George Templeman

SummarySeeking an experienced Technical Lead in Quantum Error Correction to drive the development of fault-tolerant quantum computing architectures. This role combines deep technical expertise with scientific leadership, guiding research direction, influencing system architecture, and collaborating across multidisciplinary teams. It is ideal for a senior researcher who wants to be a recognised technical leader without extensive people management responsibilities. ResponsibilitiesLead the development of quantum error correction strategies for fault-tolerant quantum computing.Design and optimise hardware-aware error correction protocols under realistic noise and system constraints.Develop simulation and modelling tools to support system design and technology decisions.Provide technical leadership and mentorship across multidisciplinary research teams.Collaborate with physicists, engineers, and computer scientists to translate theory into practical solutions.Influence technical roadmaps by evaluating emerging approaches and identifying new research opportunities.Contribute to scientific publications, technical strategy, and intellectual property. RequirementsPhD in Physics, Applied Physics, Computer Science, Electrical Engineering, or a related field.Extensive experience in quantum error correction, ideally within an industrial research environment.Proven track record of technical leadership in quantum computing research.Strong scientific programming and simulation skills.Experience leading cross-functional research projects.Excellent communication skills and the ability to influence technical direction.Desirable ExperienceExperience translating research into commercial technologies or product roadmaps.Hands-on experience implementing quantum error correction on quantum hardware.Expertise in quantum decoding and hardware-aware error correction protocols. BenefitsCompetitive salary and equity package.Visa sponsorship where applicable.Health and wellbeing benefits.Flexible paid time off.Opportunity to shape the future of fault-tolerant quantum computing within a collaborative, innovation-driven environment.

SummarySeeking an experienced Team Lead to manage and scale a technical customer success team supporting advanced hardware and software technologies. The role combines leadership, operational excellence, customer success strategy, and cross-functional collaboration to deliver exceptional customer experiences while driving continuous process improvement and service scalability. ResponsibilitiesLead, mentor, and develop a high-performing team of technical customer success engineers.Design, implement, and improve scalable customer success processes and service models.Develop and maintain standard operating procedures, playbooks, and operational best practices.Oversee the customer lifecycle, including onboarding, training, ongoing support, and customer engagement.Ensure timely resolution of complex technical issues involving hardware and software products.Act as the voice of the customer by gathering feedback and communicating product improvements to engineering and product teams.Collaborate with sales, engineering, and product teams to align customer priorities and support product development.Support operational growth across multiple regions while promoting consistent global standards. RequirementsSignificant experience leading customer success, technical support, or customer engineering teams.Proven ability to build, manage, and scale high-performing technical teams.Experience supporting complex hardware and software products.Background in designing and implementing customer service models, service packages, or service level agreements (SLAs).Experience working in fast-paced start-up or scale-up environments, with an understanding of organisational growth.Strong leadership, coaching, communication, and stakeholder management skills.Ability to develop structured processes and drive operational excellence.Experience with high-performance computing (HPC), data centre technologies, or quantum technologies is advantageous. BenefitsOpportunity to lead and shape a growing technical customer success function.Work with cutting-edge deep technology in a collaborative environment.Career development within a rapidly growing, innovation-focused organisation.Exposure to international customers and cross-functional teams.Competitive salary and benefits package.

Researcher – Theoretical Quantum Optics and Quantum InformationSeeking a theoretical researcher to develop quantum optics and quantum information approaches for advanced spectroscopy applications. The role focuses on designing novel quantum protocols, performing theoretical analysis, and collaborating with experimental and interdisciplinary research teams to advance next-generation quantum-enabled sensing technologies. ResponsibilitiesDevelop theoretical quantum protocols using discrete-variable and continuous-variable quantum systems, including non-Gaussian states.Perform theoretical modelling, calculations, and literature reviews to support research objectives.Collaborate closely with experimental researchers to align theoretical developments with practical implementation.Work with external academic collaborators on cutting-edge quantum research.Contribute to the development of new theoretical approaches for quantum-enhanced spectroscopy.Publish high-quality scientific research and support knowledge dissemination. RequirementsPhD in Quantum Information, Quantum Optics, or a closely related field with a strong theoretical focus.Postdoctoral research experience is desirable but not essential.Strong background in theoretical quantum optics and quantum information.Experience with quantum state modelling, including discrete-variable and continuous-variable systems.Excellent analytical, problem-solving, and scientific communication skills.Ability to work independently while collaborating effectively within multidisciplinary research teams.Curiosity, creativity, and a proactive approach to tackling open-ended research challenges. BenefitsCompetitive salary based on experience.Equity or share option opportunities.Opportunity to contribute to pioneering research with real-world applications.Collaboration with leading researchers across academia and industry.Professional development through publication and interdisciplinary research.Early-stage environment offering significant ownership and long-term growth opportunities.

Quantum Measurement EngineerSeeking an experienced Quantum Measurement Engineer to develop and optimise high-fidelity measurement and control systems for superconducting quantum processors. The role involves designing experimental measurement infrastructure, improving qubit performance, automating experiments, and collaborating across hardware and software teams to support the development of scalable quantum computing systems. ResponsibilitiesDesign and optimise qubit readout and control systems for superconducting quantum hardware.Develop and execute qubit characterisation protocols (e.g. T₁, T₂, Ramsey, echo, randomized benchmarking, readout fidelity, crosstalk).Improve measurement fidelity and signal-to-noise performance within hardware constraints.Develop and maintain experimental control software using Python and laboratory instrumentation.Analyse experimental data and compare results with theoretical models and simulations.Collaborate with multidisciplinary engineering and research teams to improve device performance.Support the development of scalable measurement architectures and laboratory automation.Document experimental methods, results, and technical findings. RequirementsMSc or PhD in Physics, Applied Physics, Electrical Engineering, or a related discipline.Significant hands-on experience working with superconducting qubits or similar quantum hardware.Experience with microwave electronics and measurement equipment (e.g. IQ mixers, amplifiers, VNAs).Strong understanding of quantum measurement techniques and qubit decoherence.Experience operating cryogenic systems, including dilution refrigerators.Proficiency in Python for experiment control and data analysis.Familiarity with laboratory automation and experimental measurement frameworks.Ability to troubleshoot complex hardware and software systems. BenefitsCompetitive salary and benefits package.Equity or share option opportunities.Flexible and hybrid working arrangements.Collaborative, merit-based working environment with opportunities for professional growth.