CWC National Undergraduate Timber Engineering Course

In collaboration with Canadian Wood Council and WoodSmart, our research team developed an off-the shelf undergraduate course for timber engineering for use by any academic, and especially those teaching in Canada. The course encompasses module based learning, featuring: Physical and Mechanical properties, Structural Wood Products, Strength and Modification Factors, Design processes, Tension and Compression members, Bending, Connections,…

NSERC and OGS Scholarship Results and 2022-23 Research Group Positions

We are using Narrow Spectrum Illumination to study deformations in fire conditions of various materials. We are very pleased to announce our fire research team's results for the NSERC (federal) and OGS (provincial) student scholarships for 2021-22. This year alone team members have been awarded over $250k in research scholarships. Nine of our team members…

Graduate Positions 2020

The YorkU fire team has a number of currently advertised graduate positions where we are looking for strong graduate students with creativity and interest in fire related themes. We are currently recruiting 3 masters students and 2 doctoral students. Both Domestic and International students are being considered and the positions are fully funded and connected…

Timber Structure Fire Test

Our Timber research was recently published in a conference paper presented at ASFE. The paper that describes our team's work before 2016 can be downloaded here. Since that above paper, and last year, our research team have undertaken four new and novel Timber based projects to expand knowledge in this research area as we relocate…

GFRPs, Heritage Timber, Education, Sustainable Concretes, Performance Based Fire, New Instruments and More!

We have an exciting two weeks ahead. The research team will be visiting 4 conferences in the coming weeks to present 6 presentations. In addition we will have a 7th presented at ASFE and this will be announced at a later date. The below are brief descriptions of each. Open access versions will appear at a…

Ending the Winter with four NSERC USRA Awards, Two Graduate Scholarships, Best Professor award, EWB lecture…

Our research team received four NSERC USRA scholarships this summer (up from two last summer). The students (Natalie, Ben, Chloe and Seth) with these scholarships will study a variety of projects from Modelling pedestrian flow, timber design, to studying travelling fires with our international and national collaborators. These national awards at Carleton are given to undergraduate…

Defining the Future of Fire Safety Engineering in Canada

Research team member, Matthew Smith, and Engineer at global consulting firm, Entuitive, successfully defended his masters thesis: Towards a Performance-Based Fire Design Framework for Composite Steel Deck Construction in Canada . His thesis and defense were of the highest quality that there were no corrections necessary. Matt was subsequently  nominated for the university's senate medal (he…

After 15 years….

Its been about 15 years since the events of September 11th. I remember the day very clearly still. Reflecting on how much has changed since that day in society and our built environment is staggering. While visiting NIST this summer I had the opportunity to do some of this reflection. Largely a lot of the…

Reflecting on a Real Hotel Evacuation near Washington

We visited NIST last week to discuss human behavior in fire and structural testing on steel structures (ill post later on those stories...). The agenda was quite simple arrive August 16th in the evening, attend a one day visit and return August 18th. On August 17th at approximately 2 am I was awoken by loud banging…

The Strength of Lego

Had an absolute grand time crushing Legos with Hailey Todd and the virtual ventures summer camp at Carleton University this week. Thought Id pass on some of the results we observed. Unlike the previous study conducted for the BBC where only one Lego block type was tested, we really wanted to understand what happens with Lego under a realistic building configurations…