Ce projet vise à s’attaquer à une limitation critique qui entrave la capacité de l’industrie du recyclage du plastique à vendre son produit, les plastiques recyclés, sur le marché. Lors de l’achat de plastiques recyclés sous forme de granulés, les clients exigent que le plastique possède des propriétés qui soient aussi proches que possible de […]

The field of quantum science and technology focusing specifically on quantum simulation deals with the development of novel quantum systems and hardware to realize new approaches to understanding and controlling complex quantum many-body systems on different time and energy scales. Integrating 2D materials into semiconductor production lines is a promising avenue as it enables the […]

Le projet consiste en le dévelopmment d’une méthode pour évaluer l’adhérence de la glace sur les surfaces de béton et d’asphalte afin de caractériser l’impact des produits antigivre. Le projet sera réalisé au Laboratoire International des Matériaux Antigivre de l’UQAC et permettra de proposer une nouvelle méthode au groupe de travail sur la performances des […]

Mass timber – an innovative, wood-based alternative to concrete and steel – is key to building greener cities, but its widespread use in Canada is currently limited by uncertainty over construction costs. Developers and builders lack reliable, standardized data to compare the price of mass timber projects against traditional building methods and materials across different […]

This research internship is offered within the Division of Orthopaedic Surgery under the supervision of Dr. Sheila Sprague, PhD. The program focuses on clinical research aimed at improving outcomes and quality of life for patients with musculoskeletal injuries through multiple ongoing clinical trials, including Beads vs. Vac, FLAP-ATTACK, FASTER-HIP, SWRCT, and studies on pelvic fracture […]

This project focuses on developing a tracking system for in situ 3D bioprinters. These machines are designed to 3D print implants over the body, and the tracking system enables them to determine the location of the target surface, as well as adjust their motion to accommodate movements from this surface. Both York University and the […]

Ce projet concerne la sécurité en escalade de bloc, un sport dans lequel les chutes sont inévitables et difficiles à prévoir. L’objectif est de mieux comprendre les réactions du corps lors de différents types de chutes, afin d’identifier les situations susceptibles d’entraîner des blessures. Le projet s’appuie sur une base de données composée de chutes […]

As the number of satellites in orbit grows rapidly, with constellations ranging from dozens to thousands of spacecraft, continuous human monitoring does not scale; ground contact is limited and quick autonomous responses are essential to protect mission assets and space safety. The project aims to create a fast, reliable method to automatically detect anomalies in […]

This project develops AI- and data-driven methods to improve visibility of heat pump (HP) loads in power grids. By disaggregating HP consumption from aggregate smart meter and grid data, it will support accurate demand forecasting, reliable grid operation, and planning for heating electrification in cold climates, contributing to reduced greenhouse gas emissions.

This project will connect two areas of cutting-edge research : large-scale brain simulations performed on Japan’s supercomputers, and Canada’s NeuroLibre platform for open and reproducible publishing. The goal is to create a proof-of-concept workflow where complex brain simulations are run on high-performance computing systems, and their key results are transformed into interactive, user-friendly publications on […]

Although it is known that exercise is beneficial to neurological health, there is a lack of research focusing on structural brain adaptations in athletes undergoing intense training. While neuroplasticity is often studied in clinical populations or general aging cohorts, this project aims to specifically investigate sprinters to identify exercise-related microstructural changes in the brain. As […]

This project between McMaster University and Carbon Upcycling Technologies (CUT) aims to commercialize sustainable agricultural products made from captured CO2. The team will assess markets for sprayable clay–polymer coatings that protect crops from UV damage and clay-based soil conditioners that improve water and nutrient retention. The outcomes will guide pilot partnerships and help CUT scale […]