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Research Project
ChAMP and WAFT Collaboration Fund - Scalable Flexible Ion Sensors for Wearable Electrolyte Monitoring
https://www.southampton.ac.uk/research/projects/champ-waft-collaboration-fund-scalable-flexible-ion-sensors-for-wearable
This collaboration fund with University of Oxford, investigatedthe use of the large-area commercial roll-to-roll technique used for flexibleelectronics, based upon a planar electrolyte monitor sensor.
Research Project
ChAMP and WAFT Collaboration Fund - Inline patterning of thermoelectric devices onto flexible substrates: a solution to large area manufacturing of wearable electronics
https://www.southampton.ac.uk/research/projects/champ-waft-collaboration-fund-inline-patterning-of-thermoelectric-devices-onto
This collaboration fund with University of Oxford, investigated the compatibility of using large-area roll-to-roll manufacturing techniques with thermoelectric materials and devices, whilst optimising their output.
Research Project
ChAMP and WAFT Collaboration Fund - Chalcogenide direct write 3D nanophotonics
https://www.southampton.ac.uk/research/projects/champ-waft-collaboration-fund-chalcogenide-direct-write-3d-nanophotonics
With University of Bristol, we investigated using two-step polymerisation to create 3D polymer structures, integrated with high refractive index chalcogenides for nanophotonic applications such as photoinc crystals.
Research Project
Real-time Microbial Pathogen identification in Microbial Keratitis Using a Microfluidic Impedance Cytometry
https://www.southampton.ac.uk/research/projects/real-time-microbial-pathogen-identification-in-microbial-keratitis-using-a
Microbial keratitis (MK) is a serious infection of the cornea of the eye. Rapid diagnosis is vital in supporting the prompt appropriate use of antibiotics and improving prognosis. However, current diagnostic methods take several days, resulting in po...