News

Researchers at the University of Waterloo have partnered with an artificial intelligence (AI) startup on a project that aims to use AI to improve COVID-19 screening.

The Waterloo research team publicly released AI software that can better detect infections from chest x-rays and is looking to enlist expertise from around the world to aid in the project.

Advancing healthcare through innovative technology

Medical devices can be used to diagnose or prevent disease, they can improve a patient’s quality of life and they often save lives. Devices such as pacemakers have been around since the late 1950s, but advancements in med-tech have come a long way since then. As research expands and technology advances, a multitude of medical devices are being developed and prepared for market.

We have an intimate relationship with technology. It is infused in our daily life, from our home and car to our finances and health care. As we welcome new technologies into our most personal spaces, there is a growing recognition that design-based thinking needs to consider ethics and the users it serves.

Karly Smith, 3A biomedical engineering studen at UW and student of CBB member George Shaker, has qualified to the Top 75 in Canada for NSERC's Science, Action! Competition.

CBB member Edith Law is actively working on CrowdEEG, an innovative tool for medical time series data.

Thomas Willett, and co-applicants including Maud Gorbet and Alex El-Warrak, have been awarded $665,552 over four years from Canadian institutes of health Research (CIHR). The award was granted for their project titled "Bone-mimetic nanocomposite biomaterials for critically-sized skeletal defect reconstruction."

Jennifer Boger, Shi Cao and collaborators are investigating new ways to provide individualized exercise opportunities for older adults and persons living with dementia.

Mohammad Kohandel, Sivbal Sivaloganathan and colleagues have discovered that applied mathematics can be used as a tool in predicting the genesis and evolution of different types of cancers. 

The study uses evolutionary dynamics, a form of mathematical analysis, to look at how mutations evolve in stem and non-stem cells in colorectal and intestinal cancers.

Jennifer Boger receives funding through JPI MYBL 2017 for a project in "Ageing and place in a digitising world."