To date, using only electrophysiological data, Epiloid has achieved a classification accuracy in the low-90% in classifying drugs on their predicted ability to modulate hyperexcitability (as seen in epilepsy). This project seeks to enhance this accuracy by incorporating multi-omic datasets into Epiloid’s machine learning pipeline, which stands to dramatically assist in collecting a holistic picture […]

Haiqu Inc. focuses on building a quantum software stack enabling more efficient development and execution of quantum applications on near-term and early fault tolerant quantum computers. Simulations of quantum chemistry and condensed matter models are one of the primary early uses cases for quantum processors (QPUs), with benefits for chemistry and materials science. Important open […]

Le projet cherche à étudier comment les projets de dynamisation des cœurs de collectivités (centre-ville, noyau villageois, cœur de quartier) peuvent favoriser l’inclusion et l’équité dans les cœurs de collectivités et engendrer des retombées positives pour l’ensemble de chaque milieu. Plus particulièrement, le projet se concentre sur les stratégies qui peuvent être employées pour lever […]

This project will create an AI-based tool that helps engineers detect hidden damage inside concrete structures—like bridges or buildings—using special thermal images. Right now, most damage is only found when it’s already serious, which can be costly and dangerous. This new tool uses heat patterns to find early signs of damage, making inspections faster, safer, […]

Ce projet cherche à répondre à la question suivante : Quel est l’impact de l’utilisation des résultats rapportés par les patients (PROs), en tant que données du monde réel (RWE), sur les décisions de remboursement des technologies de santé par le CDA-AMC et l’INESSS au Canada ? PeriPharm est une entreprise canadienne spécialisée en pharmacoéconomie […]

Ce projet vise à explorer l’utilisation de l’intelligence artificielle dans la conception de revues systématiques de la littérature en recherche médicale. Ce projet cherche également à analyser le volet d’acceptabilité de ces nouveaux outils. En effet, certains enjeux en lien avec l’intégration de l’intelligence artificielle dans le domaine scientifique.

1. Our primary mandate at API is to advance basic research and innovation to commercialization by providing access to world-class industry expertise, services, and infrastructure. Our activities focuses on engaging and supporting drug discovery and development initiatives, ensuring compliance with regulatory standards and driving innovation and commercialization through collaborative research and clinical studies. 2. The […]

The Ispiciwin Project (I???????, the Project) is an outreach and awareness project that explores the way in which we travel in our modern age to promote the progressive transition our society is making towards zero-emission vehicles (ZEV). Ispiciwin (I???????), in nêhiyawêwin, means to travel, and this Project focuses on the journey we are taking as […]

Toronto Pearson Airport (operated under the Greater Toronto Airport Authority – GTAA) is Canada’s largest airport in terms of total passenger traffic and North America’s second largest in terms of international traffic. With daily non-stop flights to many of the world’s economies, we move people and goods across the country, the continent and around the […]

This project aims to help BioAro Inc., a Calgary-based biotech startup, promote its two new health products—PanOmiQ and BioSport—by improving how they reach and connect with customers. The project will help BioAro to research the market, identify who the ideal customers are, and create engaging content and strategies to raise awareness. The project will aim […]

We are developing a novel microfluidic platform designed to enable efficient concentration of extracellular vesicles (EVs) from biological fluids such as plasma, serum, etc. This system reduces sample volumes from 1–10?ml down to less than 100?µl without the need for bulky instrumentation or centrifugation, offering a scalable and user-friendly alternative to conventional methods. By leveraging […]

This project focuses on exploring how a new diagnostic technology—magnetic Pickering nanoemulsions—can help improve the way we understand fluid flow in underground rock formations, such as those found in oil and gas reservoirs. These nanoemulsions are tiny droplets that are stable under harsh conditions and can be tracked using magnetic tools, making them useful for […]