Mr. Simard is currently in the final stages of completing his doctoral degree in Biomedical Engineering at McMaster University (Hamilton). His doctoral research focuses on the application of ‘big data’ to enhance magnetic resonance imaging (MRI) analysis, specifically aimed at improving algorithms for more accurate diagnoses of neurological conditions. Mr. Simard has presented his research findings at prestigious academic and industry conferences, including events across Canada and parts of Europe (Austria, Netherlands, Spain, Switzerland) and has authored 8 peer-reviewed publications in leading scientific journals. In collaboration with his academic team, he further contributed to the development of innovative software and helped launch a company, TBIFinder, which enables clinicians to visualize deeper, finer details in neuropathological brain imaging, specifically in the context of concussion injuries.

Mr. Simard’s broader research interests explore the intersection of public policy and medical technology, focusing on how policies shape the development of innovative diagnostics and medical devices. He investigates the barriers patients face in accessing these advancements and applies novel statistical methods and machine learning techniques to assess the effectiveness of current policies and model future outcomes. His work aims to guide decision-makers in adopting policies that promote innovation while ensuring cost-effectiveness. With a strong emphasis on equitable access, Mr. Simard seeks to ensure that cutting-edge medical technologies reach underserved populations. He also examines regulatory and economic challenges that affect technology adoption, offering data-driven solutions to improve innovation and patient care.