This research addresses the vibration performance of mass timber floors, which is crucial for their structural design and maximum allowable span. As mass timber construction is relatively new, there is a lack of specific design guidance, especially for floors with beam supports and concrete toppings. Our goal is to assess the vibration serviceability of a […]

This project aims to identify the effects of human activities, particularly logging and mineral exploration, on mammals that live in the Tsay Keh Dene (TKD) Nation Territory. We plan to use a method called environmental DNA (eDNA), which involves detecting genetic material from animals in the environment, to understand how much logging and at what […]

Lithium-ion batteries have become a crucial tool in countering global fossil fuel reliance; when paired with electric motors, they provide an alternative to petroleum-based energy storage for internal combustion engines. The cathode (the positive electrode) in a lithium-ion battery is typically made up of lithiated transition metal oxides, each of which presents a unique set […]

Fuel cells are versatile, low-emission alternative energy sources, but their optimization is complex due to their black-box nature. For fuel cells to perform at peak proficiency, each component requires a different level of hydration, yet these parameters are currently unattainable with conventional diagnostic techniques. In consultation with Greenlight Innovation, this project focuses on the further […]

In this work we seek to deploy a web app to help orthopaedic clinicians all around the world analyse 3D ultrasound (US) volumes of hips to more accurately diagnose developmental dysplasia of the hip in infants. We intend to develop and evaluate artificial intelligence (AI) models capable of segmenting relevant hip bones from 3D US […]

The aim of the research is to propose a Technical Economic Analysis (TEA) framework which can accelerate knowledge translation of university-based industry-sponsored research. There are many impactful pathways for knowledge translation, and this research will focus on the commercialization pathway. The motivation of this research project is to apply novel start-up methodologies to the TEA […]

The Limestone Barrens of Newfoundland are a coastal ecosystem hosting many rare plant species, including the endangered Braya fernaldii and Braya longii. In addition to habitat loss and human disturbance, these plants are chronically affected by fungal infections and foliar damage by insect pests. To assist species recovery efforts across their historic range, seeds have […]

This research project aims to create a model to understand how nature benefits humans through services like pollination, food production, water supply, and soil health in the agricultural landscapes of the Canadian prairies. Using advanced technology, the project will map these services and study their complex relationships, as well as potential trade-offs and collaborations. The […]

The Salish Sea contains many shipping routes frequently used by the endangered Southern Resident killer whales (SRKW). To protect the declining population of SRKW, current efforts are focused on limiting encounters between SRKW and vessels. To acoustically locate SRKW in the Salish Sea, detectors must be capable of distinguishing SRKW and Bigg’s killer whale vocalizations. […]

New/Mode is a Canada-based social enterprise that facilitates communication between elected representatives and their constituents on the behalf of progressive NGOs. This project will bring novel machine learning technologies to bear in an effort to improve accuracy and efficiency in the maintenance and evolution of a repository of contact information for these elected representatives.

LifePlan is a platform designed to improve outcomes through effective Shared Decision Making (SDM), structured education and behavioral science-based goal setting. The platform creates value for human services, healthcare, and innovative life sciences companies by helping their clients become effective participants in their own care journey. Ayogo, a key driver of innovation within the digital […]

The project consist of an exploration of molecules simulation with the help of high power computation and quantum computer. Specifically for this project, one of the following will be simulated: CO2, CH4, H2, N2, and O2 or small organic molecules or Metal-Organic Frameworks