TheGraduate@CarletonJune 25, 2026 EditionGraduate Student NewsDiploma Pickup |
Global Opportunities & International Student Services OfficeVolunteer with the GO-ISSO Next Year! Post-Graduation Work Permit Sessions |
PhD Student Wins Clough Scholarship for Females in FisheriesBiology PhD student Raegan Davis has been awarded the 2026 Noreen Clough Memorial Scholarship for Females in Fisheries by the Black Bass Conservation Committee of the Southern Division, American Fisheries Society. See the scholarship announcement here.
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Residential development across Canada is encroaching on the wildland-urban interface, a landscape where houses and infrastructure brush up against forests and other vegetation. Global warming is making summers hotter and drier.
This dangerous combination, coupled with the use of new construction materials, is changing our susceptibility to fires. From St. John’s to Vancouver Island, hundreds of communities from coast to coast have experienced destructive blazes in recent years.
These mounting risks, and the need to develop more sustainable and resilient buildings, are the key drivers of Mohamed Beshir’s research in fire safety engineering. A Civil and Environmental Engineering professor at Carleton University. Beshir leads the Ember Fire Group, which focuses on understanding and mitigating fire risk in the built environment.
In their lab on the ground floor of Carleton’s Minto Building, Beshir and PhD students Ahmed Abdelnabi and Mohamed Tawfik demonstrate the intricacy of their work.
At the core of the lab is a cone calorimeter, an instrument used to characterize how materials respond to fire. Samples of wood and composite materials are exposed to high heat fluxes, producing combustible gases that are captured and analyzed in real time.
These measurements provide detailed insight into ignition, heat release rate, mass loss and the combustion byproducts of different types of building materials—fundamental properties that govern how fires develop and spread.