The Interfaculty Scholarship, awarded annually as part of the CRC scholarship competition, aims to recognize and support interdisciplinary research within the CRC. Recipients must be under the direct supervision (primary and co-supervision) of two regular CRC researchers from two different faculties. This scholarship is made possible through the Université Laval Fonds de recherche en cancérologie, as well as the Faculty of Medicine (FMED) and the Faculty of Science and Engineering (FSG) at Université Laval.
Gérémy Michaud is a master’s student in medical physics, under the supervision of Louis Gagnon (FMED) and co-supervised by Michèle Desjardins (FSG). Naturally curious and driven by a desire to apply his scientific knowledge to real-world health challenges, he chose medical physics after completing a bachelor’s degree in physics at Université Laval. His interests focus on the applications of brain imaging to better detect and characterize brain tumors, particularly those that elude conventional imaging examinations. His project involves the development of simulation tools to better understand the signals produced in diffusion magnetic resonance imaging. The ultimate goal is to contribute to more accurate localization of tumors that are difficult to visualize, thereby optimizing treatment planning in neuro-oncology.
Alongside his studies, Gérémy is deeply involved in his community, with the same level of rigor as in his research work. He contributes to the organization of the Canadian Undergraduate Medical Physics Conference, a national event that introduces undergraduate students to research in medical physics while providing them with an initial opportunity to present their work to their peers. In recognition of his entrepreneurial leadership and scientific engagement, he has also received the EGGENIUS Espoir Scholarship, which encourages the next generation of innovators in applied sciences.
Determined to advance health sciences, Gérémy will soon begin doctoral studies to further develop his work and enhance the impact of his research. He ultimately envisions a career as a medical physicist in a hospital setting, where he can put his expertise at the service of patients and play a direct role in improving their care.