Propagating Instrumental Systematics to Cosmological Analysis Pipeline for HIRAX

This research sheds light on the mysterious force of dark energy, driving the universe’s accelerated expansion, and reveals how cosmic structures evolve. Since hydrogen makes up most of the universe, its natural radiation at radio wavelengths allows us to map large volumes of space and track the distribution of matter. The Hydrogen Intensity and Real-time […]

Read More
Analyse structurale de la mine du mont Wright, Fermont, Québec

La mine du mont Wright, située à Fermont au Québec, est le plus important producteur de minerai de fer du Canada. Le gisement se trouve dans des roches ayant été plissée plusieurs fois et possiblement disséquées par des failles tardives. Le projet de maîtrise-recherche proposé, en partenariat entre la compagnie ArcelorMittal et Polytechnique Montréal, vise […]

Read More
Development of a modular aircraft propulsion simulation model

In this project a modular propulsion simulation tool will be developed, which is able to be integrated in an already existing framework for preliminary aircraft design. The developed tool shall then be used for analyzing different propulsion system configurations of conceptual aircraft, to compare these against each other regarding different metrics, such as efficiency and […]

Read More
Divorce in Michoacán: Liberalism and Its Limitations

This project studies the history of the implementation of secular divorce in the western Mexican state of Michoacán in the last four decades of the nineteenth century to study how populations reacted to the transformation of the legal procedure from the religious to the secular sphere in terms of gender ideology, class identity, and religious […]

Read More
Modélisation d’une décharge électrique dans l’air en présence des gouttelettes liquides

Nous cherchons à adapter un modèle afin de modéliser l’initiation et la propagation d’une décharge électrique produite dans l’air avec la présence d’une ou plusieurs gouttelettes d’un liquide. bien que l’étude est fondamentale, elle va nous renseigner sur l’évolution spatio-temporelle de la densité des électrons et du champ électrique qui sont incontournables pour le développement […]

Read More
Rare-Earth Metal–Organic Frameworks with 3D Linkers for Sustainable Separation Processes

This project aims to develop novel rare-earth metal-organic frameworks (MOFs), a type of porous material which by thoughtful design, have tunable properties which can be tailored to target the sustainable separation of valuable and otherwise energy intensive chemical separations such as the separation of hydrocarbons, usually performed by distillation. The project combines the expertise in […]

Read More
Adaptation of a measuring communication skills program for healthcare practitioners for Colombia

Measuring the abilities of health practitioners to motivate patients to behaviour change is important. Healthcare practitioners are rarely adequately trained on how to engage patients on it. Healthcare practitioners often aim to promote behaviour change by providing unsolicited advice, which is not conducive to promoting behaviour change, due to not considering patient motivation or perceived […]

Read More
Application of Machine Learning to optimize concrete properties, minimizing variability in concrete production

Self-consolidating concrete (SCC) is engineered to facilitate casting and accelerate the construction process while enhancing structural performance and durability. Its high deformability allows SCC to spread and fill formwork under its own weight, eliminating the need for external vibration. The mix design of SCC is critical for achieving an optimal balance between fluidity and stability, […]

Read More
Integrating Shape Grammar and Transformer Architectures for Automated Text-to-BRep Conversion in Design Automation

This project aims to create a system that can turn simple text descriptions of designs into detailed 3D models automatically. By combining shape grammar rules (which act like guidelines for building shapes) with advanced language-processing AI models called transformers, the system will understand natural language inputs and generate precise 3D representations known as Boundary Representation […]

Read More
Biochar: une solution durable pour la gestion de déchets au Nord-du-Québec

Ce projet se concentre sur la production et la caractérisation du biochar, un matériau carboné aux multiples applications prometteuses, obtenu par pyrolyse de la biomasse dans un environnement pauvre en oxygène. L’objectif principal est de soutenir le développement et l’installation de deux modèles de pyrolyseurs à petite échelle dans des communautés cries, contribuant ainsi à […]

Read More