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Left to right: Co-leads on the study, Professor Caitlin Maikawa (BME) and Lucia Huang (BME MSc student), say the technology could make monitoring and treatment of inflammatory bowel diseases easier and accessible. (Photo by KITE Studio/UHN)

Researchers develop swallowable sensor that offers simpler way to monitor gut inflammation

water tap handle

New modelling tool for intermittent water distribution systems could improve service for over a billion people

Bertrand Neyhouse smiles at the camera, in front of a U of T building

‘Electrochemistry for a sustainable future’: Meet new ChemE professor Bertrand Neyhouse

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A mixed filling dumpling with Myo Palate's cultivated pork and store-bought vegetable ingredients. The company has partnered with U of T Engineering professor Michael Garton (BME) on a project to further advance their technology. (Photo:  Joanna Wojewoda, courtesy Myo Palate)

New academic-industry partnership aims to lower the cost of cultivated meat

G. Ross Peters in <a href="https://www.youtube.com/watch?v=i7M4A2YJfzo">a video produced by Engineers Canada</a>, which awarded him the Meritorious Service Award for Professional Service in 2017.

U of T Engineering alumnus appointed to the Order of Canada

The UTWind team, seen here next to their winning prototype turbine at the Open Jet Facility wind tunnel at Delft University of Technology, placed first overall in the International Small Wind Turbine Contest (ISWTC). (Photo: Niels Adema, Hanze University of Applied Sciences)

UTWind places first at the International Small Wind Turbine Contest

Two-dimensional materials could make electronic devices thinner and more flexible, but a new study shows that the variability of their mechanical properties represents a key barrier. (Photo: U.S. Army RDECOM, via Wikimedia Commons)

Mechanical testing will be key to making thinner, more flexible electronics: U of T Engineering study