Piezoelectric MEMS microphones have the advantages of eliminating the need for vacuum packaging, low power consumption, and simplicity of fabrication. Read more
Assessment of the ecological health of the UK’s wildlife and its complex interactions with a range of stimuli including agricultural practice, urbanisation, climate change effects, etc. Read more
About the project. The University of Cincinnati has been developing a suite of ultrasonic sensors for structural health monitoring in extreme, typically high temperature (550°C+) environments. Read more
The project. Motivation. The development of hydrogen energy technologies is central to the UK government's ten-point plan for a green industrial revolution, targeting a 40% reduction in gas consumption by 2030 and carbon-zero emissions by 2050. Read more
This project will develop novel methods to detect ice build-up in Uncrewed Air Vehicles and use this information to automate the vehicle response. . Read more
In this project you will use modelling and experimental methods to build an understanding of how vibration and shock mount design can influence machine bearing life. . Read more
Finite element models are used to predict the vibration characteristics of aircraft and automotive vehicles. A large and complex model can be generated to determine the level of vibration which can be transmitted from one area to another. Read more
Tracking and detection methods for UAVs and drones typically involve human in the loop, with technology including long range radar, short range radar, cameras, infra-red camera, RF communication technology and acoustics. Read more
Acoustic measurements of rooms carry a lot of useful information regarding the room geometry, objects and furnishing, presence and movements of humans, and the atmospheric conditions and stability of the room environment. Read more
The aim of this project is to establish a new class of sensing system that is capable of mapping strain distribution at thousands of points using a single strand of optical fibre thinner than a human hair. Read more
The study of the mechanical properties of any large, complex structures such as a space launch vehicle or Earth’s crust relies on a large array of sophisticated and, often, expensive sensors. Read more
Are you passionate about 3D-audio, acoustics, and signal processing? This collaborative project with automotive audio leader ASK Industries offers a unique opportunity to develop innovative spatial audio measurement and reproduction techniques, as well as design and implement a multi-channel loudspeaker system capable of reproducing the acoustics of a car interior. Read more
Are you looking for an exciting opportunity to work at the forefront of engineering research with a focus on sound and vibration? Would you like to develop… Read more
With the electrification of transportation happening at breakneck speed for both ground and air vehicles, it is important to be able to measure temperatures of key components. This is particularly important for batteries as these are vital components in any transport system and this project will address this using a novel ultrasonic technique. Read more
Explore the space where physics-based modelling and artificial intelligence meet. Join this project on ultrasonic non-destructive characterisation of complex materials. Read more
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