Professor Fernando Bello is a computer scientist and engineer working at the intersection of medicine, education and technology. He obtained his PhD in Biomedical Systems from Imperial College in 1996 and worked as a postdoctoral Research Fellow on brain image analysis and Computer Aided Surgery from 1996-1998 at Guy's Hospital, and at the University of Kent, where in 1998 he became a Lecturer in Electronic Engineering.
He re-joined Imperial in September 2000 and is currently Professor of Surgical Computing and Simulation Science within the Department of Surgery and Cancer, where he is Director of the Centre for Engagement and Simulation Science, leading the SiMMS - Simulation and Modelling in Medicine and Surgery research group. A multi-disciplinary research group aiming at building suitable models and simulations of clinical processes, including clinical examination, clinical diagnosis, interventional procedures and care pathways.
Prof Bello is particularly interested in the use of virtual / mixed reality environments and haptics in the context of education and training, pioneering advanced patient specific simulation of a number of surgical procedures and clinical examinations, online and mobile simulation tools, as well as innovative approaches to contextualised simulation. He has published widely in technological, medical and educational journals, is involved in several simulation-based training programmes in the UK and abroad and is Academic Co-director of Imperial’s MSc in Surgical Innovation.
Cox WAS, Cavenagh P, Bello F, 2019, Is the diagnostic radiological image an underutilised resource? Exploring the literature, Insights Into Imaging, Vol:10, ISSN:1869-4101
Kontovounisios C, Tekkis P, Bello F, 2019, 3D imaging and printing in pelvic colorectal cancer: "The New Kid on the Block', Techniques in Coloproctology, Vol:23, ISSN:1123-6337, Pages:171-173
et al., 2019, 'How to help your unwell child': A sequential simulation project, Bmj Simulation and Technology Enhanced Learning
et al., 2019, Physician-patient interactions and communication with conscious patients during simulated cath lab procedures: an exploratory study, Bmj Simulation & Technology Enhanced Learning, Vol:5, ISSN:2056-6697, Pages:15-21
et al., 2019, Design of a Modular Testing Platform for the Handling and Study of Endovascular Devices, IEEE-EMBS Conference on Biomedical Engineering and Sciences (IECBES), IEEE, Pages:255-258, ISSN:2374-3220