Chris Kokkinos is an MRI radiographer and imaging specialist, currently serving as Head of Imaging Technologies at The Florey. With nearly 30 years of experience, he has held key leadership roles, including Past Global President of the International Society for MR Radiographers and Technologists (ISMRT) and Current President of the Australian National Chapter of ISMRT. After earning a Bachelor of Applied Science (Medical Imaging) from RMIT University, he specialised in MRI in 1996, later completing MR postgraduate studies at the British Columbia Institute of Technology. He has held senior roles, including MR Supervisor at the Royal Melbourne Hospital, and Radiology Operations manager at Epworth Hospital where he played a pivotal role in advancing clinical and research workflows and practices.
An advocate for MRI education and research, Chris was a co-author of a study on white and gray matter changes in Niemann-Pick disease, published in the Journal of Neurology. A sought-after speaker, he has presented on topics such as functional MRI, breast MRI, MR-guided biopsy techniques, and MR enterography. He has also contributed to MRI training programs, including the Melbourne Advanced Neuro-Imaging Symposium and the TNI Breast and Pelvis MRI Intensive Training Courses. Through his leadership, research, and education, Chris continues to drive advancements in imaging technologies and professional practice.
Reported by 9News, Clinical Director of The Florey Professor Graeme Jackson was interviewed about the technology developed at the Australian Epilepsy project.
26 June 2025
Donanemab, developed by Lilly, is the first disease-modifying treatment for early-stage Alzheimer’s disease to be approved for use in Australia. The National Imaging Facility supported its developme
16 June 2025
Dr Sicong Tu is excited about helping motor neurone disease (MND) patients gain a much better idea of their disease progression: “The focus of our network is on bridging the gap between leading Aust
28 May 2025
Our brains work a bit like highly advanced supercomputers, with bundles of white matter, known as ‘tracts,’ acting as superhighways that facilitate information flow and enable various brain functi
05 September 2024