The main objective of the proposed research is to characterize and develop simulation models for carbon-filled polymer nanocomposites, using key morphological properties such as filler orientation and spatial dispersion obtained from molding simulation tools to predict the electrical conductivity of the resulting composite. This type of integrated modeling, where processing simulations inform conductivity predictions, is […]

This project aims to turn an advanced research software into a practical tool that helps the nuclear industry better predict how critical reactor components degrade over time. These components operate in extreme conditions, and replacing them is very expensive, so improving lifetime predictions can lead to significant cost savings and safety benefits. The project will […]

This project will develop a flexible computer modeling tool to help wastewater treatment plants reduce nitrous oxide (N2O) emissions, a potent greenhouse gas. Currently, scientists disagree about which mathematical models best predict N2O emissions, and testing different models requires months of programming work. During a 16-week research visit to the Karlsruhe Institute of Technology (KIT) […]

Climate change is becoming an increasingly prominent global phenomenon causing damage and alteration to various aspects of our environment. The Venice Lagoon, a unique coastal environment elected as a UNESCO World Heritage Site, is extremely vulnerable to these disruptions. Since infauna (organisms that live within the sediment) are in constant interaction with the environment, their […]

The proposed project would like to investigate Commotio cordis, which is a rare event that can cause cardiac arrest due to sudden impacts to the chest. Specifically, this project aims to research strain patterns on patient specific finite element models. The expected benefit to the participating institutions will be developing of a new approach to […]

This proposed research project aims to tackle the significant climate impact of aviation contrails by creating a high-quality “ground truth” dataset to improve how we detect and predict them. By extending Western University’s extensive Global Meteor Network of ground cameras to European ground-based camera systems and improving current machine learning models, the project will help […]

This project aims to perform the first modern, comprehensive survey of meteorite flux to Earth using the Global Meteor Network (GMN), leveraging its unprecedented spatial coverage, and calibrated observations. By collaborating with Prof. Denis Vida at the University of Western Ontario in Canada, I will apply advanced measurement techniques to re-analyse the trajectories of all […]

Social isolation and loneliness are major challenges for older adults, affecting their mental, physical, and cognitive health. This project aims to promote older adults’ social participation in their neighbourhoods and reduce risk of social isolation by collaboratively creating a practical, evidence-based toolkit that older adults can use to develop and lead neighbourhood-based social programs. The […]

This project, in partnership with Middlesex-London Paramedic Service (MLPS), focuses on evaluating and expanding the Community Paramedicine program as a strategy to address Ontario’s primary healthcare access crisis. By collecting and analyzing data on 911 calls, patient outcomes, and program impacts, the research will identify opportunities to expand services and demonstrate the cost savings and […]

Our proposed records management modernization project will include deployment of records management classification system TOMRMS across the organization, updates to by-laws and policies, the development of new procedures, exploration of a new records management solution, enhanced staff communication and training.

Parkinson’s disease (PD) affects movement, much like an orchestra losing its conductor; signals become uncoordinated, leading to tremors, stiffness, and difficulty moving. This happens when dopamine-producing cells in the brain’s substantia nigra die. A major cause of this cell death is oxidative stress, an imbalance between harmful molecules called free radicals and the body’s protective […]

The project’s purpose is to integrate Heliene’s solar photovoltaic (PV) panels with power electronics to create an integrated, high-performance solar module product for residential applications. The resulting AC solar module removes the need for external electronic components such as DC optimizers, inverters, diodes, and rapid shutdown devices. By integrating the external components, overall system reliability […]