Évaluation du confort des passagers dû à l’interaction dynamique du système train-rail-pont

Ce projet de recherche a pour objectif principal d’évaluer le confort des passagers dans la cabine d’un train léger lorsque soumis à des accélérations verticales résultant de l’interaction dynamique du système Train-Rail-Pont. Afin d’obtenir des résultats réalistes, une analyse dynamique détaillée par éléments finis s’avère nécessaire. La méthodologie proposée dans ce projet consiste à évaluer […]

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Design and Development of the Mortgauge Payout Evaluator API

At Mortgauge, we want to make it easier for Canadians to build wealth as homeowners. Through this project, we will research and develop enhancements to our Payout Evaluator tool in order to further empower our users to act on opportunities to save on mortgage rates or leverage their home equity to build wealth. We will […]

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Development of multilayer composite systems via co-extrusion process

Extreme conditions in Oil and Gas industry often impose conflicting demands for the optimum mechanical properties as well as long term corrosion resistance. The internal and external side of the pipeline are usually exposed to different environments and are required to possess different characteristics. It is difficult to find a single material to satisfy all […]

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Machine Learning Techniques for Short-Term Electric Load Forecasting

Once produced, electricity is difficult to store in large quantities. Hence, accurate electric load forecasting is of critical importance to balance production and consumption for modern power grids integrating more and more intermittent renewable energy and variable loads such as electric vehicles. Short-term electric load forecasting for local areas is also of interest to efficiently […]

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Data analytics in asset management of erosion control structures

The project aims to study the use of advanced machine learning algorithms to enhance the ability of TRCA to detect shoreline erosion. Accurate detection of shoreline erosion will have significant contribution to optimizing TRCA asset management plans. This will enable TRCA to work with local communities to reduce the impacts of climate change on shoreline […]

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Passive methane oxidation biosystems design and instrumentation

Landfill emissions can continue for decades after biogas extraction systems have been turned off. The possibility of land reclamation projects, such as turning an old landfill into a park, depends of passive, low-maintenance, technologies that can cope with these emissions. The main goal of this research is to design, construct and monitor a pilot-scale passive […]

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Development of High performance and Durable Catalyst Layers for Proton Exchange Membrane Fuel Cells by Focusing on Ionic Phase

Proton exchange membrane fuel cell is in the early stage of commercialization and mass production lies in the cost reduction, increase performance and durability. All of these three challenges interrelated together and mainly related to the proper design for catalyst layer. The proposed research project aims at developing novel catalyst layers structure for dry/low relative […]

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Customizing CareChanger to remotely detect and effectively predict void events.

The CareChanger product is an incontinence care system to be used for detecting and predicting voiding events of a care-receiver in an assisted care facility while providing care to one or more patients with incontinence issues. The fundamental aim of this project is to assist caregivers in providing more personalized, efficient, and cost-effective care specifically […]

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Oblivious IDS using Homomorphic Encryption

Intrusion Detection System (IDS) is used to protect internal networks of companies and organizations against malicious activities and policy violations. These systems are typically under the full control of the local system administrator. In this project, we propose to use Homomorphic Encryption techniques to design and implement an Intrusion Detection System that can run as […]

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AI-empowered Robust Ad-hoc Underwater Tactical Wireless Networks: Sensing & Threat Classification

This project is part of a longstanding continuous collaboration between Ultra and École de technologie supérieure that seeks to leverage the advancements of artificial intelligence (AI) to design a comprehensive framework for a robust ad-hoc underwater tactical wireless networks (AUTWNs). The network will be featured with privacy preserving mechanism to assist threat classification and self-organizing […]

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AI-Powered Wireless Human Activity Recognition for Safety and Health Improvement

Human’s gait, and activity monitoring play important roles in many applications that can have a positive impact on improving the ability of individuals to be as independent, secure, and healthy as possible. Most existing technologies rely on cameras and wearables, while people are not always compliant and need to be wearing them with a battery […]

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