Pedaling exercises using stationary cycling ergometers are a widely used rehabilitation method for lower limb injury recovery. However, current cycling devices do not allow for individualized training of each leg based on its specific load-carrying capacity. APAD is novel cycling ergometer that will address this gap by designing and developing a smart cycling ergometer capable […]

This research project will contribute to the preservation of the existing building stock and mitigate potential seismic risks by developing simplified numerical models to contribute to the seismic assessment of local unreinforced masonry (URM) buildings. Old URM structures are a prominent building type across Eastern Canada, contributing to the rich architectural heritage and cultural fabric […]

We are developing a portable soil analysis system based on laser-induced breakdown spectroscopy (LIBS). During LIBS, an intense laser pulse generates plasma on the soil surface, and the emission from this plasma serves as a fingerprint of the soil’s elemental composition. The signal variability caused by the heterogeneous soils and challenges of quantifying complex composition […]

The proposed project focuses on developing unobstructive photodetectors and imagers technology using advanced semiconductors for discreet surveillance applications. By leveraging expertise in sensor technology, the project aims to create inconspicuous imaging solutions integrated into everyday items, addressing privacy concerns associated with traditional photodetectors. The partner organization stands to benefit from the innovative and ethically responsible […]

Dye wastewaters from textile industries is toxic and often causes serious environmental damage. In this study, an eco-friendly photocatalytic degradtion process which involves the use of a Ag-ZnO catalyst and solar energy will be used to degrade toxic dyes. Therefore, the main objectives of my reserch over the three month period will be to synthesize […]

This project aims to tackle a critical challenge in materials science: the efficient extraction of valuable data from a vast array of sources, including scientific literature, patents, and technical reports. By integrating advanced AI language models and tailored prompt engineering, we intend to create an intelligent system that streamlines the process of retrieving polymer-related information. […]

This project is aimed to develop an inexpensive device for general public in monitoring skin healthcare condition. The device will be able to take magnified images of skin in order to observe more detailed skin conditions. A low cost version of the device will be able to attach to a smartphone and use the built-in […]

This project aims to improve how lake ice is monitored in Canada by combining images from optical and RADARSAT-2 satellites with advanced data analysis techniques. Monitoring lake ice is important because it reflects climate changes, which affect both local and global environments. The partner company, ApoSys, specializes in using satellite technology for environmental monitoring, but […]

Le projet portera sur l’étude de l’impact de goutte de fluides complexe qui a de nombreuses applications industrielles ou en géophysique. Nous utiliserons notamment des fluides à seuils qui ont la particularité de se comporter comme des solides lorsqu’il sont faiblement sollicités et comme des fluides quand on a dépassé une contrainte limite dite contrainte […]

This project aims to experimentally investigate the optimal operating conditions for the reactive crystallization of compounds. A stirred-tank reactor will be set-up and the effects of mixing conditions on the resulting crystal particle size distribution will be investigated. Techniques for the online monitoring the reaction process will be explored, which will be used for model […]

Polymer electrolyte fuel cells are a key technology in the race against climate challenges, and while commercial applications are increasingly common, challenges remain in cost, performance, and durability. Most of the issues that prevent full commercialization affect the catalyst layer, the region where the power-generating electrochemical reactions take place, like the oxygen reduction reaction. This […]

Growing energy demand in buildings has driven research towards efficient techniques and sustainable sources. Double-skin façades reduce energy consumption, improve thermal comfort, and enable bioenergy generation via microalgae photobioreactors. While recent research has focused on optimizing thermal and bioenergy generation from such systems, it often neglects the impact of heat gain by the occupied space […]