A Mitacs Globalink research intern from Germany works with the University of Waterloo’s Institute for Quantum Computing to investigate how to control quantum systems that have multiple states, and to understand the impact for real-life solutions.

A Globalink research intern from the U.S. is helping a University of Victoria team promote global access to clean drinking water by developing an at-home cellphone-based arsenic test.

Top student from India and Mitacs Globalink intern, Hina Tomar, is helping a team at Université de Moncton to get to the root of the weed management problem on Canadian farms by designing smart agricultural drones.

A Mitacs Globalink research intern from Harvard University works with a Queen’s University lab to design an innovative device for rapid screening of pathogens that can cause Lyme disease as Ontario’s deer tick problem grows.

A Globalink Research Internship leads to graduate studies in Canada for the founder of NuPort Robotics, the country’s first autonomous trucking company that uses eco-friendly, self-driving electric trucks for short-haul drives.

As cryptographic systems gain popularity, University of Calgary student embarks on international collaboration to discover if widely accepted algorithms fail with particular classes of numbers.

Mitacs interns have teamed up with iMD Research to create a Bluetooth bracelet that uses artificial intelligence to predict the likelihood that a COVID-19 patient will need to be hospitalized based on their vital signs.

Researchers based at the University of British Columbia work with Indigenous partners to create an app to help translate children’s stories published in global sites into Indigenous languages of Mexico.

Working towards a COVID-19 vaccine, Selvaraj and Kaliamurthi use artificial intelligence and reverse vaccinology.

The process of metabolic engineering extracts the genes responsible for cannabinoid production from cannabis plants and inserts them into algae, creating a type of cannabis surrogacy in algae.

As an engineering student at the National Institute of Applied Sciences and Technology in Tunisia, Semah combined his desire to learn with his passion for contributing to something that will benefit society.

Mireya developed a clever way to attach fibres to a film made from a very large molecule found in many tissues. This allows for better control of the shape of the biomaterial and therefore the growth of cells.