Fostering collaborative concussion management via the Blue Card in Canadian community rugby

The Blue Card was designed to minimize the risk of multiple concussions and encourage a safe return to competition. The Blue Card requires the collaboration of multiple participant groups. However, poor relationships between participant groups can impact the initiative’s success. Concussion training interventions must consider the complex dynamics within sports to facilitate collaboration among participant […]

Read More
Exploring Wait times for Pediatric Rehabilitation Services for Children who are Neurodiverse in Durham, Ontario

This research focuses on challenges in accessing pediatric rehabilitation for children with neurodevelopmental disabilities. In Durham Region, Ontario, Grandview Children’s Centre (Grandview) is the only provincially designated center to provide necessary rehabilitation services for these children. However, high demand has created long wait times to care. Using electronic health records of children under 19 years-old […]

Read More
Developing integrated multi-channel marketing campaigns for national expansion

pointA is a not-for-profit organization that has grown its footprint over the last five years from serving workplaces across Ontario to the rest of the country. It is now accelerating its growth nationally to achieve its mission of reducing congestion by providing knowledge, support and incentives to employees and residents and encouraging them to try […]

Read More
Upgraded: Strategic Innovations in B2B Communication

The partner organization specializes in providing core funding, grants, and finance and tax strategy consulting services. Despite their robust service offerings, they face significant challenges that go beyond day-to-day business operations, particularly in effectively connecting with potential clients and expanding their market reach. The primary innovation challenge the organization needs to solve is creating more […]

Read More
Investigating cellulose nanocrystal blends with PLA

Non-renewable fossil fuel derived plastics are ubiquitous in modern society, leading to negative environmental impacts. Urgent action is needed to reduce our societal reliance on these plastic products. The use of bio-based and/or biodegradable thermoplastics such as poly(lactic acid) (PLA) could be a potential solution, however these materials typically have limited mechanical strength, hindering their […]

Read More
Assessing the Alignment Between Proposals for the International Governance of Artificial Intelligence and the Common-Pool Resource Governance Framework

This project will evaluate the extent to which prominent international AI governance frameworks align with the common-pool resources (CPR) governance framework; its execution will consist in semi-structured interviews with experts and extensive literature review. The project aims to clarify how well-suited existing international AI governance proposals are to addressing the collective action problems marring international […]

Read More
Graphene protected silicon alloy-based Li-ion batteries

The proposed research aims to advance energy storage technology by improving the cyclability of silicon-based anodes in lithium-ion batteries. Silicon anodes offer high theoretical capacity but face issues such as volume expansion and capacity fade. The project will explore substituting pure silicon with a silicon-carbon alloy core, hypothesized to enhance cyclability due to its amorphous […]

Read More
Simulation et caractérisation de phototransducteurs a basse température pour application spatiale

La recharge de batterie ou encore l’alimentation continue d’appareils/engins sans fils et éloignés de toute source électrique ou solaire, comme dans le cas d’applications dans le domaine spatial, sont de véritables défis. L’usage couplé d’un émetteur laser et d’un photo-transducteur (PPC) pour transférer de la puissance sur de longues distances est une solution potentielle intéressante. […]

Read More
Enhancing Kinematic Parameter Estimation of Rockets through Sensor Fusion and Networked Measurement Systems

The project determines the limitation boundaries of single sensor measurements by assessing the accuracy of a rocket’s kinematic parameters—such as speed, turn rate, and acceleration—based on the precision of individual sensor measurements. This involves evaluating whether these parameters can be accurately measured or estimated using each available sensor while considering the rocket’s dynamic behavior. Additionally, […]

Read More