Projets novateurs réalisés

Building Analytical Capacities: A Cross-Sector Partnership to Combat Maltreatment in Canadian Amateur Hockey

This research project responds to Hockey Canada’s acknowledgment of a gap in its ability to effectively understand and address maltreatment in amateur hockey. Given the pressing concerns related to maltreatment and their widespread impact on hockey communities, this internship presents a unique opportunity to leverage academic knowledge to provide timely and necessary technical and analytical expertise to address this gap. The intern will receive advanced training and professional experience by working with Dr. Mongeon and Hockey Canada to track and analyze maltreatment data that will lay the necessary groundwork to advance evidence-based recommendations for mitigating maltreatment within amateur hockey.

Visualizing Community Land Trust Models and Housing Futures for Ottawa

This project will draw on academic research, community engaged research and precedent studies to formulate community and public-facing research outputs that envision models and frameworks for the evolution of community land trusts (CLT) in Ottawa. The project will output maps, visualizations, and stories that synthesise Ottawa’s housing needs and the potentials of CLTs. It will support the growth of OCLT (the partner organization) and future CLTs in Ottawa as viable solutions to the City’s housing crisis.

Effets d’un programme d’accompagnement à mener une vie équilibrée « Équilibrer avec Joy » sur les habitudes de vie, les déterminants psychosociaux et le bien-être d’étudiants universitaires.

Les étudiants sont à risques de problèmes de santé mentale et les universités canadiennes auraient de la difficulté à y répondre1. La pair-aidance est une approche prometteuse, car les étudiants semblent avoir plus tendance à se confier à leurs pairs3-4. L’entretien motivationnel (EM) est un type de relation d’aide favorisant le changement d’habitudes de vie5. Il semblerait qu’aucun programme n’ait combiné la pair-aidance à l’EM afin d’offrir un accompagnement vers de saines habitudes de vie aux étudiants universitaires, sachant que l’adoption de saines habitudes de vie exerce une influence positive sur la santé mentale et le bien-être2. Équilibrer avec Joy est un programme d’accompagnement vers de saines habitudes de vie combinant la pair-aidance et l’EM. Cette étude pilote vise à évaluer les effets du programme sur les habitudes de vie, leurs déterminants et sur le bien-être des étudiants universitaires accompagnés de même que sur ceux ayant le rôle d’accompagnateur (pairs-aidants).

Développement d’un appareil d’étirement motorisé

ExoFlex est un projet d’équipe qui a vu le jour dans le cadre d’un cours à l’université. L’un des membres de l’équipe est atteint d’une maladie neuromusculaire provoquant une grande rigidité dans les tendons. C’est pourquoi ExoFlex s’est donné la mission de créer un appareil motorisé d’aide à l’étirement du mollet, conférant autonomie et bien-être au patient, tout en réduisant la charge de travail sur ses proches aidants. Ultimement, l’objectif d’ExoFlex est d’améliorer la qualité de vie des personnes atteintes de maladie neuromusculaire en exploitant tout le potentiel de la physiothérapie. L’appareil permet d’effectuer l’étirement complet de la cheville des patients, le tout, sans assistance. Pour l’instant, nous travaillons sur la deuxième itération de prototype et recherchons des fonds ainsi que des professionnels en santé pour éventuellement conduire des essais cliniques. Les stagiaires auront pour tâche d’optimiser le prototype au niveau électrique et informatique.

Improving berry picking efficiency of wild blueberry harvester using precision agriculture and bio-systems modeling techniques

The overall objective of the proposed initiative is to develop a novel, automated and integrated field operation and berry harvesting system that will identify the root causes of increased loses; increase berry picking efficiency and product quality. Currently, there are 15 to 25% fruit yield losses during the harvesting with the existing commercial blueberry harvester. The wild blueberry growers set a goal increase the harvestable yields by 33%. To achieve this, the technology based products and processes that are envision include (i) identification of sources responsible for increased losses (ii) improve harvestable berry recovery, (ii) replacement of old technology with innovative integrated harvesting system, (iv) find out a suitable combination of ground speed and harvester head revolution with minimum losses after detailed evaluation of the harvester using precision agriculture technologies and mathematical modeling procedures. Improving harvesting efficiency can reduce fruit losses and contribute millions of dollars to provincial as well as the federal economy every year.

Design and performance assessment of light rail train bridges

Light Rail Transit (LRT) is a vital mode of public transportation that allows efficient movement of people and goods throughout Canada, and especially in major cities. Contrary to highway and traditional rail bridges, LRT bridge design issues have received little attention, although most of the major Canadian cities have LRT systems. Currently there exists no design guidelines in Canadian context for designing LRT bridges efficiently. In partnership with WSP, the proposed research aims to develop first of their kind a unified design guidelines for LRT bridges in Canada. The intern in collaboration with the academic supervisor and partner organization will be trained to apply advanced numerical models for analyzing and designing LRT bridges through developing a standard live load model for LRT bridges. The project outcomes will provide a competitive advantage to the partner organization by developing an efficient design standard for LRT bridges —allowing them to create additional value.

Machine learning for robust and reliable measurements

In this project, we will employ deep learning techniques to enhance the accuracy, interpretability, and robustness of indirect measurements. Particularly, we focus on problems of i) interpretation and analysis of metagenomic data obtained from agricultural soil samples, characterized by high-dimensional feature spaces with a relatively small number of soil samples (for an overview, see [1]-[4]), and ii) improvement of the non-invasive measurement approach developed for estimating animal weight based on 3D images in the farming industry, involving a huge amount of data used for volumetric representations (for a brief review, see [5]-[8]).

Both problems involve evaluating or detecting an unknown quantity from the observations indirectly related to the measured/detected quantity, and our goal is to apply low-rank models (which are increasingly relevant in data science) to both problems, given their ability to capture the essence of complex data while reducing the dimensionality. So, we are mainly interested in two major benefits they offer. One is related to overfitting reduction (the limited dimensionality confers a greater capacity for generalization, making them less prone to overfitting), and the second is related to the adaptation capacity, which is particularly important in real-time data processing.

Halton Kindergarten Parent Survey: Exploring Key Findings and Developing Knowledge Translation Resources

The intern will lead the development of three research briefs based on findings from the 2023 Kindergarten Parent Survey, a unique research instrument designed by a collaborative of Halton researchers. The survey provides a snapshot of the wellbeing of Halton kindergarten preschool children and their families on multiple domains, including healthy development, physical activity, nutrition, childcare, community experiences, parenting experiences, and community wellbeing. The intern will explore changes to wellbeing among preschool children and their caregivers using data from the 2023, 2018 and 2015 cycles of the KPS. Children who experienced the pandemic during their early years are represented in the 2023 KPS cohort, and may have unique needs, indicating a need for targeted information sharing among professionals serving children and families. The internship benefits the partner organization by fulfilling our strategic direction to provide knowledge translation that fulfills the information needs of child/youth serving agencies in Halton.

Compact dc Transmission

The project will investigate a novel HVdc transmission arrangement referred to as a “symmetrical monopole”. This configuration has the ability to continue operation even when one of the transmission line conductors is faulted. This property allows for the use of new compact dc transmission lines which occupy only a fraction of the right-of-way of other transmission options, thereby minimizing the negative impact on the environment. The research will investigate the appropriate control and protection aspects of such a transmission scheme. It is expected to generate new expertise in compact dc lines, which would significantly increase the competitiveness of the partner organization, Electranix Corporation Inc., who is a leading Canadian Consulting Firm in the HVdc Area

Machine Learning developer interns working within cross-functional teams to develop and commercialize AI-powered solutions in the Public Services sector (1)

AltaML builds artificial intelligence (AI)-enabled solutions to business problems. We work with organisations, bringing together their data and domain expertise with our AI expertise, to develop AI solutions that are deployed in their operations. We also commercialize AI-enabled products business via industry-specific ventures, yielding scalability from our investment in the first solution. Competition for tech talent is fierce, and our talent strategy includes a talent accelerator program, designed to rapidly equip highly qualified individuals with hands-on work experience in applied AI while providing partners with continuous and cost-effective development of AI solutions. AltaML’s AI Lab for Government, also known as GovLab, is a talent accelerator for public service professionals, post-secondary students and recent graduates. GovLab.ai’s mission is to set a global example of how to transform the public sector through applied AI, and is designed to encourage the growth of technical and business AI skill sets that are in high demand across Alberta and around the world. The project comprises internships in a variety of technical and business roles within our organization and within our GovLab program. Within the organization, roles include associate machine learning developer, business development associate, communications associate and finance associate.

First Languages AI Reality ASR Pilot

The research projects will range from practical curricula development using Indigenous linguistic strategies to advanced machine learning experimentation. The goal of the intern research projects will be to advance ML science for the benefit of Indigenous communities.

Optimization of DMT Levulinic Acid Co-Product Production

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