Development of a wearable electro-impedance tomography system for early breast cancer screening

Imagine a future where a simple piece of clothing could help save lives. This PhD project aims to develop a revolutionary smart bra that uses gentle, safe electrical signals to detect breast cancer earlier than ever before. Unlike traditional scans that are often expensive, uncomfortable, or inaccessible, this wearable device will offer women a non-invasive, radiation-free, and repeatable way to monitor their breast health from the comfort of home. By combining smart wearable technology with advanced algorithms, the project has the potential to transform cancer detection and empower women with real-time insights into their own health.

We are seeking a motivated and ambitious PhD candidate with a strong background in signal processing, biomedical engineering, electrical engineering, or computer science. Experience with bioelectrical signals, wearable sensor systems, or medical imaging will be highly valuable. The ideal candidate will enjoy working at the intersection of hardware and algorithms — from developing experimental setups and building acquisition systems to designing advanced signal processing pipelines and machine learning methods for tumour detection. Strong analytical skills, creativity, and the ability to collaborate across engineering, clinical, and textile research teams are essential. This project offers a unique opportunity to apply advanced signal processing expertise to a wearable device that has the potential to transform early breast cancer detection.

This project is eligible for funding but is subject to eligibility criteria & funding availability.

Page expires: 20 April 2026