The structural integrity of mine tunnels is critical to worker safety as failures (e.g. rock falls) can cause injury or death. This project aims to determine whether it is feasible to automatically evaluate the safety of side walls in potash mines using the sound produced when the wall is struck by a metal bar. Previous […]

The research project promotes urban sustainability and the impact of preserving natural assets on health and the economy. It focuses on climate change adaptation and climate hazard mitigation, including, extreme heat, air quality, flooding, and high wind events. The research proposes a framework to predict and mitigate the impact of climate hazards on public health […]

Within Canada’s commitment to the 2030 Agenda for Sustainable Development, a pivotal goal involves taking immediate action to combat climate change and its far-reaching effects. The specified target is a 40% to 45% reduction in the country’s total greenhouse gas (GHG) emissions below 2005 levels by 2030. To transition away from fossil fuels and embrace […]

The Canadian tool, die and mold making industry had sales of $1.2 billion in 2002 that dropped by 40+% in the ensuing decade as manufacturing moved offshore in search for lower labor cost. Trade tensions, conflicts (Ukraine/Russia; Taiwan/China etc.), COVID pandemic and accompanying supply chain disruptions, increase in labour cost overseas, improved automation technology and […]

Aerial drones have been seeing a rise in popularity in a variety of domains such as shipping, search and rescue operations, and photography due to their ability to carry cameras and other packages through trajectories that avoid ground obstacles or offer an advantageous vantage point, all while allowing the operator to remain at a safe […]

In this research project, our intern team, under the guidance of academic supervisor, will focus on developing advanced power electronics converters for harnessing ocean wave energy. This technology aims to efficiently convert the kinetic energy from ocean waves into usable electrical power, contributing to a sustainable and renewable energy future. By improving the performance and […]

Le génie cognitique allie des connaissances provenant de divers champs dont l’informatique, la robotique et les sciences humaines au sens large. Il s’intéresse particulièrement à l’interface et l’intégration entre l’humain et les diverses technologies qui peuvent améliorer son accès à l’information ou ses capacités. Le programme de psychiatrie neurodéveloppementale (PPNA) offre du support aux personnes […]

The goal of this partnership is to study several challenges related to locating objects in indoor environments, using Ericsson’s radio dot system (RDS), a system which has been designed to provide fast and reliable 5G cellular service inside buildings. The first direction involves locating and tracking a wireless transmitter, which will be accomplished based on […]

Pillar spalling, or thin slabs of rock falling off of pillar walls, is common along temporary pillars. This may happen adjacent to more permanent pillars which may then require scaling and supporting to maintain rock stability. Stresses induced in potash pillars can lead to this spalling and predicting this by measuring a stress change is […]

The intern’s project will consist of measurements of important plasma characteristics for confinement, such as ion/electron densities and temperatures. This will be done at Nihon University where they have a one-of-a-kind Field-Reversed Configuration (FRC) collisional merging device. This device generates and magnetically-confines a plasma for the purposes of plasma fusion research and is an alternative […]

The project will provide drinking water systems using ozone/AOP, or planning to use ozone/AOP in the near future, to operate with the optimum ozone/AOP concentrations, pH during different temperatures for the effective removal of three cyanotoxins. The findings of the research project will provide the operation of drinking water systems with optimum operation procedures to […]

Wave View Imaging is developing a portable and comfortable breast imaging device using low power microwave technology. The project will consist in developing an extremely sensitive and fast hardware to enable the measurement of very low power microwave signal in a short time frame.