Smart Vertical Farming

The Smart Vertical Farming project will utilize smart sensor technologies and advanced computing to optimize indoor growing conditions for plants. Researchers will monitor inputs such as fertilizer levels, soil conditions, lighting, temperature, humidity and CO2 levels in real-time and make correlations to the plant growth using cameras to measure foliage density, colour and health. Advanced […]

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Implementation of the Asset Proxy for (Non-fungible token) NFT Paradigm

Non-fungible tokens (NFTs) are cryptographic assets on a blockchain with unique identification codes and metadata that distinguish them from each other. Due to its vast usability in different industries, such as gaming, real estate, and art, many professionals believe it will be the future of trading. However, like any other new technology, it has issues […]

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Hybrid Modeling of Chromatographic Systems

Chromatography is the workhorse in biologics manufacturing processes, where its performance significantly contributes to the quality outcomes of the batch, and therefore must be carefully controlled. Process modeling and simulation is the best way to provide control to the process. This proposal aims to develop a hybrid chromatography modeling approach, utilizing state-of-the-art machine learning method, […]

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Solving the accessibility issues at primary care clinics in Canada by introducing a self scheduling booking application

Accessibility and availability are major factors of an effective health care system. Though Canadians have free access to medically necessary services, there are accessibility issues at primary care clinics such as long wait times, language barriers for new immigrants, lack of proper information about clinics and doctors, and so on. Waiting for a primary healthcare […]

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Assessment of Variable Rate Irrigation System for Optimized Water Productivity

Climate change, extreme weather events, and irregular rainfall patterns have made it inevitable to supplement irrigation needs in rainfed regions such as Prince Edward Island (PEI). This study aims to develop variable rate irrigation (VRI) system to supplement crop water requirements on a need basis for crops in PEI. This project will develop, implement, and […]

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L’utilisation de données de vie réelle (Real-World Data) dans l’industrie pharmaceutique : Au delà du 21st Century Cures Act

L’analyse des données de vie réelle (Real-World Data) pour générer des preuves du monde réel (Real-World Evidence) est une pratique en croissance dans l’industrie pharmaceutique. La loi 21st Century Cures Act, signée en décembre 2016 par le Congrès américain sous l’administration Obama, a amplifié l’engouement pour l’utilisation des données de vie réelle (RWD) dans l’industrie […]

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Création de produits innovants pour le secteur du service-conseil en transformation

Afin de diversifier l’offre de l’entreprise et de répondre aux besoins d’entreprises québécoises d’une nouvelle façon, cz conseil souhaite se lancer dans le développement de produits et outils clés en main innovants pour ses clients. Ces produits viseront à automatiser certains éléments de la livraison des mandats de service-conseil et viendront bonifier l’offre de cz […]

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Sustainable solution to chronic housing needs in the Canadian North

As Canada’s economy and population continue to rise, primarily due to substantial immigration, there is an urgent need for new infrastructure, in particular, in remote regions of Canada. This can be achieved through advanced technologies to improve productivity of the Canadian construction industry while reducing the environmental impact of construction. This project proposes the Self-Deployable […]

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Surface and subsurface damage segmentation using thermography and deep learning

Infrastructure facilities in Canada and many other places worldwide continuously deteriorate. Most structures either reached or exceeded their design service life. Bridges, buildings, roads, and other facilities deteriorate over time. To ensure the safety of these structures, visual inspections are routinely carried out by trained engineers. However, these visual inspections have some critical disadvantages, such […]

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Development of a finite element software module for the fatigue life prediction of welded structures.

Due to modification ease, cost, and time-saving benefits, computational-based methods through the use of Finite Element Analysis (FEA) software programs is the main approach besides physical testing (accelerated durability laboratory test, in-service drive tests) for evaluating the life of welded structures in several industries. Based on guaranteed functionality, integrity, and life cycle robustness requirements in […]

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