Wearable Tech for Lone Workers

Our project introduces advanced Wearables and smartphone-based software to enhance lone worker safety. By monitoring health, vital signs, and location, we enable early issue detection and rapid response in case of incapacitation or falls. This innovation leads to reduced insurance premiums, minimised downtime, lower legal costs, improved talent retention, and an enhanced corporate reputation. The […]

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Bond Strength of Spaced and Bundled GFRP Deformed Reinforcing Bars in Concrete

Deformed fiberglass bars used to reinforce concrete has the potential for better bond to concrete than other types. Currently, design guides and codes for concrete structures include design provisions for bond strength of spaced bars only. Also, these provisions are based on sand-coated bars, which are different from deformed bars. Finally, code equations are based […]

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Optimisation du poids de l’acier de la surperstructure de pont par la conception paramétrique

Au Québec, le processus de conception d’un pont allant de l’avant-projet préliminaire jusqu’à sa réalisation peut prendre plusieurs années. Durant ce processus, plusieurs hypothèses sont utilisées afin d’établir un dimensionnement sommaire des divers éléments. Lors du dimensionnement final, le concepteur utilisera habituellement les dimensions établies préalablement et fera de petits ajustements afin de s’assurer que […]

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Development of a guideline on the integration of nature-based solutions (NbS) for the assessment of climate risk and vulnerability across different spatial scales

The research project will test how nature based solutions (NbS) could be integrated into real projects for climate change adaptation in Canada. The research project will provide a guideline for professionals to understand, justify, and measure the financial and non-financial value of NbS in adaptation work. This project will robustly translate theory into practice, considering […]

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Long-term impact of sustainable cementing materials on the corrosion durability of reinforced structures

Production of ordinary Portland cement (OPC) contributes to 8% global CO2 emission. There is now increased effort to find alternative materials that are sustainable, readily available, and cheap. Several supplementary cementitious materials (SCM) from natural resources and waste product have been used to partially replace OPC and have shown beneficial effect. New efforts by Carbon […]

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Building a Complete Community for Downsview’s The Hangar District By Applying Advanced Design Methods and Tools

The Downsview redevelopment is one of the most significant projects to occur in the history of Toronto, led by Northcrest Developments (Northcrest). Northcrest is wholly owned by the Public Sector Pension Investment Board (PSP Investments), one of Canada’s largest pension fund managers. The goal is that over the next 30 years, the 370-acre Downsview Airport […]

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Machine learning augmented simulation of urban wind flows

Engineers that design and enhance buildings widely rely on computer simulations to understand wind flows. Wind flows around buildings can affect human safety, comfort, structural safety, and the surrounding environment. Therefore, accurate and fast simulation of urban wind flows is critical to ensure safe, comfortable, and sustainable designs. If architectural engineers have access to a […]

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Optimization methodologies for Net-Zero Energy Communities

The future of energy supply in Ontario is uncertain. We are faced with an aging nuclear fleet and pressure to avoid future energy generation near communities. Building demands are a strain on energy supplies. A solution is to reduce building energy needs while providing sufficient distributed energy generation on a community-scale. A net-zero energy (NZE) […]

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