Technological Futures

University of Waterloo researchers have developed new artificial intelligence (AI) technology that can accurately analyze pitcher performance and mechanics using low-resolution video of baseball games.

The system, developed for the Baltimore Orioles by the Waterloo team, plugs holes in much more elaborate and expensive technology already installed in most stadiums that host Major League Baseball (MLB), whose teams have increasingly tapped into data analytics in recent years. 

Waterloo researchers, students and alumni are leading innovations to solve the climate crisis by developing sustainable technologies today for the future, and Keith Cleland (MASc ’22) is no exception. 

His passion for environmental sustainability and expertise in electrochemistry converged to launch Aqua-Cell Energy Inc. — a startup dedicated to designing affordable and safe energy storage solutions for commercial and industrial solar power.  

Waterloo researchers are at the forefront of responding to the climate crisis with purpose-driven research and technology, including an interdisciplinary team who are in the field measuring methane emissions to support Canada’s net-zero gas emissions goals. 

When University of Waterloo professor Dr. Carolyn Ren was a child, her father came home one day with a tape cassette recorder. This was China in the early 1980s and such devices were hard to come by, particularly in their rural village. Everyone was curious to see it, no one more so than Ren who was transfixed by its ability to play music as if by magic. She had to understand how it worked so took the device apart. Unfortunately, she couldn’t put it back together again. Determined to never get stuck in such a situation again, the young Ren set her sights on becoming an engineer.  

Researchers at the Institute for Quantum Computing (IQC) at the University of Waterloo are doing more than tackling trailblazing theoretical and applied research that expands our understanding of quantum mechanics.

Faculty, postdoctoral researchers and students — from undergraduates to PhD candidates — are showing the powerful possibilities of applied quantum technologies and research commercialization, making a deep and lasting impact on society.

A University of Waterloo professor is part of an international coalition revolutionizing vaccine production with new health-care technology. The tech aims to support local vaccine production, cutting  the vaccine production time from nine days to just one day, and save millions of lives and dollars as a result.   

The increasing integration of cars with advanced technologies such as artificial intelligence (AI) means fully autonomous vehicles (AVs) will likely be a reality by 2050, if not sooner. These self-driving vehicles will not just operate with minimal human intervention, they will make “decisions” to adapt and react to changing situations on the road. Human drivers will literally take a back seat. 

Canada is home to some of the best innovators in the world.

Many founders find it challenging in the early stages of their business due to limited access to non-dilutive funding. Here enters Velocity — the centre of entrepreneurship at the University of Waterloo — with a solution to the problem since 2008.