The COVID-19 pandemic sparked an urgent need for innovation in all aspects of our lives – and researchers rose to the challenge. From COVID-19 diagnostics and treatments to changes in how we work and receive healthcare, the pandemic has fast-tracked innovation across sectors. 

High-potential researchers and businesses around the world did a pandemic pivot, shifting their work and resources to respond to the world’s pressing need for solutions. In Canada, Seyyedarash (Arash) Haddadi’s story is a standout example of innovation partnerships helping to counter the COVID-19 threat. 

Former Mitacs postdoctoral researcher Dr. Ulrich Legrand understands that the world is facing major challenges due to climate change. He also knows that decision-makers are looking for solutions to the global crisis while driving economic growth

“Governments and businesses agree that reducing emissions is the right thing to do to protect the environment, but at the same time, they want to see a financial benefit,” Dr. Legrand says. And he has developed a first-of-its-kind technology that does just that.

When 31-year-old Jason Deglint was completing his PhD in systems design engineering at University of Waterloo, he decided to tackle a problem that costs an estimated $2 billion in damages and losses in the aquaculture industry: the harmful algae blooms that kill fish.

Deglint dedicated his thesis research to developing a smart, low-cost prototype imaging system to analyze samples in the lab. With support from the Mitacs Accelerate Entrepreneur program, his efforts resulted in the creation of Blue Lion Labs, a new small business based in Waterloo, Ontario.

Screening for lung cancer may soon be as routine as having your blood pressure taken and as convenient as picking up your prescriptions, thanks to a breakthrough innovation by a Moncton-based company. 

As a result of the AI and machine learning expertise of University of New Brunswick biomedical engineering master’s student and Mitacs intern Robyn Larracy, biotech firm Picomole Inc. has developed a first-of-its-kind screening tool that makes lung cancer detection as simple as breathing into a tube. The innovation is expected to be commercialized as early as 2024. 

Founded by a pair of Dalhousie University alumni of the materials engineering program, Nova Scotia-based Graphite Innovation and Technologies (GIT) is providing opportunities for Dalhousie graduate students to put their research experience into practice through Mitacs internships.  

For Toronto-based Dose Biosystems, a focus on researching and developing the next generation of probiotics brings a hiring challenge: finding and onboarding highly specialized talent. Coming directly from doctoral programs, new employees encounter an unfamiliar environment that requires new skills and different ways of working.

Researchers from the University of Winnipeg (UWinnipeg) and the University of Saskatchewan (USask) have taken on an ambitious challenge: build the ground for the next revolution in global farming and food production. With support from George Weston Limited and Mitacs, the team is filling a gap within the digital agriculture field by building a robotic system to create an open dataset of Canadian prairie crop plants and weeds.

There are few words more painful to imagine than “your child has cancer.”

Overhearing these life-altering words prompted Mitacs research intern Taylor Jamieson-Datzkiw to pursue a career in pediatric oncology — that is, cancer treatments for children and young adults.

Quebec entrepreneur and former Mitacs intern Azadeh Dastmalchi developed a medical-grade smartwatch after struggling to find a device that could help her father monitor his hypertension. Now, in addition to targeting the one in three adults suffering from high blood pressure in North America, her company VitalTracer is pivoting its solution to assist with early detection and monitoring of COVID-19 symptoms.

With the onset of the COVID-19 crisis, CAMufacturing Solutions Inc. knew they needed to bring their expertise in additive manufacturing, or 3D printing, to support the rising demand for quick production of personnel protective equipment (PPE) for the health care community.