Membrane separation processes have very low operating and maintenance costs in comparison to other separation technologies. The purpose of this project is to further develop the production of membranes that are suitable for capturing greenhouse gases such as carbon dioxide and methane. A membrane that is suitable for industrial applications is able to create a […]

The project aims to create a Python software that helps us better understand meteoroids, which are small celestial objects originating from comets and asteroids. This tool will analyze signals from radio meteor echoes, focusing on how meteoroids break apart when they enter Earth’s atmosphere, a phenomenon known as fragmentation. By comparing the software output with […]

Our research project aims to contribute to capuchin monkey conservation in Brazil. These monkeys are struggling due to the loss of their natural habitats and the illegal pet trade. We are looking at how they use fallback foods (FBF) — things they eat when their usual food isn’t available — to survive. We will map […]

Le projet a pour objectif de modéliser l’ombrage et la température de l’eau sur des cours d’eau du Royaume Uni. Différents algorithmes seront testé et comparés. Ce projet permettra d’offrir aux gestionnaires de ressources hydriques un outil permettant de prioriser les cours d’eau à protéger en fonction de leur propension à maintenir un eau plus […]

The objective of the SILO research project is to bridge the gap between theory and practice in STEM education by trialing the various STEM units in classrooms. A sub-objective of the SILO research project is to critique and refine the units according to the principles of Provisional Multimodal Research (PMR) in the context of creating […]

The overarching goal of the Globalink research project is to gain a comprehensive understanding of the 1991 Soviet coup attempt by delving into the motivations, strategic decisions, and enduring implications of this pivotal event. The central research question guiding this endeavor will have answers to such questions: What were the underlying motivations and strategic decisions […]

The proposed research project at the Turak Functional Nanomaterials Research group at Concordia aims to enhance the efficiency of solar energy data measurement and analysis from emerging solar cell technologies. In a world increasingly focused on sustainable energy sources, efficient utilization of solar power is paramount. The lab manages vast data, including complex images of […]

3D printing is versatile and time-saving to fabricate parts with complex structures. It is an essential supplement to conventional processes for metal components. But, the high cost of metal 3D printing severely limits their industrial applications. Recently, the Fused Deposition Modeling (FDM) method can 3D print metals at a lower price. The composite filament contains […]

Our project aims to improve maize production efficiency and mitigate the impacts of climate change. By combining advanced computing, artificial intelligence, and remote sensing techniques, we will analyze data on maize cultivation, climate patterns, and soil health. This collaboration between institutions in both countries seeks to enhance agricultural sustainability, increase food security, and contribute valuable […]

The research I wish to pursue for my research in Turkey seeks to explore following questions: How are the subjectivities of undocumented Armenian women immigrants shaped in the face of multi-layered discrimination and exclusion? What is the role of Turkish media and Turkish cinema in this discrimination? My inquiry into the ways in which undocumented […]

The proposed project involves the use of a combination of two techniques i.e., rheology, confocal microscopy and image analysis, aimed at understanding the physics of bacterial cells at interfaces. Given the fact that the interactions and the interplay of forces are complicated at interfaces, the proposed study can provide significantly valuable insights into the dynamics […]

This study investigates the adsorption of semi-volatile organic compounds (SVOCs) in an experimental chamber, focusing on humidity effects and adsorptive site accessibility. Essential for workplace safety in indoor settings, this research tackles the complex dynamics of SVOCs like phthalates and flame retardants, often found in low concentrations but posing significant health hazards. The project highlights […]