Projects

We design devices, algorithms and studies as integrated programmes. Explore a selection below.

Research themes

Supporting technologies for bioelectronics

Co-designed sensing, computation, communications and power that keep wearable and implantable devices reliable outside the lab.

Visceral pain and neurotechnology

ADVANTAGE: low-power wearable and implantable sensors, neural telemetry and targeted interventions for chronic visceral pain.

Cardiovascular monitoring

Dry-electrode ECG/PPG platforms with wireless streaming, cuffless blood pressure estimation and clinician-facing analytics.

Multimodal electrochemical sensing

OECT-based sweat sensing with microfluidics, low-power wireless backends and pipelines for metabolic and performance monitoring.

Projects

ADVANTAGE: Visceral Pain Research

Consortium programme targeting neural mechanisms of visceral pain, integrating wearable and implantable bioelectronic sensors to monitor and treat complex conditions.

Cross-discipline collaboration across medicine and engineering at Cambridge and partners
Low-power electronics and targeted interventions for personalised chronic pain management
Bioelectronic sensing architectures designed for clinical workflows

Cardiovascular Monitoring

Dry-electrode wearable platform capturing ECG and PPG to estimate blood pressure cufflessly, with smartphone-linked analytics and seamless data streaming.

Comfortable chest adhesion with synchronised ECG and PPG capture
Low-latency wireless links and mobile apps for clinician-facing analytics
AI-based blood pressure estimation validated for continuous monitoring

Multimodal Electrochemical Sensing

OECT-based wearable for non-invasive glucose, lactate and electrolyte sensing in sweat via soft microfluidics, with real-time wireless streaming.

Organic electrochemical transistor transduction with microfluidic sampling
Low-power embedded electronics and BLE backends for continuous monitoring
Data pipelines for metabolic health, diabetes care and performance tracking

Publications

Our publications are indexed on Google Scholar. Browse them on Google Scholar.