Search our expertise
The table below lists our academic research interests, to help you identify a project supervisor whose expertise matches your own research.
You can use keywords in the search bar to look for an academic by research interest, or click on their name below to visit their staff profile.
Search by keywords:
OAP expertise
| Keywords | Name |
|---|
| Novel medical device design, photoplethysmography, Smart fabric wearable medical devices, design and fabrication of custom integrated circuits for medical instrumentation |
Professor Barrie Hayes-Gill (Head of Group) |
| Mobile Computer Engineering and Sensing Systems for Healthcare |
Dr Steve Bull |
| Nanoscale Bioelectronics and Biophotonics |
Dr Serhiy Korposh |
| Design and fabrication of nanophotonic devices and photonic integrated circuits, nano-biophotonics high-speed and high-brightness semiconductor lasers |
Professor Eric Larkins |
| Biomedical engineering, optical fibre sensing for healthcare, wearable devices, smart textiles, applications in monitoring in critical care, diabetes, gerontology, sports |
Professor Stephen Morgan |
| Optical imaging with lateral resolution in the nanometer scale, Optical dimensional measurement in the nanoscopic scale with sub-nanometer precision, Incorporation of signal processing techniques (ANN, GA, PCA etc.) into optical systems to enhance and refine their applications |
Dr Chung See |
| Optical particle characterization techniques, Signal processing, Imaging through Turbulence |
Dr John Walker |
| Physiology of transparent tissues of the eye, Real-time, label-free imaging of small molecular transport, Electrophysiology and impedance characterisation of barrier tissues, Trans-epithelial drug delivery and barrier function, Raman micro spectroscopy and biosensing using Surface Enhanced Raman Spectroscopy (SERS), Hydrodynamic imaging and condenser-free contrast enhancement methods |
Dr Kevin Webb |
| Optically trapped probes for micro-rheology of soft material, single-cell mechano-sensing, single-molecule manipulation and characterisation, novel optical microscopy techniques for imaging deep into 3D culture |
Dr Amanda Wright |