We have received funding for a new doctoral training initiative that will bring together interlinked PhD projects from different disciplines based around a single grand challenge in health technologies.
We're looking for PhD students to join our DTI addressing grand challenges in health technologies. Find out about the areas we cover and current opportunities.
We are seeking industrial partners and external sponsors to work with us on our Doctoral Training Initiative. Find out how you can get involved.
Our Centre is home to academics, researchers and research students based across three faculties and 10 departments.
We are academics who bring together research expertise from across the faculties of Engineering & Design, Science, and Humanities & Social Sciences.
We are postgraduate students working towards our doctorates in research themes associated with the Centre.
Find out more about the research we are doing across biosensors, biodevices and bioelectronics.
Biosensors involve different elements from separate disciplines. Our Centre brings together research expertise spanning all aspects of biosensors development.
We are working on aspects of biodevices both at individual component and whole-systems level. We take a co-design approach to research to increase impact.
Our Centre is investigating and innovating the electrical recordings of cell signals, in particular neurons, cancer cells and microalgae.
Find out more about the research we're doing in the Centre.
The revolutionary device being developed by a GP with researchers at Bath could offer fresh hope for people with conditions such as Motor Neurone Disease.
Electrical stimulation of the vagus nerve could lead to new treatments for a wide range of diseases and disorders including epilepsy, depression and arthritis
New smartphone-sized test device uses innovative ‘lab on chip’ technology for rapid, accurate results
Scientists have created a non-invasive, adhesive patch, which promises the measurement of glucose levels through the skin without a finger-prick blood test.
The simple five-minute test could help health professionals diagnose and treat patients who have taken the synthetic drug.
Dr Pedro Estrela's research with the University of São Paulo develops novel biosensor technology for detecting early-stage prostate and breast cancer.
You could study a PhD in biosensors and join our research community.
We are a diverse, collaborative and inclusive community delivering impact through innovation in the areas of targeted and personalised interventions, sustainable healthcare, and humans and the environment. We are bridging the gap between the different disciplines to develop technologies that address clinical, environmental and industrial needs.
Please contact us with any questions about our research activity or find out about ways you can collaborate with us.