Posts By: Institute of Biomedical Engineering

Multiple job postings in Julie Ottoy lab

Postdoc: https://sunnybrook.talcura.com/Candidates/m/ShowJob.aspx?JobId=13174 Research assistant: https://sunnybrook.talcura.com/Candidates/m/ShowJob.aspx?JobId=13178 – undergraduate student (3rd/4th year) starting in January to help out on projects related to neuroimaging in dementia – see the posting attached below.

Funding Opportunity: Collaboration Starter Grants

Purpose: TRANSFORM HF is offering Collaboration Starter Grants (CSGs) to encourage and support collaborations between new partners – either within or outside the TRANSFORM HF network – on early-stage projects that advance […]

Decoding the brain’s hidden rhythms | Berj Bardakjian Lab

Discover how Professor Berj Bardakjian and the Neural Systems Lab at the University of Toronto are uncovering the electrical “alphabet” of the brain. This research explores the hidden rhythms behind how we think and move, with a focus on predicting seizures, improving diagnosis, and advancing machine learning tools for brain disorders such as epilepsy, Alzheimer’s, dementia, and depression.

Robotics Institute Seminar – Aran Nayebi

Join us December 5th at 3pm at the UofT Robotics Institute (MY580) for a special guest seminar by Dr. Aran Nayebi from Carnegie Mellon University on reverse-engineering the brain and […]

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.

Engineering the future of heart health | Craig Simmons Lab

The Craig Simmons Lab at the University of Toronto investigates how biomechanical forces shape the behavior of cells, driving regeneration, repair, and disease in cardiovascular tissues. By integrating experimental and computational cell mechanics with state-of-the-art molecular biology, the lab uncovers how heart valve calcification develops, how stem cells can be guided to rebuild tissue, and how lab-on-a-chip technologies can accelerate drug testing. Their work is redefining the future of cardiovascular medicine through mechanobiology and engineering innovation.
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