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In this prototype carbon capture apparatus, a solution of potassium hydroxide is wicked up into polypropylene fibres; circulating air evaporates the water in the solution, concentrating it to very high levels. The white crystals are nearly pure potassium carbonate, formed from carbon removed directly from air. (photo by Dongha Kim)

New ‘rock candy’ technique offers a simpler, less costly way to capture carbon directly from air

Guests at partnerships reception

Industry Partners’ reception showcases new pathways for collaboration

Arbor Award Pin

Celebrating U of T Engineering volunteers at the 2025 Arbor Awards

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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

Left to right: Tatiana Estevez (Permalution), Valerie Ajayi (MechE 2T1 + PEY), Kelly Chu (MechE 2T1 + PEY), Eva Liu (MechE 2T1 + PEY) in phone picture, Alyson Wong (MechE 2T1 + PEY) and Professor Markus Bussmann (Chair, MIE) stand next to a prototype fog harvester in the student arena within the Myhal Centre for Engineering Innovation & Entrepreneurship. (Photo submitted)

U of T Engineering students partner with startup to build fog harvesting apparatus

Loretta Rogers (Hon LLD 2018), speaking at U of T Convocation in 2018. (Photo: Lisa Sakulensky)

How the Rogers family built a legacy of innovation at U of T Engineering