Officials from South Korea and the University of Waterloo gathered today to formally launch what they hope will become a long-term research collaboration focused on modernizing manufacturing through the introduction of artificial intelligence (AI) technology.
A researcher at Waterloo Engineering has borrowed from nature to create an “artificial leaf” that turns carbon dioxide (CO2) into an alternative fuel.
Yimin Wu, a professor of mechanical and mechatronics engineering, is now working to improve and commercialize the technology as a tool in the fight against climate change.
Waterloo Engineering’s Strategic Plan 2020-2025 was launched this week to ensure the Faculty is recognized as the epicentre of innovation and entrepreneurship for Canada and the world.
A management engineering Capstone Design project that explored the need for pay-and-display parking machines in Toronto took top prize in an international competition.
Technology invented by researchers at Waterloo Engineering could improve the targeted delivery of drugs within the human body.
The researchers developed a faster, cheaper way of coating and protecting liquid drops as they fall through a thin layer of liquid shell, a process that uses gravity and other natural forces.
When Katie Arnold needed solder for an engineering project she didn’t need to travel far to get it.
The fourth-year mechanical engineering student stopped by RidgidWare, an electronic components and hardware shop conveniently located across from the C&D and beside the Engineering Ideas Clinic in Engineering 7.
Researchers at Waterloo Engineering have developed technology that uses artificial intelligence (AI) to identify collapsed lungs from chest x-rays with greater accuracy than radiologists.
The system can now identify 75 per cent of cases - compared to less than 50 per cent for medical experts using chest x-rays - and researchers are working to boost that rate to more than 90 per cent.
New technology developed at Waterloo Engineering enables self-driving vehicles to limit injuries and damage in situations where they can’t avoid crashing.
The system is needed, according to mechanical and mechatronics engineering professor Amir Khajepour, because there are too many uncertainties to ever completely eliminate collisions involving autonomous vehicles.
“There are hundreds, thousands, of variable we have no control over,” he said. “We are driving and all of a sudden there is black ice, for instance, or a boulder rolls down a mountain onto the road.”
An innovative medtech company co-founded by Waterloo Engineering alumni has secured $1 million CAD in pre-seed funding.
NERv Technology Inc. is developing a medical device to detect the leakage of gastrointestinal fluid into the abdominal cavity after a surgical procedure, in real time.
In partnership with a number of physician angel-investors, a hospital, and Sunhope Capital VC, this recent round of funding will help to cover the costs associated with preclinical studies and further development of NERv’s medical device.
Waterloo Engineering researchers have combined the skills of humans and the capabilities of artificial intelligence (AI) to develop a new type of compact neural networks.
The networks are suited to run on smartphones, tablets, and other embedded and mobile devices for tasks such as image classification and object segmentation.