UNITY EchoPhase
Developing AI-powered diagnostic support tools for real-time risk stratification in the emergency department.
An open-source model library for AI-powered echocardiographic image analysis, built to accelerate, standardise, and scale cardiac ultrasound research and pra...
Developing a self-calibrating laryngeal bioimpedance measurement system with AI-driven classification of voice acts.
Developing inhalable biotherapeutics to target severe non-T2 asthma and chronic inflammatory airway diseases.
A cross-disciplinary effort to engineer 3D printed collagen-based implants for repairing peripheral nerve injuries.
Engineering stable, Fc-free bispecific antibody mimetics to modulate inflammatory pathways in the eye.
Cross-disciplinary effort to transform ocular therapeutics through 3D-printed implants enabling long-acting, minimally invasive drug delivery
AI-driven optimisation of in-situ polymerisable collagen (IPC) scaffolds for retinal tissue engineering and ocular drug delivery.
A comprehensive web-based annotation platform designed for physiological time series signal analysis
A cross-disciplinary effort to develop a robotic-assisted, AI-guided 3D brain model for simulating and optimising therapeutic delivery to neurological tissues
A modular strategy combining recombinant expression and chemical ligation to accelerate bispecific scFv development.
An AI-driven framework for detecting early-stage Multiple Sclerosis using retinal OCT scans, leveraging multiple instance learning, contrastive learning, and...
Research project on deep learning for seizure detection using stacked LSTM networks and accelerometer data.
PhD project on developing intelligent clothing with ECG sensors and AI for early diagnosis of cardiovascular disease.
AI-driven prediction of progressive vertebral deformity following osteoporotic spine fractures using radiographic and clinical data.
AI-powered tools for predictive modelling and personalised surgical planning in paediatric strabismus correction.
PhD project on developing an AI framework for prognosis prediction in traumatic brain injury using CT imaging and clinical data.
A collaborative research initiative developing open, AI-powered tools to standardise, accelerate, and democratise echocardiography across clinical and global...
Reducing annotation cost and effort in echocardiography using deep learning and active learning strategies.
Automated segmentation of the left ventricle in echocardiographic images using CNN architectures including U-Net, SegNet, and FC-DenseNet.
Evaluating how different loss functions affect left ventricular segmentation, volume, and ejection fraction estimation using U-Net on echocardiographic data.
Fully automated analysis of mitral valve inflow Doppler using deep learning to standardise clinical workflow and reduce manual variability.
A deep learning model for automated multi-beat tissue Doppler echocardiography (TDI) analysis capable of expert-level velocity peak detection and measurement...
Automated deep learning framework for identifying echocardiographic views using differentiable neural architecture search (DARTS).
Automated identification of end-systolic and end-diastolic frames in echocardiographic videos using deep neural networks.
An optimisation-based block matching algorithm for speckle tracking in echocardiography, enabling accurate displacement estimation and strain analysis.
Collaborators This project will involve close collaboration with clinical partners to select and develop case studies based on feasibility and clinical rel...
Supervisory Team Professor Massoud Zolgharni Professor Darrel Francis
Supervisory Team Professor Massoud Zolgharni Professor Darrel Francis
Supervisory Team Professor Massoud Zolgharni Dr. Stephen Uzor Professor Darrel Francis
Supervisory Team Dr. Nasim Dadashi Serej Dr. Raheleh Kafieh
Supervisory Team Dr. Nasim Dadashi Dr. Raheleh Kafieh
Principal Supervisor Dr. Nasim Dadashi
Collaborators School of Computing and Engineering Durham University - Department of Engineering
Supervisory Team Professor Massoud Zolgharni
Supervisory Team Dr Hanieh Khalili Dr Gianluca Cidonio Professor Massoud Zolgharni
Supervisory Team Dr. Nasim Dadashi Serej
Supervisory Team Dr. Eman Alajrami