News

Waterloo Engineering alum Dr. Madelaine Liddy (BASc ’14, PhD ’22) is building an exciting career in quantum tech in Germany, working on a mobile quantum computer for non-expert, everyday use.

As a Canadian-trained engineer, Liddy wears her iron ring proudly, a constant reminder to uphold engineering ethics and do work that serves society — wherever the world takes her.

Technology developed at Waterloo Engineering uses radar and artificial intelligence (AI) to unobtrusively monitor people in hospitals and long-term care facilities for early signs of health problems based on how fast they walk.

“Walking speed is often called a functional vital sign because even subtle declines can be an early warning of health problems,” said Dr. Hajar Abedi, a former postdoctoral researcher in electrical and computer engineering at Waterloo.

Local cleantech company Friendlier recently closed a $4.5 million funding round to support their national expansion plan and make it easier for Canadians to choose reuseable plastics. 

Launched in 2019 by Waterloo Engineering alumni Kayli Smith and Jaqueline Hanton (both BASc '20, chemical engineering), Friendlier has kept nearly 3.7 million food and beverage containers out of landfills and currently operates at more than 200 locations across Ontario, British Columbia, Nova Scotia, Manitoba and Quebec.

A company founded by two Waterloo Engineering graduates has been granted approval to sell a device for predicting post-surgery complications in the huge United States market.

FluidAI, which is based in Kitchener and has 85 employees, was launched by alumni Youssof Helwa (BASc ’15, nanotechnology engineering, MASc ’18, electrical and computer engineering) and Amr Abdelgawad (BASc ’16, nanotechnology engineering, MBET ’17) in 2014.

The School of Architecture became a place of remembrance on September 19 as students, colleagues and friends gathered to celebrate the life of Elder William (Bill) Woodworth. Stories shared that afternoon spoke of an architect, professor and Elder whose presence helped people feel seen and whose teachings continue to shape lives.

Woodworth, Raweno:kwas in his Haudenosaunee name, was a member of the Lower Mohawk Kanien’kehá:ka Nation of Six Nations of the Grand River. As the Faculty of Engineering’s first Elder-in-Residence and a long-time faculty member in Architecture, he created space for meaningful conversations and a deeper understanding of Indigenous knowledge.

Waterloo Rocketry, a student design team from the University of Waterloo, launched Aurora, a liquid bi-propellant rocket, at this year’s Launch Canada competition and placed second in the Advanced Launch category.  

Aurora reached an altitude of 38,000 feet, approximately commercial cruising altitude, making it the second highest amateur liquid rocket in the world. This record-breaking feat is double that of Borealis — the first Canadian-built liquid bipropellant rocket, successfully launched by the team at last year’s competition. 

An organization created to help Canadian startup and scaleup companies commercialize their products is expanding its services to include access to a leading robotics facility at Waterloo Engineering.

Access to RoboHub and other facilities for testing and development is part of a new partnership involving the Centre of Excellence in Next Generation Networks (CENGN), the University of Waterloo and Rogers Communications to advance Canadian innovation.

Dr. Mary Wells, the Dean of Waterloo Engineering, has been named to a 26-member task force of prominent leaders in technology, business and academia to help shape Canada’s strategy on artificial intelligence (AI).

Evan Solomon, the Minister of Artificial Intelligence and Digital Innovation for the federal Liberal government, announced the launch of the influential group at an event today in Toronto, stressing there is an urgent need to refresh the country’s national AI strategy.

A new artificial intelligence (AI) tool developed by Waterloo Engineering researchers could improve the diagnosis and treatment of eye diseases by enhancing the clarity and detail of medical images doctors rely on.

The AI model reverses quality loss and reconstructs reliable images of the cornea, the transparent tissue in the front of the eye, after researchers taught it the physics behind the imaging process.

Mary Wells, the dean of engineering at the University of Waterloo, has worked for years to understand and address the gender gap in her field.

She has focused on boosting the number of women in engineering, one of the academic disciplines where men still consistently outnumber women by about three to one.

But over the past decade or so, she has observed two new and important trends.