This story is Part 8 of an eight-part series, Global Engineering Impact, running throughout fall 2015. A new multidisciplinary collaboration from the Centre for Global Engineering (CGEN) is bringing
By Christina Heidorn & RJ Taylor|November 28, 2014
Instead of using fossil fuels to make plastics and industrial chemicals, what if we could harness eco-friendly enzymes—nature’s smallest helpers—to do the work? On Nov. 28, the Natural Sciences
Next time you see a robot helping the elderly, a fuel cell powering a remote town or microbes cleaning contaminated water, you may be witnessing the innovative research of U of T Engineering’s newest
From former industrial sites to rail yards and abandoned gas stations, there are an estimated 22,000 environmentally contaminated sites across the country. These areas are polluted with hazardous
Genetically engineering algae to produce biofuel. Growing artificial spinal discs in a lab. Using nanotechnology to fight malnutrition. These are just some of the ideas presented at the 16th