Development of FEA models to predict the performance of lattice structures in additive manufacturing
The aim of this project is to develop and validate new numerical models using Finite Element Analysis (FEA), in order to determine the static and dynamic performance of regular and irregular lattice structures which are used in additive manufacturing and 3D printing.
Non-destructive evaluation of advanced materials’ thermo-mechanical behaviour
This project aims to prevent catastrophic failure as well as safe and economical management of the structures
Application of microwave energy for accelerated curing of construction repairs
This project aims to evaluate parameters of microwave energy and repair material characteristics.
Developments of a respiratory airflow measurement device
The aim of this study is to develop a device that can accurately measure respiration rate and respiratory airflow in a broad range of medical environments, such as surgeries, ambulances, A&E, sleep laboratories and operating theatres.
Development of accelerometry to assist in vestibular dysfunction examinations and to reduce falls
This study aims to develop accelerometry techniques in order to accurately measure the body's posture and movements and use signal processing and artificial intelligence methods to analyse and interpret the information.
Development of a device with assist people with significant degradation in their memory
In this study a device consisting of a microprocessor, user interface and suitable integrated software will be developed to assist people with significant memory degradation to enable them to have an improved like experience.
Development a device to assist people with degradation in their hearing
In this study an integrated tool based on microprocessors and sensors will be developed to improve the life experience of deaf or those with significant degradation in their hearing.
Development of Thermal Imaging to Monitor Wounds in Skeletal Surgeries
The aim of this project is to develop innovative thermal imaging solutions to assess and monitor inflammation and surgical tissues' reaction and the time taken for them to settle down after skeletal surgeries.
Development of Accelerometry for Examinations in Skeletal Surgeries
This project aims to analyse patient's posture and pattern of movement before and after skeletal surgeries.
Development of techniques to predict probability of survival in trauma
This project aims to study a variety of artificial intelligence and statistical methods will be developed to predict probability of survival in trauma.