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Message from the Director
Never in our history have materials played a more important role to the health and well-being of humanity than they do today. Whether it is high-strength, light-weight composites, bio-materials, components of optoelectronics, or everyday plastics, the materials we employ have become critical to our daily lives.
BIMR Mission
The Brockhouse Institute for Materials Research is a multi-disciplinary research institute with a mandate to support all aspects of materials research at McMaster University. With nearly 150 members from numerous disciplines, it is the largest research institute on campus. It directly operates several facilities housing infrastructure that supports research activities, and is affiliated with multiple additional facilities and institutes on campus. While research infrastructure is important, it is the community of faculty, staff, postdoctoral fellows, and graduate students that makes up the heart of the BIMR. The institute endeavours to bring this community together at every opportunity in order to foster interactions and cross-disciplinary collaborations. Going forward, our mission is to promote and support many new and exciting areas of materials research that will address some of the most important challenges society faces today, and in the future.
Upcoming Events
News
Brighter world ➚
‘The future of medicine’ — McMaster startup secures funding for nuclear medicine device
News
Tricky DNA could be the key to better drug delivery
Katherine Bujold is out to trick your cells. You’d better hope they fall for it. The assistant professor of chemistry in the Faculty of Science . . .
Analysis: The Electric City is a better way to make cars
Creating a new product and moving it through manufacturing to the marketplace is a massive and daunting undertaking. In the case of a car — . . .
How will tariffs affect Canada’s auto sector? Q&A with expert Greig Mordue
With the looming threat of U.S. tariffs, Canada’s automotive sector — one of its largest manufacturing industries — is particularly vulnerable due to its deep . . .
