News

Municipal transit services could increase ridership by co-ordinating with, not competing against, commercial ridesharing companies.

Waterloo Engineering researchers found that transit-ridesharing links in poorly serviced suburban neighbourhoods, where frequent bus service on fixed routes is cost-prohibitive, could help get people out of their cars by making transit more convenient.

The Ontario Advanced Manufacturing Consortium (AMC), a joint partnership between McMaster University, University of Waterloo, and Western University, is helping to accelerate industry adoption of advanced manufacturing technologies, which will create jobs and strengthen the province’s reputation as a leading manufacturing region.

Since AMC was launched in April 2017, nearly 100 companies have benefited from the advanced manufacturing experts and state-of-the-art facilities at Waterloo. 

Waterloo Engineering research received a boost with the awarding of two Canada Research Chairs (CRCs) included in a national announcement to help “keep Canadian research at the forefront of discovery today and in the future.”

More than 100 people got a feel for the future when University of Waterloo researchers offered rides today to demonstrate their progress on development of a self-driving car.

Autonomoose, the modified Lincoln MKZ hybrid sedan at the heart of the project, completed several complex manoeuvres on its own as it took guests from the media, the University and industry partners around a test track in Waterloo.

The University of Waterloo is building one of the largest university-based facilities in the world to advance additive manufacturing (AM) and help companies adopt AM processes for innovative and customized products.

Backed by nearly $27 million in cash and in-kind support, the lab will enable Canadian companies to tap the enormous potential of AM, commonly known as industrial 3D printing, while also further developing the technology through research.

A tight timeline was only fitting when engineers at the University of Waterloo took on a special project for the Canadian track cycling team headed to the Summer Olympics in Rio de Janeiro.

Lending their expertise in a world where winners and losers are typically decided by tiny fractions of a second, Professor John McPhee and research engineer Carin Yeghiazarian had just one week in June to produce a small but technically complex piece of hardware.

Nanotechnology engineering student Jaewon Oh was part of breakthrough research that could lead to advances in miniaturized optical systems.

During an eight-month co-op position with the Harvard John A. Paulson School of Engineering and Applied Sciences, the third-year Waterloo Engineering student worked as part of the team that created the first high-end optical lens on the nanoscale level that has widespread applications in laser-based microscopy, imaging, and spectroscopy.

A research partnership between C-COM Satellite Systems Inc., and the Centre for Intelligent Antenna and Radio Systems (CIARS) in 4×4 sub-array antenna module technology should have a significant impact on the global satellite antenna business. This transformative concept will significantly reduce the cost and complexity of phased array systems and expand the phased array market for flat panel mobile antennas.

A systems design engineering professor and team of graduate students are the recipients of two Magna Cum Laude awards presented at the 2016 Annual Meeting of the Imaging Network of Ontario held in Toronto at the end of March.

By Victoria Van Cappellen

Faculty of Science

Research conducted by University of Waterloo researchers shows nitrogen is accumulating in soil - creating health risks like “blue baby syndrome” and environmental dead zones in rivers and oceans.

​Nitrogen fertilizer applied to farmers’ fields has been contaminating rivers and lakes and leaching into drinking water wells for more than 80 years. Now, a new study shows that fertilizer applied today will continue to pollute water for decades because it’s building up in the soil.