Discovery and Innovation through Science at Waterloo

Training the Next Generation of Scientists

Science at Waterloo is a global leader in research that pushes the boundaries of knowledge and imagination. From black holes and quantum computing, to ensuring the health of our great lakes, or creating new materials, medications and vision care, our research leads to disruptive innovations that will ensure a healthy and sustainable future.

Science by the Numbers

17
Undergraduate Programs
13
Graduate Programs
56
Million in research funding
145
Lab and field classes
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So, what’s being a Science student like?

"The biochemistry program has an even mix of advanced chemistry and biology courses, which are tailored to me gaining the skills I'm looking for the future." Biochemistry student
"The first time I toured UW, it felt like home. And it continues to be my home. These are my people and this is my place." Chemistry student
"My program allows me to be exposed to beautiful works of art: math equations, problems, solutions, and unending adventure within the realm of physics. This program as a medium to truly experience what I find joy in." Mathematical Physics student
"Honours Science offers a level of flexibility and customization that is unmatched. The freedom in course selection is extremely helpful when aiming to go to a professional school." Honours Science student

Solving the problems of tomorrow through innovative research






 

News

Tuesday, November 10, 2026

Exploring quantum effects in the brain

by Sarah Fullerton, Senior Communications Specialist

As a fourth-year Psychology student in the Faculty of Science, Mercury Ming gained hands-on experience in Dr. Craddock’s lab, strengthening her wet-lab skills and building confidence in pursuing a healthcare career.

Wednesday, November 4, 2026

Science that matters: Doctoral student’s research could help convert industrial waste heat into clean electricity

by Alyana Versolatto, Graduate Recruitment Officer

Large amounts of waste heat produced by industrial processes is lost to the environment—but it doesn’t have to be this way. Thermoelectric generators are a streamlined way to capture some of that energy without any additional moving parts or fuel. Madi Donohoe’s research as a PhD in Chemistry student focuses on developing more efficient and scalable materials for thermoelectric generators. 

Events

Support the Faculty of Science

Your support enables the Faculty of Science to empower the next generation of scientists; unleashing potential for discovery, innovation and ground-breaking scientific research. Together we will inspire our students to tackle the world’s most pressing challenges. Consider making a gift today or explore the Faculty of Science’s priority funds to support the areas that matter most.