Community
At the Institute of Biomedical Engineering (BME) at the University of Toronto, our community is at the heart of everything we do. Whether through merchandise, alumni stories, research highlights, or shared moments from events and initiatives, this page celebrates the many ways we connect and grow together.
Here, you'll find snapshots of the vibrant culture that defines BME, where engineers, researchers, students, and staff come together to inspire, support, and uplift one another.
Quick Navigation
Life at BME
Tradable hard-enamel pins
Our tradable pin series is a fun and creative way to showcase the groundbreaking research happening at the Institute of Biomedical Engineering. Each year we feature three core faculty members and design a set of collectible pins that represent the unique focus of their work, from medical imaging to regenerative medicine to wearable technologies. These pins are more than just keepsakes; they are conversation starters and a celebration of the innovation that defines our community.
Feeling adventurous? Try to collect them all and wear your research pride. All designs were illustrated by a human artist.
Dr. Azadeh Kushki is Associate Chief of Data Science at Bloorview Research Institute, Senior Scientist at Holland Bloorview Kids Rehabilitation Hospital, and Associate Professor at the University of Toronto. Her research applies data science to characterize neurodevelopmental diversity and advance personalized healthcare for neurodivergent children through innovative computational modeling approaches.
The Leo Chou lab develops de novo self-assembling molecular machines inspired by Nature to address biomedical challenges. Combining DNA nanotechnology with chemistry, protein engineering, and computational design, the lab studies molecular hardware and circuitry to build robust systems operating inside and outside cells, applied to biosensing, diagnostics, and therapy, worldwide impact.
Professor Craig Simmons leads research in cellular mechanobiology, biomechanics, tissue engineering, and biomedical engineering. His work integrates experimental and computational cell mechanics with quantitative cellular and molecular biology, with applications in stem cell–based tissue engineering, heart valve calcification mechanobiology, and novel technologies enabling high‑throughput mechanobiology.
