A life shaped
by curiosity.

Physics, with
people in view.

My research sits where medical images, computational tools, and clinical decisions meet. I work on questions in image segmentation, radiation treatment planning, adaptive radiotherapy, and AI-assisted workflows.

My connection with McMaster began before my undergraduate degree. Mentorship from Ben Davis-Purcell gave me the chance to sit in on physics courses and meet my first research supervisor. I began research work in 2019, before starting my degree in 2021.

I studied Honours Medical Physics with Co-op at McMaster University. A research collaboration with Dr. Carlos Cardenas at the University of Alabama at Birmingham (UAB) began remotely in 2021 and grew into an eight-month visiting-scholar placement in radiation oncology in 2024. I returned to Birmingham for a second co-op in 2025.

That work has included physician-reviewed organ segmentation, single-isocenter radiosurgery planning, local language models for naming quality assurance, and contouring uncertainty in adaptive breast treatment. My doctoral chapter at Wisconsin continues the connection between AI, imaging, and cancer care, including an interest in vision-language models for medical imaging and radiation oncology.

There’s an engineering thread too: race strategy at Arrow McLaren, vehicle controls with Formula SAE, robotics, full-stack software, and hands-on fabrication. You can explore those projects alongside the research, rather than as a footnote to it.

Outside work, I ride horses, play music, and dive. I hold PADI Advanced Open Water Diver and Enriched Air Diver (Nitrox) qualifications, confirmed in 2025.