What if there were a type of shoe that could warn of impending objects, and help navigate new environments without a cane?

“Sea lice are difficult to control,” says Albert Solares, a Mitacs researcher at Memorial University of Newfoundland’s Ocean Sciences Centre. “They’re tiny, spread quickly, and attach themselves to voraciously feed on salmon.”

A New Brunswick biotech start-up is working to keep your food fresh using a revolutionary compound made from an ingredient you might find in your fridge.

The summer of 2017 brought unprecedented wildfires to BC’s Cariboo region. Hundreds of ground and aerial firefighters were brought in to battle the blazes.

More than 600,000 Canadians live with heart failure, and a further 50,000 new cases are diagnosed every year. But what if there was a way to test for heart failure before the disease has become advanced?

Using her background in electrical and audio engineering, Rachel developed an algorithm that, when programmed into the earpiece, enhances the sound quality of speech that is projected to the wearer.

Sometimes the seeds of a great career in engineering lie in a project studying seeds themselves — or the technology that helps farmers plant them.

Sana Maqsood, a PhD student at Carleton University, wants to educate young internet users on how to stay safe in the online world.

A Hamilton-based start-up, InnovoGENE, is developing new technology that tests bacteria in recreational waters faster than existing methods.

Mitacs intern Oldooz Pooyanfar, a graduate student from Simon Fraser University’s School of Mechatronic Systems Engineering, is working on a ‘smart’ system that monitors the health of honey bees and their hives.

“The Mitacs program offered us an opportunity to get support for our project as well as the tools, resources, and people we needed to advance our technology,”

Change is inevitable. It’s a fact of life. But in the manufacturing sector, one must be at the forefront of change or else risk your bottom line.