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Maikawa in a blue labcoat stands with arms crossed and smiles at the camera. two other researchers are working in the background in the lab.

Professor Caitlin Maikawa wins 2024 John Charles Polanyi Prize for Chemistry

Graduate students present their research project

International partnership brings students from South Korea to participate in Toronto’s AI ecosystem

Allana smiles at the camera with a building and trees across a road in the background

U of T Engineering grad champions environmental causes, Indigenous empowerment

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A steel-tethered airship, known as an aerostat, designed by Solar Ship, Inc. The company is one of several clients whose projects are facilitated by U of T Engineering’s International Virtual Engineering Student Teams (InVEST) initiative. (Photo: Solar Ship, Inc.)

How to work effectively when your team is both global and virtual

A precision flight-control test in wind with a hexacopter drone from Professor Steven Waslander‘s (UTIAS)  lab. Waslander will use the funding to acquire the latest in motion-capture technology in order to develop next-generation drones. (Photo courtesy of Steven Waslander)

Five U of T Engineering projects receive funding boost for state-of-the-art research tools

In this simulation, atoms of five different chemical elements within nanoparticle are represented by different coloured spheres. A computer algorithm developed at U of T Engineering analyzes thousands of possible geometric configurations of these elements in order to predict which ones will have the best performance as industrial catalysts. (Image courtesy Zhuole Lu)

U of T Engineering researchers use machine learning to design smarter industrial catalysts

Nick Mitrousis is a recent PhD graduate from the lab of University Professor Molly Shoichet (ChemE, BME). Mitrousis and Shoichet have just published a paper that describes a new strategy for repairing eye damage caused by conditions such as age-related macular degeneration (AMD) or retinitis pigmentosa. (Photo: Mindy Ngyuen)

U of T Engineering researchers develop cell injection technique that could help reverse vision loss