We are focused on innovation. Our professors, students, and departments explore a broad range of areas and ideas in math and computer science from foundational theory to applied research and commercial solutions. Waterloo is home to one of the world's largest centres of mathematicians and computer scientists, with the breadth and depth of knowledge, experience, and expertise to excel in both academic pursuits and applying these skills to real-world problems.
In the Faculty of Mathematics, our faculty members are supported by the Associate Dean, Research and the Associate Dean, Innovation and Entrepreneurship who facilitate opportunities for our experts to advance their research and career. By supporting research activities in numerous flagship programs, facilitating interdisciplinary connections and building strategic partnerships with industry, we aim to encourage innovative ideas and leverage academic opportunities that foster transformative solutions. Our faculty are driving breakthrough innovations that address global challenges by conducting world-class research in diverse fields and mobilizing knowledge to create meaningful change.
Contact:
Associate Dean, Research, Sue Ann Campbell
Associate Dean, Innovation and Entrepreneurship, Charles Clarke
Our Offices
The Math Research Office (MRO) builds and broadens our relationships with funding agencies, government agencies and facilitates award nominations.
The Math Innovation Office (MIO) helps develop connections for world-class researchers, foster collaborative research and advance innovation.
News
Global Futures: Coding a greener internet
Researchers developed a process to reduce the amount of energy needed to run data centres
Global Futures: AI and drug development
An interdisciplinary team of researchers at the University of Waterloo are using machine learning to dramatically increase the speed of drug development.
Waterloo scientists solve quantum "no cloning" problem
A team of researchers at the University of Waterloo have made a breakthrough in quantum computing that elegantly bypasses the fundamental “no cloning” problem.