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Jade Ward is a PhD student (co-funded by industry partner P&G) who joined the ThermoSense lab in September 2022 as part of the Skin Sensing Research Group at the University of Southampton.  Jade's PhD project is on physiological and perceptual me...

The main motivator for the proposed research is performance improvement of energy capture or hydrodynamic efficiency of propulsion systems. In particular, the application requirements of passively adaptive underwater tidal turbine blades and marine p...

Long-term time series analysis of transport network development has the potential to provide important insights into the factors and processes which influence how transport systems evolve. However, the relevant datasets for such analysis are seldom ...

Project funded by the Defence Science & Technology Laboratory (DSTL).

BaxSr1-xTiyMn1-yO3 BSTO thin films have been synthesized using a molecular beam epitaxy system. Novel coplanar waveguide tunable phase shifters have been developed using these Mn-doped perovskite films. The presented phase shifters operate with a pha...

Given the ever-growing demand for products and services that in turn generate freight activity in our cities, there is a need to fundamentally investigate how mixed land-and-Un-crewed Air Vehicle (UAV) logistics fleets can be successfully integrated ...

The aim of this project was to understand the contextual factors and technical approaches underlying trustworthy human-swarm teams. The project drew on co-creation with partners and potential users to generate potential use cases and operator-centred...

Active travel has received increased investment and interest in many countries both due to COVID-19 and to policies which promote a shift to active travel to support a wide range of public and individual goods. However, the majority of investment so ...

We demonstrate the ability of deep level doping to reduce the substrate losses in coplanar waveg-uides and spiral inductors. Room temperature resistivity of Au doped Czochralski-Si increases from 50 Ωcm for n-type Si to 100 kΩcm for Au doped Si and t...

The use of electrodeposited PdNi-Si Schottky barriers as low power Hydrogen sensors is investigated. The Palladium content of the film causes the Hydrogen molecules to dissociate and be absorbed by the film, changing the metal work function and Schottk...