This is an exciting opportunity for an enthusiastic researcher with experience in medical image computing to join a world-leading research group working on developing and translating state-of-the-art image processing techniques to characterise the liver tumours across scales. 


The post holder will work as part of a first-in-men trial and research project on the use of a new drug-eluting radiopaque bead for trans-arterial chemoembolization (TACE). Patients will first undergo TACE, followed by surgical liver tumour resection 7-21 days later. To better understand the liver tumour biology and physiology, patients in this study will be imaged using advanced MRI and dual-energy CT (pCT) at baseline, pre- and post-TACE, and pre-surgery. Finally, high resolution microCT and histological imaging will be used to further characterise the metabolism of the resected tumour.


This end-to-end project will require the development of tools for imaging across scales and modalities, encompassing subjects such as multimodal image registration, histological volume reconstruction, segmentation for arterial embolization localisation, modelling of bead density, and advanced MRI modelling. The successful applicant will be required to work closely with clinical and academic researchers at the collaborating departments as well as colleagues in CMIC. 

This post is funded for two years in the first instance.

Applicants must have a PhD, or equivalent academic or industrial experience and must be able to demonstrate strong image computing and problem solving skills. Candidates must possess a first or upper second undergraduate degree, or equivalent, in Computer Science, Engineering, Physics, Mathematics or a related subject. Experience in the design, implementation, and validation of appropriate medical image processing methods, image registration, segmentation and modelling, strong software development skills using languages such as C++ or python, and a good publication record in high-impact peer-reviewed academic journals and conferences. Experience with image processing methods for histological reconstruction and/or multimodal image analysis is highly desirable.


For informal enquiries about the post please contact Dr Jorge Cardoso

To apply please visit