Stadium Pedestrian Flow Research: Emergency Fire Evacuations

Our team’s human behaviour in Stadia project in collaboration with ARUP (a multi-year NSERC Collaborative Research Development Initiative), will be presented at Interflam in London UK this July 2nd. This student led paper by Danielle Aucoin and Tim Young represents an ongoing research project performed over the last two years. To date we have studied ingress and egress behaviour in four stadiums. We have focused on Tennis, Baseball, Soccer and Football, and our preliminary results that we can share are just appearing now.

The Experiences of Women in Undergraduate Engineering

The following is a guest post by research assistant and team member, Natalie Mazur. This June, Natalie is presenting The Experiences of Women in Undergraduate Engineering at the 9th Canadian Engineering Education Association’s Annual Conference., Vancouver, Canada. The paper can be downloaded here . 

A long-standing issue in the field of engineering has been the representation of women. Of the students that pursue undergraduate studies, half are women. However, to this day, women make up only 21% of engineering undergraduate students in Canada. This number has not significantly changed in almost 20 years. Additionally, women make up only 17% of newly licensed engineers nationally. As we look higher and higher up the corporate ladder, fewer and fewer women are visible.

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Workshop on Advancements in Evaluating the Fire Resistance of Structures

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Presenatations will be invited for full paper consideration in the journal, Fire and Materials

Dr. Gales will be chairing the Workshop on Advancements in Evaluating the Fire Resistance of Structures to be held Thursday December 6th and Friday December 7th, 2018. This workshop is sponsored by ASTM Committee E05 on Fire Standards and will be held at the Washington Hilton in Washington, DC, in conjunction with the December standards development meetings of the committee. The workshop will celebrate the centennial of the furnace temperature-time curve, which defines the thermal fire exposure conditions in ASTM E119 and other fire resistance test standards.