My Projects

Pioneering thermoelectric generators that harness body heat to power implantable medical devices, revolutionizing patient care and device longevity. Our cutting-edge technology promises to transform the landscape of medical implants, offering unprecedented autonomy and reliability.

Developed cutting-edge hydrogel therapies for ischemic stroke at University of Toronto, potentially transforming stroke recovery and patient outcomes. Our innovative approach combines advanced biomaterials with targeted drug delivery to enhance brain tissue regeneration and functional recovery.

Contributed to the development of the Eagle 1, a handheld fluorescence imaging device for real-time breast cancer margin assessment during surgery. This innovative technology enhances surgical precision, potentially reducing the need for repeat surgeries and improving patient outcomes.