Originally from the UK, Johnathan’s areas of clinical expertise include extensive experience with major trauma imaging, neuro-interventional radiology, specialising in MRI, performing & reporting gastrointestinal studies, and planar image interpretation. Johnathan entered academia in 2005 and is currently employed as a Senior Lecturer in Medical Imaging at Charles Sturt University. Johnathan’s main research interests include lived experience, image interpretation, advanced practice, and social media-based health care research. Johnathan is an Associate Editor with Radiography and is currently a guest editor for the Journal of Medical Imaging & Radiation Science's special edition on MRI, a fellow of the Higher Education Academy (UK). Johnathan is a member of several national professional committess to include ASMIRT's research committee, general radiography reference group, advancing practice reference group and member of the ASMIRT NSW Branch committee.

Johnathan's main research interests relate to user experience with a particular focus on lived experience within medical radiation science.  Other research interests include image interpretation, advanced practice, and the use of social media in health care research.  Johnathan has experience in qualitative research design to include phenomenology, hermeneutics, content analysis and ethnography methodologies. Johnathan is an approved HDR supervisor with Charles Sturt University.

Johnathan has a broad range of teaching experience across the curriculum of diagnostic radiography to include cross sectional and surface anatomy, patient care, reflective practice, continual professional development, general radiographic technique, instrumentation for magnetic resonance imaging and fluoroscopic equipment, gastrointestinal and contrast studies, interventional radiology, planar image interpretation, inter-professional practice, advanced practice, contrast media administration and qualitative research methods.

Johnathan's current teaching focus is planar chest, abdomen, and musculoskeletal image interpretation within the undergraduate and master’s medical radiation science courses.