Développement de composants photoniques novateurs par inscription de réseaux de Bragg volumiques.

Les lasers émettant des puissances élevées servent aujourd’hui à toutes sortes d’applications, et encore plus particulièrement dans les industries de pointe. L’arrivée des systèmes laser opérant par compression d’impulsions étirées et amplifiées dans les dernières décennies a permis de multiples développements dans de nombreux domaines où la demande pour des lasers à puissance crête élevée […]

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Field Testing and Validation of Clearflow Coal Mine Water Treatment Technologies

Surface coal mining creates significant issues in surface water management due to high levels of contaminants including metals, selenium, and suspended sediments. Clearflow group has created a treatment train using newly developed polymer technologies to significantly improve water treatment and reduce contaminant discharge to the environment. This research project will test both the efficacy of […]

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Fabrication Techniques Facilitated by Metallic 3D printing for Low-Volume Wheelchair and Assistive Technology Manufacturing and Customization

The goal of the project is the development of a systematic process to create (1) low volume metallic 3D printed components for wheel chairs and other assistive technology components, (2) production dies to form/bend tubing and sheet metal and (3) production molds to form complex shapes from composites using a mixture of chopped fibers/resin referred […]

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Market Research and Development for a Wound Healing Medical Device

BioMimir is a female-founded medical device company enabling healthcare providers to improve treatment outcomes for complex wounds. Our lead product is a liquid-to-solid wound filler designed to act as a wound sealant, wound filler, and tissue regenerator. BioMimir’s lead product is an FDA class II medical device and is projected to enter the US market […]

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Carbon-based fertilizer formulations and their effects on greenhouse gas emissions and soil fertility

Sulvaris’ Carbon Control Technology (CCT™) is a patented, simple, scalable and strongly economical to sequester carbon dioxide (CO2) and generate multiple benefits. The newly developed high value carbon-based enhanced efficient fertilizers through the CCT, such as the CCT-ammonium sulphate, is thought to be able to remediate the soil by providing benefits such as increasing crop […]

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MISE EN PLACE DES PRATIQUES DE DÉVELOPPEMENT EN GESTION DES RESSOURCES HUMAINES CHEZ MITCHELL AEROSPACE INC.

Le stagiaire supportera le développement du plan stratégique des ressources humaines de l’entreprise en élaborant des processus et des outils de recrutement, d’accueil et intégration pour les nouveaux employés. La réalisation de ce projet contribuera à améliorer la rétention du personnel et de standardiser les pratiques d’accueil et intégration dans l’entreprise. Ce projet permettra à […]

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«Validating semi-automated 3D slit-lamp examination for anterior segment assessment»

Up until now, technology advancement facilitates tele eye care services, especially in the remote areas. However, some challenges still remain, one of which is the detailed assessment of ocular surface. The Ocular surface has a three-dimensional structure, making the stereoscopic clues important in disease detection. Therefore, this project, in partnership with LightX Innovations Inc., aims […]

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Strong Asset Discovery on Naval Vessels using Machine Learning

Lockheed Martin Canada is undertaking the creation of a network detection solution for maritime platforms that addresses the specific security issues in the naval environment. The solution is a combination of multiple technologies utilizing different active and passive techniques to enhance the detection process. Lockheed Martin Canada has created a preliminary prototype design and is […]

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Highly Integrated System for True Time Delay Optical Beamforming Phased Arrays

The participants are working together to provide a novel solution to the requirement for steering antennae for satellite communications. The solution will use new integrated circuits designed to process information optically rather than electronically. The application for this work includes the provision of broadband access to remote communities. The work brings together experts from McMaster […]

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The Microglia and NLRP3 Inflammasome as a Potential Area of Interest in Understanding the Mechanism of Cerebiome

Chronic stress increases the risk of developing neurodegenerative diseases like Alzheimer’s. Specifically, chronic stress can cause increased microglial activation, leading to the release of pro-inflammatory cytokines through the NLRP3 inflammasome pathway. Pro-inflammatory cytokines play a role in the development and progression of certain brain diseases. Cerebiome has been associated with a reduction of pro-inflammatory cytokines. […]

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