L2M – Scalable Production of High Performance Silicon-Carbon Anodes for EV Batteries

Battery energy storage has potential to drive an energy revolution in society by powering the next generation of carbon-free mobility and clean, smart energy grids. Current battery materials are reaching their performance limits in terms of energy density and charging speed. This project aims to significantly improve those metrics by designing and producing a new […]

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L2M Launch / Qc Fall 2025 / Flexible Intra-Oral Device for Continuous Salivary Biomarkers Monitoring to Diagnose Sleep Disorders

Sleep disorders like insomnia and circadian rhythm disruptions affect millions, leading to health problems such as fatigue, difficulty to concentrate, depression, various ailments including heart disease and cancer. Diagnosing these issues is challenging because current methods, such as overnight lab tests, are expensive, uncomfortable, and often unable to accurately perform real-time measurements. Wearable devices help, […]

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Etude de rémunération des auteurs en contexte évènementiel

Dans le cadre de ce projet, un étudiant à la maîtrise en lettres, spécialisé en culture et numérique, effectuera un stage à l’Association québécoise des Salons du livre (AQLS). Il aura pour mandat de recueillir et d’analyser des données sur la façon dont les auteur·rice·s sont rémunéré·e·s pour leur participation à des activités numériques organisées […]

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L2M Launch / Qc Fall 2025 / Technologies MicroMea inc.

Dans le cadre de ce projet, le stagiaire mènera des entrevues avec des entreprises agroalimentaires et d’autres organisations qui produisent de grandes quantités de déchets organiques. L’objectif est de mieux comprendre leurs besoins, leurs défis et leur intérêt pour une solution locale qui transformerait ces déchets en biogaz renouvelable, pouvant remplacer une partie du gaz […]

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L2M – DeepFault AI: Advanced Geoscience Software Solution

This project will validate the commercial potential of DeepFault AI, an advanced geoscience software solution that automates seismic fault interpretation using deep learning, with integrated uncertainty quantification and quality control (QC). In energy sectors such as oil and gas, geothermal, and carbon storage, reliable subsurface interpretation is essential. Traditional fault detection methods are slow, subjective, […]

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L2M Launch / Qc Fall 2025 / Advanced MicroTesting

Le projet a pour objectif de commercialiser LOTUS-X1, un banc de test universel pour puces électroniques alliant haute performance et coût réduit. Actuellement, les chercheurs en microélectronique doivent concevoir et programmer un banc de test spécifique pour chaque puce, ce qui mobilise un temps considérable et complique la reproductibilité. LOTUS-X1 centralise tous les outils, génération […]

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L2M Launch / Qc Fall 2025 / Chachacha

Au Québec, plus de 170 000 personnes vivent avec un trouble neurocognitif majeur, souvent sans accès à des ressources adaptées pour préserver leur bien-être et maintenir des liens significatifs avec leurs proches. Le projet Distraire pour le bien-être, porté par Les Éditions Chachacha, répond à ce besoin urgent par le développement d’outils concrets, ludiques et […]

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L2M Validation / Qc Automne 2025 / Ready, Set, Swim: Application of spectrofluorophotometry (FEEM) for better pathogen detection in Quebec’s recreational waters

Municipal beach managers across Canada face an impossible dilemma every summer: close beaches preventively and lose tourism revenue, or risk exposing swimmers to dangerous sewage contamination from aging infrastructure that overflows during heavy rainfall. Current water testing takes 24-48 hours and measures bacteria that poorly indicate actual health risks from viruses, forcing managers to make […]

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L2M – InspiroMark

This project will support the advancement of a new medical device designed to assist cardiac surgeons and interventional cardiologists during and after coronary artery bypass graft (CABG) procedures. When patients receive bypass grafts, clinicians often need to perform follow-up angiograms to assess whether the grafts are functioning properly. The new device being developed is designed […]

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L2M – Smart Sock

This project aims to explore the commercial potential of the Smart Sock, a wearable medical device developed at University of British Columbia that provides comfortable, at-home compression therapy for people at risk of blood clots. Unlike bulky or hard-to-use devices currently on the market, the Smart Sock is soft, portable, and designed to help patients, […]

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