A mechanical engineering academic with a PhD from the University of Canterbury, specializing in computational biomechanics, medical imaging, and computer vision. Research focuses on patient-specific blood flow simulation, coronary hemodynamics, and deep learning for semantic instance segmentation of anatomical structures. Published in peer-reviewed venues such as the Journal of Biomechanical Engineering and the Winter Conference on Applications of Computer Vision (WACV). Experienced in translating engineering principles to clinical applications, including invasive coronary angiography and real-time 3D simulation. Over a decade of teaching experience at the University of Melbourne, with a strong background in mechanical engineering and computational methods.