In this project we will monitor the technical performance of a solar photovoltaic (PV) charging station for electric vehicles that is currently under implementation at York University. The goal of the project is to use that performance data to analyze the replication potential of this renewable energy solution in additional locations in Canada and in […]

The project objective is to enhance the economic and social resiliency of cities in Southeast Asia, recognizing the important connections between urbanization, the effects of climate change, public awareness, and societal well-being. The Urban Climate Resilience in Southeast Asia Partnership, involving Canadian and Southeast Asia-based researchers, supports dialogue to create greater social justice and enhance […]

Satellites on orbit experience many internal and external disturbances, which make high-resolution observation on orbit difficulty. One solution is to isolate the payload from the disturbances by means of isolation platforms. This project is to develop a smart actuator-based micro-vibration isolation platform for high-resolution space applications such as mapping. The platform is required to be […]

The applicant recently was awarded a grant by the Canadian Space Agency to develop a 2-D image spectrometer together with a local company. This spectrometer will be validated through a high-altitude balloon flight within 3 years. In order to make this project successful, high-performance electronic circuits will have to be designed to acquire imaging, control […]

It has been shown in the past, that the combination infrared and visible images improves at short and long distance the detection and segmentation of people, which are the main object of interest in visual surveillance. Indeed, people in visible imagery can be hard to detect when the color contrast with background is low and […]

Modeling the thermodynamic properties (including phase equilibria) and physical properties of multicomponent systems is of great industrial importance nowadays. The metallurgical and chemical industries commonly use thermochemical packages to simulate chemical reactions and phase equilibria for process development. The thermodynamic and phase equilibrium modeling of multicomponent salt systems consists in expanding the Gibbs energy of […]

Inspired by the unusual properties of graphene, the search for other 2D materials has unveiled that MoS2 monolayers also offer unusual and spectacular characteristics. In contrast to gapless graphene, MoS2 is perfectly adapted for logic electronics and optoelectronics with a gap of 1.8 eV. In addition, excellent transistor performance, long device lifetime, and high mechanical […]

Single impurity atoms in semiconductor crystals can be spatially resolved and studied individually. Carefully selecting the nature of the impurity and the host material, an impurity center composed of one, two or three atoms can bind electrons and holes, thereby forming an exciton bound to a quantum structure. Although the electronic properties of these atomic-size […]

There is currently a big craze in 3D printing, a transformative technology that will most likely change the way we fabricate a plethora of products, ranging from toys to complex aircraft components. The research project addresses the entire span of high-end printing applications, ranging from material design to the fabrication process. On the material side, […]

Hepatocellular carcinoma (HCC) is the 5th most common cancer worldwide with 500,000 new cases per year and the highest mortality rate (>97% in 5 yrs). Intravenous chemotherapy is limited and clinical outcomes are generally poor with a median survival rate of less than one year. Transcatheter arterial chemoembolization (TACE) is an image guided interventional oncology […]

In this ongoing research project we are interested in collecting data at the pedestrian facility level (e.g. train station, outdoor festival area) using automated techniques. This means that the data gathering process should be able to know where a particular pedestrian entered, what activities they performed, and where they exited the system. We need a […]

With the increasing usage of composite in civil aviation, the industry is looking for affordable manufacturing techniques to produce high quality structural components. To achieve this goal, one approach is to use automatized textile techniques to quickly assemble fibre architectures tailored to the application. In this project, braiding is used to construct fuselage frame fibre […]