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NPL
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  • Occupational exposure of non-exhaust emissions  

    - Cambridge
    PhD Vacancy   This project is an EPSRC IDLA studentship based in the... Read More
    PhD Vacancy   This project is an EPSRC IDLA studentship based in the MRC Toxicology Unit at the University of Cambridge, and with partners at the National Physical Laboratory (NPL) and the company Emissions Analytics.   This studentship is for four years commencing 1st October 2026 (MT26). As prevalence of electric vehicles increases in the transition to net zero, particulate emission from exhausts have declined significantly.   Brake, tyre, and road wear particles have emerged as the dominant source of particulate pollutants from road transport. These non-exhaust emissions pose a growing occupational health risk.   This project aims to characterise occupational exposure of the estimated one million affected UK workers (maintenance workers, bus/lorry drivers, delivery staff etc.) via roadside testing and assess associated health risks by undertaking cell exposure campaigns.   By performing source apportionment analysis, with the help of machine learning, the data will pinpoint sources of the emissions and subsequently inform mitigation strategies, revolutionising the understanding of the harm of these pollutants.   The research aligns with EPSRC’s energy and decarbonisation theme and supports the Engineering Net Zero strategic priority by addressing an overlooked consequence of the electric vehicle transition.   This project requires the student to develop novel, rigorous measurement techniques for a poorly-characterised pollutant source. It demands interdisciplinary thinking across metrology, environmental science, air quality and occupational health which will be reflected through cross-department collaboration.   The student will gain expertise in experimental design, novel data analysis, and policy-relevant research, contributing original insights to a high-impact, emerging field.   This project will deliver new measurement methods for occupational exposure to non-exhaust emissions, including validated sampling protocols, uncertainty models, and exposure datasets. These outputs will inform future standards and UK policy on air quality and worker health.   The research is high-risk due to the lack of existing frameworks but positions NPL at the forefront of emerging air quality challenges. It meets HRHR criteria by tackling a novel, underexplored area with significant sampling challenges. As EVs shift pollutant profiles, new risks emerge.   This work could pioneer measurement approaches, inform regulation, and transform occupational health policy, improving worker protection in a decarbonised transport future.   The studentship will include at least a 3-month placement with NPL (Teddington, London) and benefits from membership of NPL’s post-graduate institute (PGI), accessing training, expertise on metrology and participation in cohort activities and networking events. Read Less
  • Senior HR, People and Development Adviser  

    - Solihull
    Senior HR, People and Development Adviser – UKTL programme.  6 Mont... Read More
    Senior HR, People and Development Adviser – UKTL programme. 
    6 Month FTC  The National Physical Laboratory (NPL) is seeking a skilled and commercially‑minded Senior HR, People and Development Adviser to join its People Team, supporting the UK Telecoms Lab (UKTL) programme. This is a high‑impact role for an experienced HR professional who thrives in a fast‑moving, technically complex environment and enjoys working closely with leaders to embed change, improve capability and build high‑performing teams. About the role As a trusted partner to the business, you will play a key role in delivering people initiatives that attract, reward, retain, develop and engage our people, ensuring NPL/UKTL delivers against its mission, vision and values. Working as part of the wider People Team, but operating with a high degree of autonomy, this role would particularly suit someone who has worked in a sole HR role and within a technology‑led organisation, and who is comfortable supporting a wide range of technical and professional stakeholders, You’ll be the on-site specialist, working independently day to day while being fully supported by our wider Head Office teams, and will report into the NPL team based in Teddington.   Key responsibilities You will: Provide expert advice and guidance on complex policy development, organisational change, performance management and employee relations, supporting sustainable business capability Act as the subject matter expert for complex ER and/or policy matters, advising managers and leaders and mentoring HR colleagues when required Support delivery of the People Strategy, taking ownership of specific HR projects and annual cycle programmes, ensuring effective implementation Work in partnership with specialist People Team functions to support:
    engagement and wellbeing workforce planning and resourcing talent management and succession learning & development initiatives diversity & inclusion the creation of a high‑performance culture Help embed recent organisational changes, including post‑restructure activity, ensuring ways of working, roles and behaviours are clearly adopted Drive continuous improvement, responding to evolving business needs and statutory requirements Use management information and people analytics to provide insight‑led advice and recommendations Ensure all employee interactions are fair, consistent, legally compliant and aligned with NPL policies, mitigating organisational risk


    Successful Applicants must be able to commute to the UKTL offices in Solihull, Birmingham at least twice a week

    We strive to offer a great work life balance - if you are looking for full time, part time or flexible options, we will try to make this work where possible. This will be dependent on the kind of role you do and part of the business you work in. Read Less
  • Senior Vulnerability Researcher  

    - Solihull
    Are you ready to shape the future of security research? As a Senior Vu... Read More
    Are you ready to shape the future of security research? As a Senior Vulnerability Researcher, you’ll take charge of cutting-edge vulnerability research activities—whether through your deep technical expertise or your broad knowledge across domains. You’ll set the technical direction for a talented team, guiding them to uncover and understand the most complex security challenges.   What you'll be doing: Leading and driving vulnerability research initiatives. Setting the technical vision and strategy for the vulnerability team. Applying your expertise to solve real-world security problems across Telecom's hardware, software, and systems.   Successful Applicants must be able to commute to the UKTL offices in Birmingham at least twice a week We strive to offer a great work life balance - if you are looking for full time, part time or flexible options, we will try to make this work where business possible. This will be dependent on the kind of role you do and part of the business you work in.  Read Less
  • Senior Software Engineer  

    - Solihull
    At UKTL, your work directly strengthens the UK’s technological, cyber... Read More
    At UKTL, your work directly strengthens the UK’s technological, cyber, and national resilience. You’ll collaborate with expert engineers, government partners, and industry specialists to detect, understand, and counter emerging threats. If you’re looking for meaningful work in an inclusive environment that values curiosity, teamwork, and continuous learning, you’ll thrive here. What this role means for you As a Senior Software Engineer, you'll be at the heart of projects that matter. You’ll help design and shape the architecture of systems that support security testing and research that protects critical national infrastructure, influencing how we deliver secure and high‑quality software. This is a hands‑on technical role where your expertise drives real outcomes. You will: Work across multiple languages, frameworks, and platforms to solve complex challenges Help define and improve engineering best practices, branching and deployment strategies Review pull requests, guide colleagues, and raise code quality across teams Champion innovation and bring new ideas that help us stay ahead of emerging threats Collaborate with both technical and non‑technical stakeholders to shape priorities and deliver meaningful solutions You’ll join a wider technical community that shares knowledge, encourages experimentation, and supports your growth.
    Successful Applicants must be able to commute to the UKTL offices in Birmingham at least twice a week We strive to offer a great work life balance - if you are looking for full time, part time or flexible options, we will try to make this work where business possible. This will be dependent on the kind of role you do and part of the business you work in.  Read Less
  • Security Tester  

    - Solihull
    Security Testing Specialist – Dive Deep. Think Differently. Build Secu... Read More
    Security Testing Specialist – Dive Deep. Think Differently. Build Secure Systems. 

    You’re someone who can’t help but ask “What’s really going on under here?” 
    Whether it’s a telecoms protocol, a complex system, or a bespoke piece of hardware, you’re driven by curiosity — and motivated by making real world technology safer. 

    Join a collaborative, inclusive team where your ideas matter, your voice is heard, and your work has genuine impact. You’ll have the freedom to explore, experiment, and grow, while helping shape the security of next generation networks. 

    What You’ll Be Doing 
       You’ll play a hands-on role in security testing across hardware, software, and telecoms specific technologies. Your work will include:  Conducting security testing on hardware and software to uncover vulnerabilities in complex systems. 
    Applying positive and negative testing techniques to stress-test network functions and protocols.  Scripting and automating assessments to improve efficiency and repeatability. Freeing up your time to do interesting work.  Investigating, analysing, and clearly communicating technical findings and risks.  Contributing to high quality, actionable technical reports.  Successful Applicants must be able to commute to the UKTL offices in Birmingham at least twice a week We strive to offer a great work life balance - if you are looking for full time, part time or flexible options, we will try to make this work where business possible. This will be dependent on the kind of role you do and part of the business you work in. Read Less
  • PhD - Metrology and Standardisation of Airborne eDNA (MESA-eDNA)  

    - Tewkesbury
    The measurement of airborne eDNA enables the detection and tracking of... Read More
    The measurement of airborne eDNA enables the detection and tracking of species in an environment rapidly, non-invasively, and with great sensitivity. It can also be used to monitor a very large number of species simultaneously, unlike traditional nature surveys, which are performed manually and typically focus on a single species. Airborne eDNA measurements therefore have the potential to revolutionise biodiversity monitoring by providing robust species distribution data to help governments and other stakeholders, helping them define policy to address the current rapid decline in biodiversity, and assess the performance of measures implemented to halt or reverse biodiversity decline.   Measurements of aqueous eDNA (e.g. in rivers) are now widely used as a tool to monitor the aquatic abundance of fish and other species, but airborne eDNA measurements are much less advanced, and there are no standard sampling or analysis protocols. The game-changing potential of these measurements has, however, recently been highlighted in a recent paper. Other research aspects are the post-pandemic efforts to develop sampling methods that preserve the pathogen integrity and facilitate easy recovery. However, the effects of the nebulisation/sampling of choice on the eDNA are often overlooked. This PhD will advance the state-of-the-art of airborne eDNA measurements by investigating key metrology aspects that are currently hindering the wider adoption of this technology. Understanding the underlying challenges for reproducible analysis, identification, and quantification of eDNA from the air may drive technological solutions towards consistent and efficient monitoring strategies.


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  • This PhD project addresses the challenge of inspecting large, complex... Read More
    This PhD project addresses the challenge of inspecting large, complex engineering components that are difficult to measure using conventional systems. It will develop a hybrid metrology platform combining a structured light sensor, an industrial robot, and multi-view photogrammetry to enable accurate, automated, and large-scale surface measurement. The research focuses on uncertainty-aware robot control and metrology system integration to ensure reliable measurement performance in industrial environments. The system will be validated through nuclear-sector case studies in collaboration with the National Physical Laboratory and the Advanced Manufacturing Research Centre. Modern manufacturing increasingly depends on fast, flexible, and automated metrology solutions, particularly for oversized components that are difficult or impossible to measure using conventional systems. Traditional approaches typically require additional setup to extend measurement sensor’s range so that it can cover the entire surface of a large workpiece. These setups are often manually executed, making the process time‑consuming, highly reliant on operator experience, and prone to inconsistent measurement performance that may fall short of industrial requirements.   This PhD research project aims to develop a hybrid dimensional metrology solution that integrates a precision structured light sensor, an industrial robot arm, and a multi-view photogrammetry system. The combined metrology system will enable high-efficient automated inspection of complex, large‑scale engineering components used in advanced manufacturing sectors, such as the nuclear energy industry.   This project will be fulfilled via the following four core research objectives: Undertake a systematic evaluation and comparative analysis of metrology-informed feedback‑control strategies to improve the positioning accuracy of robot arms within precision‑critical manufacturing environments. Investigate strategies to incorporate the measurement uncertainty of the external large volume metrology system into the robot control process. Develop a hybrid metrology solution for efficient, automated measurement of large workpiece surfaces by combining a structured light sensor, a photogrammetry system, and an industrial robot arm. Conduct industrial case studies on nuclear‑sector workpieces larger than one metre, demonstrating system capability in real manufacturing environments.   This project will take collaboration with two major UK R&D partners: Manufacturing Metrology Group @ National Physical Laboratory (NPL, UK’s national measurement institute) will provide access to large volume metrology facility and expertise in measurement uncertainty quantification. Nuclear Manufacturing Group @ Advance Manufacturing Research Centre (AMRC, UK’s High Value Manufacturing catapult centre) will contribute expertise in large surface inspection and support industrial case studies.   This call is open to UK Applicants only. Applicants should be of outstanding quality and exceptionally motivated. The studentships are funded for 3 years (subject to satisfactory annual performance and progression review) and will provide for tuition fees and a taxfree stipend paid monthly.   Please note that there are more projects than funded studentships available and therefore this is a competitive application process which will include an interview. Shortlisted candidates will be contacted for an interview in person or via Teams. After interview the most outstanding applicants will be offered a studentship.   Queries about the application process are welcome and should be emailed to pgrscholarships@hud.ac.uk.   Informal enquiries about this project should be directed to Dr Shan Lou (s.lou@hud.ac.uk) and Dr Claire Pottier (claire.pottier@npl.co.uk).

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  • End User Computing Technician  

    - Tewkesbury
    Are you passionate about delivering seamless IT experiences? Join our... Read More
    Are you passionate about delivering seamless IT experiences? Join our IT Operations team here at NPL and play a key role in ensuring colleagues have the tools and services they need to work efficiently and securely. This is a new and exciting role with plenty of scope to make an impact.    What you’ll do: Be the go-to expert for end-user support, troubleshooting issues across Microsoft 365, AD, Entra ID, MS Teams, VPN, and more.  Configure and deploy laptops, lab devices, and mobile phones across the organisation.  Manage endpoint compliance, MFA, and user access controls.  Maintain and update devices, firmware, and operating systems to keep everything secure and running smoothly.  Support mobile enrolment and app rollout via Intune.  Contribute to process improvements and keep documentation up to date.  Ensure IT assets are accurately recorded and managed in line with policy.  Read Less
  • Senior Scientist  

    - Tewkesbury
    The Electromagnetic Technologies Group is hiring a Senior Scientist fo... Read More
    The Electromagnetic Technologies Group is hiring a Senior Scientist for the Assured Autonomy Group. NPL’s Assured Autonomy programme is supporting a critical technology sector which is set to deliver widespread social and economic benefit going forwards, enhancing UK’s resilience and economic growth and ensuring regulation is not a barrier to innovation.    NPL’s focus is to develop the metrological infrastructure and know how to enable the assurance frameworks required across the spectrum of autonomous systems, providing a sovereign capability to test and approve these technologies.   Read Less

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