Projets novateurs réalisés

Identification des efforts injectés par un instrumentiste sur une percussion par le couplage d’une méthode d’identification et de mesures vibratoires de plein champ

Les mesures par contact des vibrations structurelles sont effectuées traditionnellement à l’aide d’accéléromètres. Les mesures de vibrations sans contact ont été initiées avec la vibrométrie laser Doppler, mais le nombre d’applications à des excitation transitoires reste limité car la vibrométrie nécessite une opération de scan. Les techniques photographiques, comme la déflectométrie ou la corrélation d’images digitales, permettent d’effectuer des mesures de plein champ sous excitations stationnaires et non stationnaires. L’objectif général du projet vise à étendre les champs d’applications de la déflectométrie (installation de plusieurs caméras en réseau pour imager des surfaces étendues, utilisation de téléphones cellulaires de dernière génération, cas test d’utilisation dans des contextes multidisciplinaires). C’est dans ce dernier volet que se situe l’objectif spécifique de cette proposition Mitacs. En partant d’un cas documenté en laboratoire de reconstruction temps / espace d’un chargement acoustique sur une membrane circulaire, il est proposé de reconstruire un chargement mécanique en temps et en espace sur une membrane. Le volet multidisciplinaire provient du fait que la membrane considérée sera celle d’un instrument à percussion. Il deviendrait alors possible de reconstruire le chargement mécanique correspondant au jeu de l’instrumentiste, ce qui est actuellement impossible via des méthodes traditionnelles utilisant des capteurs de force.

Youth and Early Career Ocean Professionals Perceptions and Intentions in the Sustainable Ocean Economy

The Ocean Super Cluster is interested in gaining more insight into the perceptions and attitudes of young talent, that influence their interest in participating in Ocean careers. Research has been conducted in the past that shed light on the perceptions and intentions of youth (grades 6-9) living in maritime regions, and this previous research will provide a point of comparison for current findings. A broader pan Canadian study that extends to post-secondary youth (and available potential workforce from industries in transition) will help to identify gaps and opportunities in building awareness and engagement. This research is critical to understanding ongoing barriers to participation from underrepresented groups and top talent, and will help to inform PSI curricula, industry programming, and employer support for workforce development.

Program development and evaluation for the RBC Patient and Family Learning Space at CAMH

The RBC Patient and Family Learning Space (PFLS) at the Centre for Addiction and Mental Health (CAMH) is a new non-clinical program that provides a comprehensive range of educational workshops and events, patient education resources, and navigational support to patients, families, and the wider community. The PFLS launched in November 2021 with 3 staff and limited resources. As awareness of the PFLS grows both within CAMH and throughout the community, so does the number of people entering the space and accessing our programming, adding more demands on staff and highlighting the need for more program development and evalution support. To evaluate progress and enhance the PFLS program capacity, we are looking to support three Dalla Lana School of Public Health Masters practicum students to help us further develop our programming, evaluate the current activities and assess future needs of the PFLS.

Software Engineering Coop

Our comprehensive real estate project is structured into two innovative subprojects, each spanning four months, with the overarching aim of revolutionizing communication and decision-making in the real estate market for buyers, sellers, and agents.

Sub Project 1: The Smart Open House introduces a groundbreaking approach to open houses. This system features a digital sign-in for attendees, offering immediate access to detailed property information and establishing a direct communication link with their real estate agents. Utilizing advanced AI, it facilitates real-time feedback and analyzes this data to aid agents in identifying properties that match client preferences. This addresses the key challenges of enhancing client-agent communication and personalizing property matching, thus streamlining the property buying experience and aligning with the goals of technological innovation and client-centric solutions.

Sub Project 2: BASL Smart Analyzer is a state-of-the-art Competitive Market Analysis (CMA) tool that transforms the way real estate agents and clients make decisions. Leveraging data analytics and AI, it provides in-depth insights into the real estate market, enhancing the efficiency and accuracy of property valuations. This tool tackles the historical issue of transparency in the industry, fostering trust among clients and agents and ultimately promoting a more active and confident engagement in the real estate market. Together, these subprojects not only address specific challenges in the real estate sector but also significantly contribute to its overall innovation and technological advancement.

Marketing Coop Student

Cantiro is an award winning real estate company with projects across Alberta, BC and Ontario. We are working with Mitacs to continue to drive innovation in how we adapt the latest retail strategies, trends and emerging technologies to some of individuals’ largest purchases including:
• capturing insights to design/refine our developments, products and services for emerging buyer groups,
• merchandising and engaging prospects in new ways, and
• targeting and anticipating the needs of leads and clients over their lifetime.

Comparative analysis of cardiac development and regeneration gene regulatory networks in the zebrafish

Heart disease bears a heavy burden on the health care system. Curative approaches are extremely limited and surgery is often the best course of treatment. Heart disease encompasses a variety of disorders, but among these, myocardial infarction (MI), or a heart attack, presents an especially difficult case for treatment. MI is caused by destruction of cardiac muscle due to oxygen deprivation in the heart and results in scarring. This new tissue does not contract and results in weakened heart function which, over time, contributes to heart failure. The extremely limited ability of the mammalian heart to regenerate contributes to the high mortality and morbidity associated with MI. Unlike mammals, other animals, such as the zebrafish, can regenerate their heart following damage. As such, dissecting the mechanisms involved in cardiac regeneration in the zebrafish can contribute to cell-based therapies for heart failure in human. I would like to combine our current understanding of the regulatory networks involved in development, which is the focus of my thesis project, to investigate the networks involved in regeneration. The expected outcome of this project would be the identification of genes that are required in both cardiac development and cardiomyocyte regeneration.

AI Sales Assistant

The onboarding process for B2B sales professionals is traditionally lengthy and inefficient, often taking upwards of six months to reach full productivity. This results in significant revenue losses and reduced competitiveness. Current AI models in sales onboarding lack contextual understanding and fail to deliver systematic, measurable outcomes that align with the nuanced demands of B2B sales processes.
Significance:
By addressing these challenges, MARVL aims to revolutionize the B2B sales onboarding experience, potentially saving millions in lost revenue and setting a new standard for AI application in sales training. This has significant implications for the future of workforce development and the integration of AI in the business process.
Objectives:
To develop AI models that understand and adapt to the complexities of B2B sales scenarios, providing relevant and actionable insights.
To create a systematic framework for generating measurable and repeatable outcomes from AI, using data from CRMs and sales playbooks.
To validate the effectiveness of these models in reducing onboarding time and improving sales performance.

Design of a robust flight control for an unmanned aerial vehicle

This project proposal describes a new approach for the design, implementation, and testing of a robust flight control for an unmanned aerial vehicle (UAV) such as a hexcopter. The motivation for this work is driven by the limitations of the current commercial controllers (e.g., the difficulty to deal with variable payloads and challenging environments). This project provides theoretical and practical solutions, as well as alternatives to current control approaches for a UAV. The new UAV design is intended for different types of operations such as transporting medicine and food to isolated remote areas in Canada, and providing an aerial base station for remote communications in Africa.

Increase e Access to Primary Care for vulnerable population by 10% from current basline

Guelph Community Health Centre is non for profit organization providing Primary Care Services , Community health services, Allied services, Mental health and Substance use services , Harm reduction, HIV and gender Affirm Care services along with multiple community services for vulnerable population including indigenous, Law income, new immigrants , people with complex issues with a focus on Social determinant of health

This Project will focus on the following :
Aim : increase the number of clients served by 10% , from the 4500 we currently roster to 4900
Increase number of visits/encounters by 10% from 26000 a year to 28600 a year

This will be done by :
Identifying opportunity on the current model of care , process mapping the current status , identifying waste and coming with future status that will come with a new process that will improve patient intake , having an updated process that help us increase access
The project will include also measuring patient satisfaction during their visit to see a primary care provider

Key performance indicators will include :

Quantitative measures :
– % of increase of rostered patients
-% of increase of visits /encounters
-% of patients booked appointment with in 3 weeks
Qualitative measures :
-Patient satisfaction
-Staff and Primary care satisfaction

Benefit will be huge to the Guelph CHC including having more clients to serve and also it will be huge to the cliental , reducing their wait time to be resorted and help them to have a faster access to care that they need

Identification of cell surface proteins involved in vertebrate cone photoreceptor patterning

Cone photoreceptors are specialized cells in the retinas of vertebrates that absorb light to permit daylight vision. Two major morphological types exist: single cones, which are circular in cross section, and double cones, which consist of two apposed cones with elliptical cross section. In many vertebrates, cones are organized into repeating, lattice-like mosaics. The two main types are the hexagonal lattice (as in the human fovea), in which every single cone is surrounded by six others, and the square lattice (as occurs in many fishes and lizards) where each single cone is surrounded by four double cones. Cone mosaics mediate all aspects of daylight vision including colour discrimination and spatial acuity, yet the cellular mechanisms underlying their formation remain unknown. This research will use the zebrafish to investigate genes coding for cell adhesion proteins that may underlie the formation of multi-cone structures and cone mosaic patterning. The identification of such cell adhesion proteins is essential to understand (and devise therapies against) major retinal diseases like retinitis pigmentosa and macular degeneration. This research will benefit the collaborating laboratories at both institutions as they share research interests in cone photoreceptor structure and function and in understanding mechanisms of retinal development and homeostasis.

Exploring the feasibility for a sector-specific Wastewater Management System Standard (WWMSS) for the municipal and non-municipal wastewater systems sector.

The objective of this research is to develop an Ontario-based Wastewater Management Standard (WWMS), which is aligned with the currently statutorily required Ontario Drinking Water Management Standard (DWQMS) and with ISO 14001 for environmental management systems. This proposed research will bring much needed standardization for the quality and environmental management for municipal and non-municipal wastewater systems, by having a level playing field with the drinking water sector. The partner organization, Ontario Good Roads Association (Good Roads), is an industry organization dedicated to improving municipal roads and associated infrastructure in Ontario. Good Roads have 417 municipal members, and 18 First Nations members. One of their strategic objectives is to develop management tools to assist its municipal and First Nation members to increase their capacity to align infrastructure funding and capital programs to bring the necessary resources for the timely overall management of roads surface and underground infrastructure renewal.

China and Canada’s Curriculum Differences in Kindergarten to Grade 6: How curriculum is translated into classroom learnings

Our project will be reviewing and comparing the differences in curriculum for kindergarten to grade 6 between Canada and China. We will conduct a comparative analysis of curricula, noting the variation in the topics, depth and span of the content. We will be observing how the different curriculum will be implemented in a classroom by observing how educators adapt elements of their respective curriculum to their own classroom needs. By identifying the key differences between the two countries and understanding how these differences are translated into a classroom setting, educators and curriculum policymakers can promote a more inclusive, diverse, and enriched educational experiences for students. We expect this research to enrich us professionally to improve our own educational practices through this reciprocal experience. Kayla L. will be researching the subjects of Mathematics, Science, and Geography. Jordan S. will be researching the subject of Language (English), History, and Physical Education.