have genuine ownership of technically challenging research, access to specialist quantum engineering expertise and the opportunity to see your designs contribute directly to OQC’s next generation of processors. #J-18808-Ljbffr

Are you an automotive professional with practical hands on mechanical experience who enjoys sharing your knowledge to help others in their career? Would you like to dedicate yourself to the training, coaching, developing of others? -then this could be a great opportunity for you! Reporting to our Technical Training Delivery Manager and based at our Training Academy, the Technical Trainer Grade 1 will deliver Technical Training programmes, which are business focused, professional, engaging and consistent with the business philosophy and policies. This could be to new colleagues within our apprentice programme, or existing Kwik-Fit team members needing training development. As part of the People Team, you will deliver Technical Training initiatives that enable improved performance and productivity of our people. Experience in both technical and customer service skills including: Hybrid & Electric vehicles , MOT and customer care would be very beneficial. This permanent role is based upon 40hrs per week between Monday and Friday based onsite at our Automotive Training Academy in Reading, to include travel to other UK sites if required by the business. The Day to Day To fully contribute to the delivery of the Technical Training Schedule ensuring delivery is professional consistent and delivery is uniform and to the required standard adhering to company policy & guidelines Ensure the timely and accurate completion of all course documentation including the setting of examinations and the preparation of individual and course assessments Compliance with requirements for awarding bodies to ensure that approval to run Maintain equipment and training aids, either Kwik-Fit or externally provided, ensure that they are kept to a high standard and are current and up to date. Contribute to the development of Technical Training programmes by participating in scheduled reviews of materials to ensure they remain up to date and fit for purpose to in line with the company's key business objectives Provide feedback to the Training Content Developer on any recommendations to improve the quality/content of Technical Training Materials Maintain technical awareness by keeping abreast of market developments, by engaging with CPD opportunities, reading trade magazines, keeping up to date with current affairs and legislation as it affects the motor industry Ensure that Technical Training Programmes are evaluated. Ensure that you adopt an ethos of continuous improvement and encourage feedback from stakeholders. Utilise all opportunities to engage learners in functional skills Who we're looking for With excellent communication and interpersonal skills, acting as both a training ambassador for the business and a mentor when required Commercially focused with strong focus around both technical and customer service-related course content A strong team player, able to work with multiple internal and external stake holders, well organised and with great time management With high standards of appearance, conduct, performance, integrity and confidentiality, positive driven and resilient Highly organised and able to deal with multiple activities at one time whilst maintaining quality of delivery Strong functional English and maths skills Beneficial - Practical experience of coaching in the workplace Beneficial - Training Delivery & Facilitation Skills with an understanding of learning styles and interventions to support individual learner needs Full UK Cat B Drivers Licence - essential The Perks Permanent position based upon 40hrs/week between Monday & Friday Performance related bonus up to 5% of annual salary 33 days annual leave including bank holidays, increasing to 38 days with service Exclusive discounts at major retailers, restaurants, holidays and much more Generous staff discounts for you and your family Award-winning training and development, with fantastic career prospects Wide range of wellbeing support for you and your family About us European Tyre Enterprise Limited is an international tyre and automotive service, maintenance and repair business group with annual sales revenues of more than £1 billion across five countries in Europe. We operate multiple retail brands including Kwik Fit with over 800 centres in the UK and Netherlands as well as Stapletons Tyre Services which sells over 6 million tyres to trade customers in the UK. Our primary purpose is to keep drivers safe on the road and we achieve this by being the number one choice for our customers, a leading automotive aftermarket employer and an acknowledged innovator in our industry. We can only accomplish this with great people at the heart of what we do. In choosing to build your career with us you'll be joining a dynamic and diverse team striving to be the best. TPBN1_UKTJ

At OQC, we aren’t just theorising about the future; we’re building it. Born from a philosophy of bold innovation, we’ve transitioned quantum computing from an academic ambition into a commercial reality—and we’re just getting started. Build the software that supports the production and operation of OQC’s quantum computers. As a Software Engineer, you’ll develop reliable, secure and maintainable solutions for complex technical challenges. You’ll take ownership of projects across the software-development lifecycle, working with stakeholders to understand their needs and turning those requirements into production‑ready systems. Working within OQC’s Software team—or embedded within another technical team you’ll contribute broad software‑engineering expertise while developing deeper knowledge in specialist areas. You’ll work across greenfield and established codebases, designing new systems, improving existing software and resolving issues in development and production. You’ll assess technical options and their wider implications, communicate recommendations clearly and collaborate with engineers and stakeholders throughout delivery. Alongside your own development work, you’ll contribute to code reviews, pair programming, quality assurance and knowledge‑sharing. You’ll also help less‑experienced engineers develop their technical capabilities through practical support, mentoring and constructive feedback. • Own assigned software projects from requirements gathering and solution design through to prototyping, testing, deployment and evaluation., • Design new systems and technical approaches, assessing trade‑offs such as performance, security, maintainability, complexity, cost and resource requirements., • Develop and maintain clean, reliable software that meets agreed functional and non‑functional requirements, supported by clear user and developer documentation., • Diagnose and resolve issues across development and production environments, identifying blockers early and proposing practical solutions before escalating complex decisions., • Review and rigorously test code, participate in pair programming and work with peers to determine when solutions are ready for production., • Identify opportunities to automate quality‑assurance and documentation activities, including the development and maintenance of CI/CD pipelines., • Share technical knowledge through mentoring, training, and internal events, while representing OQC through conferences, collaborative programmes or publications where appropriate., • Experience delivering multiple software projects across the full development lifecycle., • Experience working successfully across both greenfield and brownfield codebases., • Hands‑on experience debugging issues in development and production environments., • Experience maintaining software across multiple tiers of a system., • Strong Python knowledge, including familiarity with commonly used Python libraries., • A strong understanding of software data structures, programming methods and core computer‑science concepts., • Knowledge of object‑oriented analysis and design, code structure, algorithms, operating systems, networking, HTTP and data management., • The ability to design complex systems from initial requirements through to production deployment., • The ability to understand and clearly explain the architecture of the codebases you work with., • Experience with functional‑programming approaches., • Knowledge of containerisation using Docker and Kubernetes., • Experience building and maintaining CI/CD pipelines that support quality assurance and rapid release., • The ability to coach colleagues in complex technical areas and help improve engineering performance., • Graduate‑level knowledge, or equivalent professional experience, in computer science and a numerical discipline., • An adaptable, detail‑focused and quality‑driven approach, supported by strong communication, time‑management, problem‑solving and innovation skills., • Experience delivering software products that are demonstrably fit for end users., • Familiarity with message brokers or data‑streaming technologies., • Experience working with relational and non‑relational databases., • Experience contributing outside your core software specialism, such as testing, product ownership or platform engineering., • Experience developing containerised microservices for deployment across global environments., • Familiarity with modern cloud infrastructure, including Azure or AWS., • Experience developing web applications within the Python ecosystem., • Experience designing or building user interfaces., • Working knowledge of JavaScript or TypeScript, HTML and CSS, alongside frameworks or runtimes such as React, Angular or Node.js., • A degree in computer science or another relevant subject., • Leadership or monitoring experience within a software‑engineering environment. You’ll join a multidisciplinary team solving software challenges at the intersection of advanced engineering and quantum computing. This is an opportunity to take genuine ownership of software from initial concept through to production, work across a broad and technically demanding platform, and see your solutions contribute directly to the development and operation of OQC’s quantum computers. You’ll also have the opportunity to broaden your technical expertise, share knowledge with other engineers and help shape the engineering practices that support OQC’s continued growth. #J-18808-Ljbffr

Applicant must be UK Born Citizens (Italian or Japanses) Rate - TBC Start - 26th October 2026 Duration - 6 months to start, project likely 3-4 years Location - Hybrid (2 days per week in Reading once office up and running) Applicants must hold a Valid SC or DV Function: Digital Engineering - Synthetics, ITEA & TLS Job purpose Enterprise Architect - Synthetics, ITEA & TLS digital engineering is responsible for the integration of the Virtual Environment solution within the whole Digital Engineering environment. This will include all aspects of the architecture i.e. people, process and technology. To ensure the virtual environment solution architecture is optimised to fit the Digital Engineering environment and promote and manage any changes necessary to the overarching Digital Engineering architecture. Validates the needs of the overarching Digital Engineering stakeholders are met by the virtual environment architecture solutions. This will include, but is not limited to, delivering a Digital Twin and Digital Thread for the wider system engineering team, perform Virtual Testing, Qualification & Certification and Training. The main of the Virtual Testing is to follow the Fail First philosophy in order to discove, as soon as possible, problem during the integration phase (SIL/HIL). Also, ensuring compliance with governance and standards and regulations whilst meeting Secure by Design principles for the whole system lifecycle. As the focal point for the Virtual Environment architecture, the Enterprise Architect provides expert guidance and consultancy to Product Owners and Delivery Managers across the Digital Engineering team. Seek to Identify and implement opportunities for architecture reuse between the Digital Engineering value streams. Whilst managing Stakeholder expectations and impact on delivery. Essential Qualifications • Bachelor's degree in Computer Science, Data Engineering, Information Technology, Mathematics, Statistics, Engineering, or a related discipline., • More than 5 years of experience of Enterprise / Business Architecture., • Industry certifications (e.g. TOGAF, AWS/Azure Architect, CISSP, ArchiMate)., • Demonstrable interest in IT architecture and Virtual Environment Digital Engineering., • Microsoft Azure certification. Security clearance (SC) is mandatory because of the need to access restricted data and documents. DV clearance is preferred. Disclaimer: This vacancy is being advertised by either Advanced Resource Managers Limited, Advanced Resource Managers IT Limited or Advanced Resource Managers Engineering Limited ("ARM"). ARM is a specialist talent acquisition and management consultancy. We provide technical contingency recruitment and a portfolio of more complex resource solutions. Our specialist recruitment divisions cover the entire technical arena, including some of the most economically and strategically important industries in the UK and the world today. We will never send your CV without your permission. Where the role is marked as Outside IR35 in the advertisement this is subject to receipt of a final Status Determination Statement from the end Client and may be subject to change. #J-18808-Ljbffr

Applicant must be UK Born Citizens (Italian or Japanses) Rate - TBC Start - 26th October 2026 Duration - 6 months to start, project likely 3-4 years Location - Hybrid (2 days per week in Reading once office up and running) Applicants must hold a Valid SC or DV Function: Digital Engineering - Synthetics, ITEA & TLS Job purpose Enterprise Architect - Synthetics, ITEA & TLS digital engineering is responsible for the integration of the Virtual Environment solution within the whole Digital Engineering environment. This will include all aspects of the architecture i.e. people, process and technology. To ensure the virtual environment solution architecture is optimised to fit the Digital Engineering environment and promote and manage any changes necessary to the overarching Digital Engineering architecture. Validates the needs of the overarching Digital Engineering stakeholders are met by the virtual environment architecture solutions. This will include, but is not limited to, delivering a Digital Twin and Digital Thread for the wider system engineering team, perform Virtual Testing, Qualification & Certification and Training. The main of the Virtual Testing is to follow the Fail First philosophy in order to discove, as soon as possible, problem during the integration phase (SIL/HIL). Also, ensuring compliance with governance and standards and regulations whilst meeting Secure by Design principles for the whole system lifecycle. As the focal point for the Virtual Environment architecture, the Enterprise Architect provides expert guidance and consultancy to Product Owners and Delivery Managers across the Digital Engineering team. Seek to Identify and implement opportunities for architecture reuse between the Digital Engineering value streams. Whilst managing Stakeholder expectations and impact on delivery. Essential Qualifications • Bachelor's degree in Computer Science, Data Engineering, Information Technology, Mathematics, Statistics, Engineering, or a related discipline., • More than 5 years of experience of Enterprise / Business Architecture., • Industry certifications (e.g. TOGAF, AWS/Azure Architect, CISSP, ArchiMate)., • Demonstrable interest in IT architecture and Virtual Environment Digital Engineering., • Microsoft Azure certification. Security clearance (SC) is mandatory because of the need to access restricted data and documents. DV clearance is preferred. Disclaimer: This vacancy is being advertised by either Advanced Resource Managers Limited, Advanced Resource Managers IT Limited or Advanced Resource Managers Engineering Limited ("ARM"). ARM is a specialist talent acquisition and management consultancy. We provide technical contingency recruitment and a portfolio of more complex resource solutions. Our specialist recruitment divisions cover the entire technical arena, including some of the most economically and strategically important industries in the UK and the world today. We will never send your CV without your permission. Where the role is marked as Outside IR35 in the advertisement this is subject to receipt of a final Status Determination Statement from the end Client and may be subject to change. #J-18808-Ljbffr

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 and we’ve recently closed our £260 million Series C funding round – the largest fundraise ever completed by a quantum computing company in Europe. As Head of Experimental System Integration, you'll lead the development of the sophisticated experimental platforms that enable OQC to push quantum computing forward. Bringing together quantum processors, cryogenics, control electronics and HPC/real-time decoding, you'll build the integration capability that accelerates our R&D cycles and helps scale OQC towards fault-tolerant logical quantum computing. Leading our Experimental System Integration function, you'll operate at the intersection of experimental physics, hardware development and embedded software engineering. You'll own the architecture and integration of our R&D testbeds, lead and develop a highly technical team, and work across OQC's research programmes to turn ambitious scientific objectives into reliable, high-performance experimental systems. Reporting to the VP Research, you'll also shape the team's technical roadmap, lead complex research projects and provide clear recommendations on priorities, resources and investment. • Lead the architecture and end-to-end integration of experimental quantum hardware testbeds, bringing together quantum processors, cryogenics, control electronics, firmware and HPC., • Define technology-transfer pathways that turn emerging, high-TRL components and subsystems into stable, high-throughput experimental platforms., • Embed across OQC's R&D programmes, translating research objectives into clear system requirements and integration strategies., • Establish system-level verification, bring‑up and validation standards that deliver repeatable, high-performance experimental operation., • Build and lead a high-performing technical team, owning recruitment, objectives, performance, coaching and long‑term capability development., • Own the Experimental System Integration roadmap and delivery of complex research projects, coordinating resources and work across multiple technical teams., • Drive operational excellence across experimental systems, improving tooling, diagnostics, uptime, throughput and repeatability while supporting external technical collaborations., • A deep technical background in quantum hardware, cryogenic systems engineering, superconducting qubits or a closely related field., • Commercial experience within a relevant technical or scientific environment., • Experience leading and developing a technical team of approximately 5–10 people within a fast-changing organisation., • Proven ownership of the full lifecycle of complex technical projects, from requirements and architecture through integration and delivery., • Strong hands‑on understanding of cryogenic system operation and electrical measurement., • Strong leadership, delegation, project planning, data analysis and technical reporting capability., • The ability to influence across disciplines, communicate complex technical concepts clearly and guide teams through challenging technical problems., • Experience coordinating multiple technical teams to deliver against complex research or engineering objectives., • PhD or equivalent commercial experience., • Experience designing and implementing quantum or cryogenic systems., • Experience working across a range of quantum or cryogenic system architectures., • A track record of designing and delivering complex technology to specification., • Experience coordinating larger multidisciplinary teams to produce complex technical outcomes. 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: company/careers-at-oqc/ #J-18808-Ljbffr

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 Senior FPGA Engineer, you’ll play a critical role in designing and delivering the precision control hardware that powers our quantum computing systems. You’ll help solve complex technical challenges across FPGA architecture, high-speed data systems, and real-time signal processing — contributing directly to the advancement of scalable quantum computing technologies. We’re looking for a Senior FPGA Engineer to join our Advanced Product Development Group (APD), working on purpose-built FPGA hardware for quantum computing applications. This role combines deep technical expertise with cross-functional collaboration, system-level thinking, and mentorship responsibilities within a highly innovative engineering environment. • Defining scalable FPGA architectures with a focus on deterministic timing, synchronization, maintainability, and multi-card communication., • Designing, implementing, and verifying complex RTL for high-performance microwave and RF applications., • Developing interfaces and control logic for high-speed ADCs, DACs, memory systems, and RF SoC platforms., • Implementing real-time DSP algorithms optimized for FPGA resources and multi-clock domain designs., • Supporting hardware bring-up, lab integration, verification activities, and system-level testing., • Collaborating closely with Electronics, Embedded Software, Mechanical, Cryogenic, and Deployment teams to deliver fully integrated systems., • Mentoring junior engineers through code reviews, technical guidance, and development best practices while contributing to project planning and technical documentation., • Commercial experience in FPGA design and verification within complex hardware environments., • Experience with System Verilog, and/or VHDL., • Expert-level proficiency in Verilog and deep understanding of FPGA architectures., • Strong experience achieving timing closure on high-utilization FPGA designs and writing timing constraints., • Experience developing systems involving high-speed ADCs/DACs, synchronization across multiple boards/subsystems, and real-time DSP., • Ability to work independently on technically challenging projects while balancing delivery, quality, and risk., • Experience collaborating across multidisciplinary engineering teams in fast-paced R&D or product development environments., • Bachelor’s degree (or higher) in Engineering or a related technical discipline., • Strong communication, leadership, problem-solving, and stakeholder management skills., • Background in RF and microwave applications., • Experience developing control electronics for quantum computing systems., • Familiarity with Altera Quartus toolchains., • Experience using spectrum analysers, oscilloscopes, and MATLAB/Simulink for DSP modelling., • Exposure to compliance and validation activities including EMI/EMC, CE, or FCC standards., • Experience representing engineering teams externally through conferences, technical talks, or industry collaborations. 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: company/careers-at-oqc/ #J-18808-Ljbffr

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 and we’ve recently closed our £260 million Series C funding round which is the largest fundraise ever completed by a quantum computing company in Europe. As Head of Technical Project Management Office, you will lead OQC’s Technical Project Management Office (TPMO), creating a professional home for project and programme management across our priority technology and delivery programmes. This role is central to making delivery across OQC more integrated, transparent, controlled and predictable. You will establish the standards, governance, resources and operating model needed to strengthen programme delivery, portfolio visibility and effective escalation, while partnering closely with Programme Owners, VPs, functional leaders and the COO. You will lead a centralised project and programme management capability across OQC, ensuring Project and Programme Managers are embedded effectively within the programmes they support. You will provide professional leadership for the TPMO function, set consistent delivery standards, create portfolio-level visibility, and ensure senior leaders have the information they need to make clear, timely decisions. Programme Owners will retain accountability for outcomes, technical decisions, priorities, budgets and functional resource commitments, with the TPMO enabling delivery discipline, insight and control. • Leading the TPMO function, setting its strategy, operating model, priorities and minimum delivery standards in line with OQC’s technology roadmap, external commitments and operational plans., • Owning the live enterprise and technology portfolio view, providing clear insight across milestones, delivery confidence, dependencies, resource demand, financial position and external commitments., • Establishing project and programme management standards, tooling, templates and controls that improve consistency without creating unnecessary bureaucracy., • Providing professional leadership, coaching and line management for OQC’s Project and Programme Managers, including capability development, performance management and career progression., • Allocating and prioritising PM capacity across programmes in agreement with Programme Owners and the COO, ensuring the highest-value and highest-risk programmes receive appropriate support., • Owning cross-programme dependency management and providing early warning of material milestone, resource, supplier, facilities, cost and external-commitment risks., • Working with Finance, functional leaders and senior stakeholders to create clear visibility of programme financials, resource demand, unresolved capacity conflicts and escalation points., • Experience leading a PMO, programme or portfolio function in a complex technology, engineering or R&D environment., • Experience building or scaling a PMO and broader portfolio-management capability., • Experience managing and developing Project or Programme Managers, including setting professional PM standards and building capability., • A track record of overseeing multiple complex, interdependent programmes with competing priorities., • Experience establishing portfolio reporting across milestones, RAID, dependencies, resources, financials and escalation., • Strong understanding of how to connect programme plans with Finance, Supply Chain and resource information., • Strong judgement, communication and influencing skills, with the ability to operate effectively amid changing priorities and technical uncertainty., • Experience in deep technology, quantum, semiconductor, aerospace, defence or a similar sector., • Experience leading programmes across research, engineering development, industrialisation or deployment., • Experience managing externally funded, government-facing or strategically sensitive programmes., • Experience working across facilities, equipment, supplier and technical dependencies in multi-site programmes., • APM, PMI, PRINCE2, MSP, P3O or equivalent recognised qualification., • Relevant technical, engineering, business or portfolio-management qualification. 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: company/careers-at-oqc/ #J-18808-Ljbffr

FindTutors is looking for passionate Philosophy tutors to join our growing online teaching community.

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FindTutors is looking for passionate Philosophy tutors to join our growing online teaching community.

Start Delivering with Uber Eats.Delivering with Uber Eats offers a flexible way of making money.It is a great alternative to traditional part-time delivery jobs or other part-time gigs, temp jobs or seasonal work.See how delivering with the Uber app can help you make money flexibly.You decide how mu

FindTutors is looking for passionate Philosophy tutors to join our growing online teaching community.

Start Delivering with Uber Eats.Delivering with Uber Eats offers a flexible way of making money.It is a great alternative to traditional part-time delivery jobs or other part-time gigs, temp jobs or seasonal work.See how delivering with the Uber app can help you make money flexibly.You decide how mu

FindTutors is looking for passionate Philosophy tutors to join our growing online teaching community.

FindTutors is looking for passionate Philosophy tutors to join our growing online teaching community.

FindTutors is looking for passionate Philosophy tutors to join our growing online teaching community.

Start Delivering with Uber Eats.Delivering with Uber Eats offers a flexible way of making money.It is a great alternative to traditional part-time delivery jobs or other part-time gigs, temp jobs or seasonal work.See how delivering with the Uber app can help you make money flexibly.You decide how mu

FindTutors is looking for passionate Philosophy tutors to join our growing online teaching community.

FindTutors is looking for passionate Philosophy tutors to join our growing online teaching community.

FindTutors is looking for passionate Philosophy tutors to join our growing online teaching community.

FindTutors is looking for passionate Philosophy tutors to join our growing online teaching community.