Top-performing master’s and PhD graduates are honoured for world-class research excellence, alongside finalists advancing innovation across disciplines
From crowded transit to rising emissions, Waterloo researchers unpack the complex realities of hosting a global mega-event
Researchers develop a flexible polymer shield that provides radiation protection without the health and ergonomic risks associated with lead
Meet the 14 exceptional students representing Waterloo’s newest grads
Meet the Waterloo PhD graduands whose paths of curiosity, resilience and insight are leading to new possibilities
Researchers have developed a process to remove contaminants from oil sands wastewater using only sunlight and nanoparticles that is more effective and inexpensive than conventional treatment methods
The University of Waterloo broke ground on an innovative engineering building that will feature facilities designed to expand student-driven innovation and advanced research labs
The innovative facility will inspire entrepreneurs and support the next wave of high-impact research
The University of Waterloo will break ground on Engineering 7 this week, an $88-million building that will feature facilities designed to expand student-driven innovation and advanced research labs
Self-driving vehicles and robots built by Waterloo engineers helped break ground on Engineering 7 building
A University of Waterloo study about gecko's reveals exciting real world applications using static electricity
Waterloo's Biomedical Engineering program has received rave reviews and drawn industry excitement since its launch in 2014
Research team has developed silicon technology for a cheaper, more powerful battery for everything from smartphones to electric cars
While at Waterloo, Mohit Verma investigated the use of gold nanoparticles to detect harmful bacteria on contact lens cases
Substantially smaller and longer-lasting batteries for everything from portable electronic devices to electric cars could be come a reality thanks to an innovative technology developed by University of Waterloo researchers
A combination of hardware and software to analyze traffic conditions in real time, then adjust traffic lights to improve the flow of vehicles
Elizabeth English, a Waterloo School of Architecture professor, established the Buoyant Foundation Project.
