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Carbometrics

Lead Data and Signal Processing Engineer

Carbometrics Bristol
60,000 to 70,000
32 - 40 hour
new


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    Carbometrics

    Lead Data and Signal Processing Engineer

    Carbometrics Bristol
    60,000 to 70,000
    32 - 40 hour
    new
    Status Open
    Apply now

    Apply on the employer's website


    What we ask

    Education

    No minimum education required

    What we offer

    Salary
    £60,000 to £70,000
    Hours
    32 to 40 hours per week
    Employment type
    permanent

    Job description

    Lead Data and Signal Processing Engineer

    Salary: £60,000 – £70,000, depending on experience

    Location: Science Creates St Philips, Bristol

    Working pattern: Full time, 37.5 hours per week, on-site

    Expected start date: ASAP

    About Us

    Carbometrics is a Bristol-based chemistry company designing highly selective binding molecules for sensors used in hospitals, medical devices, bioprocessing and industry. Our mission is to help people with diabetes and other conditions live longer, more comfortable lives through improved real-time monitoring of key analytes such as glucose.

    Built on over 20 years of research from Professor Anthony Davis' group at the University of Bristol, our Biomimetic Glucose Binding Molecules (GBM) underpin a glucose sensing platform enabling a market-leading Continuous Glucose Monitor (CGM). The same technology, developed through our predecessor company Ziylo, was acquired by Novo Nordisk for smart insulins. We have since added potassium, lactate, pH, CO₂ and calcium, building toward the most comprehensive continuously monitored sensor array for medical use.

    Role Overview

    We are searching for a Lead Data and Signal Processing Engineer to lead development of the pipeline that converts raw optical sensor measurements into reliable analytical results.

    You will develop algorithms from initial investigation of experimental data through to implementation in product and instrument software, separating sources of variability such as noise, environmental effects, sensor-to-sensor variation and transient artefacts.

    You will also develop tools for analysing our growing calibration and QC datasets and improve how data is visualised. The role focuses on algorithms, not full product software or user interface ownership.

    This is a hands-on technical leadership role. It does not initially carry line-management responsibility, but as the company grows there will be an opportunity to build and lead a team.

    What You'll Be Doing

    Core responsibilities:

    Architect and develop a robust pipeline converting raw sensor measurements into reliable analytical outputs

    Develop and evaluate filtering and noise-removal methods, separating signal from instrument noise and artefacts

    Develop signal correction and bias compensation for temperature, dilution, pH, sensor variability and other environmental or physiological factors

    Develop methods for detecting changes, transitions and abnormal behaviour, including change-points, bubbles and flow artefacts

    Develop calibration, linearisation and conversion of sensor measurements into analyte concentrations

    Assess the performance and limitations of each pipeline stage and the complete system, characterising performance across sensors, concentrations, temperatures and sample conditions

    Use experimental data to decide which correction approaches are appropriate, rather than one model for unrelated sources

    Turn experimental observations into practical algorithms and models, working with scientists and engineers

    Establish reproducible approaches to data processing and algorithm development, and take technical ownership of the data and signal-processing aspects of sensor development

    Additional responsibilities:

    Support development of software interfaces and LabVIEW-based data-acquisition software for operating and monitoring instrumentation and sensors

    Develop real-time visualisation of measurements and system status for demonstrations, partner evaluations and experiments

    Investigate practical applications of statistical modelling and machine learning on existing calibration, QC and experimental data

    Support the wider team in using data-analysis, software and AI-assisted tools

    Contribute to experimental design to help distinguish between competing hypotheses

    Help build the technical capability, tools and processes for robust sensor data analysis as the company grows

    What You'll Bring

    Qualifications:

    Essential: Degree in physics, engineering, applied mathematics, computer science or a related technical discipline

    Desirable: PhD or equivalent research experience in signal processing, sensing or machine learning

    Essential skills and experience:

    Minimum 4 years' industrial experience of signal processing, algorithm development or quantitative analysis of sensor or instrument data

    Expert Python programmer (C/C++, LabVIEW or R advantageous)

    Experience treating noisy or imperfect measurement data to improve reliability

    Experience developing mathematical, statistical or computational models from raw data, taking problems from initial investigation to a practical, implementable solution

    Experience in biomedical, medical device or in-vitro diagnostics development

    Strong problem-solving skills, working independently on technically ambiguous problems and collaboratively in a multidisciplinary environment

    Good data visualisation skills, communicating results clearly to scientists and engineers

    Excellent numeracy, literacy and computer skills, with strong attention to detail

    Desirable skills and experience (not expected to have experience in all areas):

    Biosensor calibration, compensation or correction algorithms (temperature, matrix effects, cross-sensitivity, multi-analyte)

    Optical, electrochemical or other biosensing technologies

    Real-time data acquisition or instrument-control systems

    LabVIEW development or maintenance of research software, including graphical interfaces or dashboards for real-time measurements

    Statistical modelling, multivariate analysis or machine learning (regression, classification, anomaly detection)

    Time-series or high-frequency sensor data analysis

    Deploying algorithms into desktop, embedded or instrument-based production software

    Establishing reproducible data-processing, analysis or automated QC workflows

    What's On Offer

    The opportunity to establish and lead Carbometrics' signal-processing capability and build a team as the company grows

    A base at Science Creates, Bristol's leading scientific incubator, working alongside a motivated team of scientists

    An enjoyable environment at the frontier of glucose sensing, with room to grow your skills

    Additional Information

    Candidates must be authorised to live and work in the UK, with respect for others and a commitment to high standards and continuous improvement.

    Closing date for applications is 29th October 2026, unless the role is filled earlier.

    Carbometrics values diversity and is an equal opportunities employer, welcoming applicants who meet the requirements of the role regardless of gender, ethnic origin, disability, age, religion or sexual orientation.

    You may have experience in the following: Lead Signal Processing Engineer, Lead Algorithm Engineer, Sensor Data Scientist, Lead Data Scientist, DSP Engineer, etc
    Salary description

    £60000.00 - £70000.00 per year

    Apply now

    Apply on the employer's website

    Apply now

    Apply on the employer's website


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