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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

Canadian and Korean officials

AI in Manufacturing: U of T partnership with South Korean institutions to enhance efficiency and performance across the value chain

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Featured image with photo portraits of interviewees for a U of T Engineering Black History Month segment

Community Matters: Black experiences at U of T Engineering

As part of the Climate Positive Campus initiative, the area beneath Front Campus will be used for a large-scale ground source heat pump — a technology pioneered in part by Professor Frank Hooper (MIE). (Illustration: Nicolas Demers, courtesy of U of T Facilities & Services)

Canada’s largest urban geoexchange system builds on legacy of Professor Frank Hooper

Left: A map of Toronto showing 17 of the TTC’s 75 stations. Right: A sample network connecting those 17 nodes, created by a computer model of a slime mould, Physarum polycephalum. (Images courtesy: Raphael Kay)

Could a ‘virtual slime mould’ design a better subway system?

A new study of zebra mussels, like this one growing in a tank in the lab of Professor Eli Sone (BME, MSE), could offer insights into new medical adhesives as well as ways to prevent fouling of water intake pipes. (Photo: Angelico Obille)

Zebra mussels could point the way toward non-stick surfaces and medical adhesives