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BME Student Fellowship
The BME Student Fellowship is aimed to fund top students in our graduate programs, where 100% of the proceed will directly go to students. Your contribution will have a positive and long-lasting impact in our student’s lives. Our goal is to raise $1 million in total fund. The Institute of Biomedical Engineering will provide a 1:1 match to your donation.
Biomedical Engineering Director's Fund
Contributions to Biomedical Engineering Director’s Fund give directors the flexibility to meet their students’ needs and the agility to seize opportunities as they arise in the rapidly evolving scientific and higher education sectors.
Mohammad & Zeynab Asadi-Lari Award
The Mohammad and Zeynab Asadi-Lari Award recognizes a MD/PhD student who has demonstrated excellence in innovation and brought about positive change.
Dedicated to improving student life
Inaugural BESA 3-Minute Thesis Competition Highlights Research Excellence and Communication
The Biomedical Engineering Students Association (BESA) proudly hosted its inaugural 3-Minute Thesis (3MT) Competition, celebrating graduate research excellence and the ability to communicate complex scientific ideas to a broad audience. The competition was held over two stages, with the semi-final round taking place on November 14, 2025, followed by the final round on November 28, 2025, bringing together graduate students from across the Department of Biomedical Engineering.
Exploring brain signals for rehabilitation | Ammara Faiyaz | Student Spotlight
Ammara Faiyaz moved from Canada to Saudi Arabia at age five, where limited opportunities for women and personal challenges shaped her determination to pursue science. She is now a second-year PhD student in Biomedical Engineering at the University of Toronto, researching neurotechnology to improve rehabilitation for children with cerebral palsy.
Vrushali Guruji’s PhD journey: Advancing heart research & championing STEM outreach
Vrushali Guruji is a fourth-year PhD candidate in Biomedical Engineering at the University of Toronto, where she studies how aortic valve disease influences blood flow and molecular changes in the aorta. Her work spans fundamental research and collaborations aimed at developing new treatments, while her commitment to STEM outreach supports programs that mentor and inspire future scientists. Discover how her research and advocacy are contributing to a more inclusive and innovative scientific community.
IBET Momentum Fellow Paige McFarlane aims to use microfluidics to design faster, more accurate medical tests
Paige McFarlane, a PhD student in Biomedical Engineering at the University of Toronto, has been awarded the 2025 Indigenous and Black Engineering and Technology (IBET) Momentum Fellowship. This prestigious fellowship supports her direct entry into a PhD program, bypassing a master’s degree, and provides her with financial aid, mentorship, and research opportunities.
Leveraging MEng degree to create clinical solutions | Abigail Cave
Meet Abigail Cave, a 2025 graduate of the Master of Engineering in Biomedical Engineering program at the University of Toronto. She recently participated in the Medventions fellowship at Sunnybrook Research Institute, where her multidisciplinary team focused on improving code blue response in interventional cardiology. Their solution integrates real-time guidance and data-driven insights to enhance clinical workflows and documentation. Currently, Abigail is a Fulbright Student at Georgia Tech, pursuing a thesis-based master’s in biomedical engineering. She continues her research at Emory University’s Candace Fleischer Lab, studying brain temperature in healthy individuals to support future neurological studies.
A BME MEng’s journey from research to industry
Meet Alex Schneider, a recent graduate of the University of Toronto’s Biomedical Engineering MEng program, now working full-time as a biomedical applications scientist. Here, Alex shares how the program helped her pivot from academic research to industry, build a broader skill set, and discover a passion for optomechanics and biomodulation.
