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Mingzi Zhang holds PhD degrees in Engineering from Tohoku University, Japan, and Biomedical Sciences from Macquarie University, Australia. His research focuses on structural optimization for manufacturing neurovascular stents and virtual stenting simulation-based treatment individualization for patients with cerebral aneurysms. He has developed a lumped parameter model of the human circulatory system during his master’s studies, applicable to modeling structural coronary heart diseases. Dr. Zhang has published over 25 scientific articles in prestigious peer-reviewed academic journals and co-authored 2 book chapters. He has also presented at 20 esteemed academic conferences, including invited talks. His areas of expertise include computational modeling for cardiovascular and cerebrovascular diseases, structural optimization, virtual deployment of endovascular stents, and image-based non-invasive estimation of in vivo haemodynamic parameters. He is passionate about translating research outcomes into diagnostic-assisting tools to enhance patient care quality, exemplified by his development of a virtual stenting platform used by neuro-interventionists for treatment strategy individualization in intracranial aneurysms.
University of New South Wales • Sydney, NSW, Australia
Conducting research on structural optimization for manufacturing neurovascular stents and developing simulation-based treatment strategies.
Includes Business Intelligence, Enterprise Systems, and Cybersecurity Management streams.