Projets novateurs réalisés

Advanced Financial Integration, Forecasting, and SOP Development

This project aims to enhance Tutor Teach’s financial systems by automating processes, integrating accounting platforms, and improving forecasting tools. Building on previous efforts, the intern will focus on streamlining daily operations and increasing efficiency through automation. The integration of our internal accounting platform with external systems, like QuickBooks, will reduce manual input and discrepancies, enabling real-time financial synchronization. This will not only improve day-to-day financial management but also provide leadership with enhanced financial visibility. The intern will also work on developing predictive models for financial forecasting, incorporating historical data to project future revenue, expenses, and cash flow. These insights will help Tutor Teach make informed, strategic decisions and adapt to seasonal variations. A key piece of this project will also be the creation of Standard Operating Procedures (SOPs) for the new systems, ensuring long-term sustainability and consistency across financial processes. By establishing clear guidelines for data entry, reporting, and system maintenance, these SOPs will guide team members on how to manage financial tasks accurately and efficiently. Overall, the improvements will lead to better financial oversight, reduced operational friction, and greater scalability, allowing Tutor Teach to grow its business more effectively. Through this project, Tutor Teach expects to enhance its ability to respond to financial challenges, optimize resources, and support the company’s long-term goals of providing quality educational services across Canada.

Prompt Engineering for AI-Driven Polymer Materials Data Retrieval

This project aims to tackle a critical challenge in materials science: the efficient extraction of valuable data from a vast array of sources, including scientific literature, patents, and technical reports. By integrating advanced AI language models and tailored prompt engineering, we intend to create an intelligent system that streamlines the process of retrieving polymer-related information.
The anticipated benefit for the partner organization lies in the ability to access relevant materials data more quickly and accurately, ultimately reducing research time and enhancing decision-making. This innovative approach will not only elevate the quality of insights but also accelerate the development of new materials, giving the partner organization a competitive edge in an ever-evolving market. Through this project, we aspire to empower researchers with the tools they need to drive forward the future of materials science.

Informatisation de la gestion des ressources humaines et matérielles en sécurité incendie

En matière de gestion des ressources humaines et matérielles, les corps de pompiers du Québec doivent composer avec plusieurs obligations réglementaires en matière de formation et d’inspections d’équipement. Selon l’étude Portrait sociologique de la profession des pompiers du Québec (St-Denis, 2013), la diversité des types d’intervention constitue l’une des caractéristiques du métier de pompier (ex.?: combat d’incendie, désincarcération, matières dangereuses, prévention, premier secours, sauvetages nautiques et techniques, etc.), ce qui a mené à une multicertification et grande diversité des formations. La gestion des équipements des corps de pompier est également régulée par de nombreuses normes et réglementations. Il s’agit d’un enjeu prioritaire pour la santé et la sécurité au travail.
Jusqu’à présent, peu d’outils informatiques répondent aux besoins spécifiques des corps de pompiers. Le but de ce projet d’innovation est de développer des éléments informatiques qui permettront de faciliter le travail de gestion des ressources humaines et matérielles. Ainsi, les gestionnaires seront en mesure d’acquitter leur tâche de gestion plus efficacement et rapidement en diminuant considérablement les risques et en facilitant les suivis et la conformité.

Photocatalytic degradation of textile dye wastewater using solar energy

Dye wastewaters from textile industries is toxic and often causes serious environmental damage. In this study, an eco-friendly photocatalytic degradtion process which involves the use of a Ag-ZnO catalyst and solar energy will be used to degrade toxic dyes. Therefore, the main objectives of my reserch over the three month period will be to synthesize a solar active photocatalyst and optimizing the photocatalytic degradation process to treat textile dye wastewater. The findings from this research will assist textile industries to meet the wastewater discharge standards. The catalyst could be used to convert black liquor into useable chemicals.

Employing Quantum Machine Learning for Improved Deepfake Audio Detection

This project aims to research and develop on building a real-time deepfake audio detection system that is capable of distinguishing between authentic and spoofed audio voices with the help of Quantum Machine Learning (QML). The primary goal is to identify the limitations of existing classical ML techniques and explore how QML can improve the different existing challenges like processing big data, loading large complex models, improving generalization and detecting new forms of deepfakes.

Program Development Project

Our mission at Opal Family Services is to help individuals with disabilities, and their families, to thrive. Opal Family Services has been serving our community of Greater Fredericton since 1984. When it was founded, the purpose was to provide quality respite to families caring for loved ones with disabilities. Through our numerous programs, we continue to offer quality respite along with inclusive educational and recreational programming. Respite allows individuals with disabilities to have increased independence, improved mental health, community engagement, and enhanced social and life skills.
Inclusive programming has improved in schools, the community, and society, however, exclusion persists. Opal’s programs fill these existing gaps and allow individuals with disabilities of all ages to participate in recreational activities with their peers. In our various programs, we provide support that is tailored to the individual. We celebrate each participant’s strengths, abilities, and interests and encourage them to be their authentic selves which promotes positive self-esteem and personal growth.
With the aim of enhancing the quality of our programming, the Program Development Coordinator will focus on developing inclusive, consistent, evidence-based education modules that are adaptable to the children, youth, and adults with intellectual and developmental disabilities attending our respite programming. They will also help with the onboarding process by improving program facilitator training. The programs that we currently provide are Kids Club, Youth Group, Adult Social and Recreation Program, and Camp Wonder. The Program Coordinator will develop learning modules for each program that can be adapted for different abilities. The Program Coordinator will assure programs are adaptable to different locations and groups. While we have been offering social/recreational programming for many years, we would like to increase the focus on skill development for our participants including: emotional regulation, social skills, anxiety, anger management, and baking/cooking.

AI Business Assistant

LenzVU provides an AI front desk capabilities for fitness and wellness studios. Our AI solution provides responses to clients and also helps them with specific requests such as bookings, changes and more. As part of this project we are looking to enhance our AI’s capabilities and improve on the learning capabilities of our front desk AI solution.

Building Trust and Indigenous Inclusion within Environment and Water

The City of Regina is looking to increase Indigenous participation in our municipal government and create a more inclusive environment. The student will gain an understanding of wastewater, drinking water, landfill and environmental work to better position themselves for future jobs either at the City or within an indigenous community. They will also help identify ways the City can incorporate Indigenous knowledge into our work and improve our messaging on these topics to the Indigenous people who call Regina home. This will help make sure important messages are reaching those they need to. The position will help to develop technical people in the water, wastewater and environmental fields and foster trust between the City of Regina and the indigenous community while also providing feedback on ways to weave indigenous worldviews into processes. The first step towards this is for the intern to help with the regular processes and work needed to keep the City compliant with its provincial permits to operate, meet environmental regulation, and help improve messaging to residents in terms of lead in drinking water and waste diversion.

In addition to helping throughout the year, by the end of the work term the intern will provide a short report on ways the City can introduce indigenous worldviews into its environmental and potable water process.

Optimisation des procédés d’extraction et de séchage du tanin pour une production durable et éco-efficiente

Le projet vise à faire un bilan énergétique des procédés d’extraction et séchage du tanin, un biopolymère dérivé de l’écorce d’arbres, reconnu pour ses propriétés physicochimiques et son potentiel de substitution aux matériaux pétroliers. Dans le contexte des enjeux environnementaux et économiques associés à l’utilisation de ressources fossiles, le tanin émerge comme une alternative durable, en particulier dans le secteur industriel des adhésifs. L’objectif principal de ce projet est d’optimiser les procédés d’extraction aqueuse et de séchage du tanin afin de maximiser son rendement et ses propriétés fonctionnelles, tout en minimisant la consommation d’énergie. Le projet inclut une évaluation comparative de l’efficacité des différentes méthodes d’extraction, notamment l’extraction par solvants organiques et aqueuse, ainsi qu’une analyse des impacts des techniques de séchage thermique et à l’air. Parallèlement, une étude approfondie sera conduite pour établir des corrélations entre les procédés d’extraction/séchage. Cette initiative vise à promouvoir une production plus éco-efficiente, à réduire les émissions de gaz à effet de serre (GES) et à renforcer la durabilité au sein des industries canadiennes, tout en soutenant la création d’emplois dans les filières locales de matériaux biosourcés.

Exploring and elucidating the structure and dynamics of dialcohol nanocelluloses

This project aims to explore and improve a special type of bio-based material called dialcohol nanocelluloses, which is made from cellulose. By working with experts at Université de Grenoble Alpes and using their advanced equipment, the research will help us understand how these materials are structured and how they behave. This knowledge is important because it could lead to new, eco-friendly materials that can replace harmful plastics in packaging and other products. For the participating institutions, this project offers a chance to advance their research, share knowledge internationally, and develop innovative solutions that could benefit both the environment and various industries.

Etude de la vulnérabilité au stress hydrique de jeunes plants d’arbres. Cas d’espèces indigènes au Québec

Dans un contexte de changements climatiques, les modèles prévoient une augmentation de la fréquence et de l’intensité des sécheresses estivales. Or le manque d’eau peut gravement affecter la croissance et la survie des arbres, et donc diminuer leur productivité. L’objectif de cette étude est de tester la capacité de résistance de jeunes arbres à un stress hydrique tel qu’une sécheresse estivale. Pour cela, des mesures de suivis physiologique et morphologique seront réalisées sur des plants appartenant à 4 espèces d’arbres indigènes au Québec (érable à sucre, orme d’Amérique, chêne rouge, noyer noir) et soumis à une sécheresse. Les résultats permettront (1) à l’entreprise partenaire de tester deux nouveaux produits mis au point par un laboratoire de biotechnologies et susceptibles d’augmenter la résistance des plantes à la sécheresse et (2) grâce à une meilleure connaissance des espèces vendues, d’améliorer la qualité de l’offre et du service aux clients producteurs et gestionnaires.

Concevoir un système automatique capable de nettoyer, désinfecter et sécher écologiquement et hebdomadairement 2400 paires de chaussures de types, de matières et de dimensions variés.

Le projet de recherche entrepris par les stagiaires vise à développer un système automatisé capable de nettoyer, désinfecter et sécher jusqu’à 2400 paires de chaussures par semaine, quel que soit leur type ou leur matériau. Ce projet répond à un besoin crucial dans l’industrie de la seconde main : réduire le nombre de chaussures jetées prématurément en raison d’un nettoyage insuffisant. Actuellement, des friperies comme Renaissance ne peuvent remettre en vente que 30 % des chaussures qu’elles reçoivent, faute de solutions de nettoyage efficaces. L’enjeu avec ces rebuts est qu’ils alimentent fortement la proportion de chaussures dans les décharges. En automatisant ce processus, le projet permettra de détourner une grande quantité de chaussures des sites d’enfouissement tout en renforçant l’économie circulaire du secteur et en augmentant les revenus des friperies et l’efficacité de leurs opérations.