The project’s goal is to investigate the use of a 2D reduced graphene oxide (rGO) based microfluidic channel driven electrochemical biosensor to detect AMI biomarkers. The device could be able to identify heart attacks before they happen. Therefore, it may be beneficial to reduce the enormous number of deaths brought on by this illness worldwide. […]

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The purpose of this work is to investigate the strength of composite panels made from waste wood and recycled PET, subjected to mechanical stress and 3D printed, which could be used in construction or in secondary products such as furniture, packaging and decoration. Working with wood waste is an alternative to disposing of this material […]

This research is highly beneficial to the partner organization, as it provides a sustainable approach to valorize its unused waste materials and offers insights into the feasibility of large-scale incorporation of APRs into road pavements, considering long-term applications. Furthermore, since processing APRs for use as filler in asphalt mixtures is costly, this project will help […]

This project aims to develop a high-resolution and high-speed microscope for capturing fast cellular biological interactions and processes. CoVision, a custom microscope instrumentation company, will directly work with the research fellow to develop and build this custom system. This includes designing the commercial grade packaging, sourcing components, and development of the user interface to be […]

Ce projet combine les capteurs quantiques et l’Internet des objets (IoT) pour améliorer la surveillance des infrastructures de transport, telles que les ponts et les routes. Face au vieillissement des infrastructures et aux défis climatiques, les capteurs quantiques offrent une précision exceptionnelle pour détecter des phénomènes invisibles comme la corrosion et les variations de température. […]

This project focuses on answering a key research question: How can the efficiency and adaptability of wind turbines be improved through the development of smaller, designs that reduce environmental impact, minimize noise, and are suitable for deployment in diverse locations, including rooftops (residential, industrial) or in remote areas?

Le projet vise à développer une méthode de caractérisation rapide pour déterminer les propriétés rhéologiques anticipées des bitumes à partir de leurs caractéristiques chimiques. Actuellement, les essais rhéologiques utilisés dans l’industrie nécessitent des délais importants avant d’obtenir les résultats, ce qui ralentit la production. En revanche, les essais de caractérisation chimique offrent des résultats plus […]

This project focuses on creating innovative transparent aerogels to make windows more energy-efficient. Windows are one of the biggest sources of energy loss in buildings, leading to higher heating and cooling costs. Current solutions like multi-pane glass and special coatings are expensive, heavy, and can reduce clarity. To solve these problems, we are developing a […]

This research project seeks to develop the Ultrasonic-Electrical Concrete Assessment Method, an innovative approach for early detection of micro-cracks in concrete structures within nuclear power plants. These micro-cracks can compromise the structural integrity of concrete, increasing vulnerability to damage and potentially affecting safety and performance. By integrating advanced technologies—including ultrasonic waves, electrical measurements, thermal imaging, […]

The research project focuses on improving and optimizing planar transformers used in safety devices for hazardous areas. The intern will work with HB Safety Automation Group Inc., which develops explosion-proof safety barriers. The project aims to enhance transformer efficiency and safety by optimizing core materials like Manganese-Zinc and Nickel-Zinc ferrites. This will help solve issues […]

Wastewater treatment plants contribute to greenhouse gas emissions through the release of carbon dioxide (CO2), methane (CH4), and nitrous oxide (N2O), which are produced during various treatment processes. During biological nutrient removal in wastewater treatment, processes such as activated sludge can generate N2O (a potent greenhouse gas) during total nitrogen removal. Further energy consumption in […]