12 of 12 Experimental Design Jobs in the Thames Valley

performance of future quantum processing units. The Role You’ll be a senior member of our Quantum Science & Exploratory Research team, combining hands‐on experimental research with technical leadership, project ownership and mentoring. Working across superconducting quantum circuits, processor characterisation, calibration, benchmarking and cryogenic measurement systems, you’ll investigate … qubit design, packaging and quantum‐processing infrastructure. You’ll also help shape the QSER roadmap, coordinate the resources required to deliver experimental programmes and support the development of Quantum Engineers across the team. What You’ll Be Working On Lead complex scientific research projects from initial concept ...

quantum RF (QRF) systems in the UK. The Lead Scientist is the scientific authority within a portfolio, responsible for the physics-led direction, experimental strategy, scientific performance, technical interpretation, and scientific risk management. The role combines hands‐on technical leadership with team leadership and review, ensuring that experimental … project manager to document these clearly in the risk register along with mitigation strategies. Provide hands‐on technical leadership where required, including review of experimental plans, results, and technical conclusions. Lead, mentor, and line‐manage the portfolio science team. Work closely with the engineering team to ensure scientific requirements ...

Generalisation , will investigate how the composition, diversity and annotation of biological training datasets influence model performance and generalisation. The successful candidate will design and undertake controlled computational experiments to identify which dataset properties contribute to model capabilities and distinguish genuine generalisation from memorisation, data leakage and similarities between … programming skills and practical experience of training, adapting or evaluating machine-learning models. You will also have an understanding of the main computational and experimental techniques used in generative or engineering biology. You will demonstrate strong quantitative and analytical skills, including experimental design, statistical analysis ...

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. The Role As a Quantum Engineer specialising in control … 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 ...

Operations, Data & Analytics, Security & Quality Compliance, Transformation, Application Development, and Enterprise Platforms. Job Overview Key Responsibilities Architecture and technical strategy Contribute to the design and architecture of core platform components and evaluation systems, making the load-bearing technical decisions and bearing accountability for their reliability, scalability, and long … regression signals - and build dashboards and reporting that turn those signals into actionable decisions. Drive engineering rigor in delivery through testing discipline, reproducibility, sound experimental design, and statistically defensible measurement of model quality. Technical leadership Provide technical leadership on the team's most ambiguous and highest-impact ...

early case for them, working with the relevant teams on IP, data rights and commercial considerations. Essential Knowledge, Skills, and Experience A background in experimental science, ideally life sciences (including, but not limited to, molecular & cellular biology, microbiology, plant biology), with first‐hand knowledge of how lab work actually … problem framing through to adoption by real users, in an R&D, product or consulting setting. Structured problem solving and strong quantitative reasoning, including experimental design and working statistics. Effective communication with academic scientists, engineers and executives alike, including the ability to disagree constructively with each ...

Data team. Our Data Engineers in Autonomous Systems work within a wider project, AutoLabs. This is where EIT automates the scientific discovery loop: experimental design, execution, analysis, and the learning that feeds back into the next experiment and the lab itself. The AutoLabs data platform captures, stores … scientists to build the data layer that makes our autonomous operations possible. You will contribute to an engineering culture that values robust system design, testing, and deep collaboration, but allows flexibility for rapid prototyping and responsiveness to changing landscapes. Day-to-Day, You Might: Build high-throughput ...

between model capability and the value derived from it keeps widening. The reasons are many, from human incentives to org design, but at the core we think it's a technology problem. Hone builds engines: AI systems that you hand a goal, like "keep the recruiting pipeline healthy. … systems from scratch as an engineer, not only papers You’ve run evals and experiments rigorously against production systems Strong fundamentals: ML evaluation, experimental design, statistics, LLM agents You use coding agents every day and still understand every line you ship You build and tinker ...

Lead Scientist to accelerate product development for quantum RF systems in the UK. You will define scientific strategy, own physics architecture, and guide experimental design while mentoring the portfolio science team. This role combines hands-on leadership with cross-functional collaboration across engineering, science, and product teams. ...

identify and deploy emerging technologies for controllable, automated high-throughput bioprocess models across Integrated Biologics R&D. The role blends technology development, bioengineering, experimental design and automation to create reusable miniaturised platforms for upstream/downstream processes. Collaborating with Cell Expression, Upstream, Downstream, Analytical, Automation, Digital ...

hiring a ML/Research Engineer to develop and productionize models behind the Caplia Readiness Index (CRI) and traction signals. You’ll design experiments, collaborate with Oxford Saïd Business School, and push ideas from research into scalable production code. You’ll bring a strong applied ML track record ...

reality - and we’re just getting started. The Purpose Advance the performance of OQC’s superconducting quantum processors by connecting quantum theory, simulation and experimental evidence. As a Senior Quantum Engineer specialising in Processor Research, you’ll investigate the physics behind qubit behaviour, develop calibration and characterisation techniques … uncover error sources, validate physical models and establish the performance limitations of quantum hardware. The Role You’ll combine quantum modelling, scientific computing and experimental analysis to understand how quantum systems behave under realistic conditions. From Hamiltonian-based simulations to modelling decoherence, dissipation and noise, you’ll connect theoretical ...