SURFACE TACTILE PAR REFLEXION D’ONDES ULTRASONORES

Le développement d’interfaces tactiles permettant la détection et la mesure de répartition de la pression exercée sur une surface permettrait d’accroître l’interactivité des utilisateurs. Alors que la majorité des technologies développées pour les écrans tactiles sont fondées sur une mesure directe de propriétés électriques modifiées en présence d’un contact, ce projet exploite une méthode indirecte […]

Read More
Semantic 3D mapping and localization of intelligent drones in indoor environments

The objective of this project is to develop intelligent algorithms and machine learning models to enable semantic 3D mapping and localization of intelligent drones, allowing them to autonomously navigate complex indoor environments. The project will collaborate with SOTI Aerospace to establish a research and development team focused on advancing aerial technology for the next generation. […]

Read More
Demonstration of the feasibility and added value of active adaptive triggers in handheld controllers

The PlayStation 5 DualSense controllers have popularized the concept of adaptive triggers that feel different depending on the virtual mechanism that they control. While these adaptive triggers are limited to resisting a finger’s movements, this project will explore more advanced active adaptive triggers that produce both pushing and pulling forces against the finger. The project […]

Read More
Understanding the Barriers and Opportunities of the Latin Music Community in Canada

The artists and industry professionals that comprise Canada’s Latin music community are a dynamic and diverse group. Even though members of this group have made significant contributions to Canada’s cultural landscape, few studies have been conducted to investigate the challenges and requirements of this community. This proposal aims to address this deficiency by conducting a […]

Read More
Predicting rover mobility on slopes from single wheel experiments

Lunar and Martian exploration have been active topics in engineering and scientific research for the past decades. With several upcoming international and commercial missions bringing new organizations to the Lunar surface, there is heightened interest in micro-rovers that can reduce mission costs and overall risk. Reduction of cost and risk is possible by predicting the […]

Read More
Blood and Nasal Biomarkers of Cat-SPIRE Efficacy

The Cat-SPIRE vaccine reduces symptoms in those who suffer from cat allergy. Two interns will work on complementary projects that will evaluate blood and nasal biomarkers of Cat-SPIRE efficacy. One trainee will examine changes to the DNA in special immune cells called dendritic cells, isolated from blood. The other trainee will examine markers of inflammation […]

Read More
Corrosion evaluation of pipeline steels in H2O-saturated s-CO2 environments

We are studying how to transport CO2 efficiently and safely after capturing it from places like power plants. To do this, we have to compress the CO2 above a specific point to avoid any problems during transportation. But this compressed CO2 can be very corrosive and harmful to the materials used in pipelines, especially steel. […]

Read More
Développement d’un microscope miniature pour l’étude de l’activité neuronale dans des animaux se déplaçant librement

Un but fondamental des neurosciences est la compréhension des opérations de base du cerveau, et comment celles-ci sont affectées par les changements comportementaux. Plus précisément, de quelles façons l’activité neuronale est-elle liée aux processus cognitifs et comportementaux ? Depuis son développement, la microscopie optique a toujours été un instrument de choix pour étudier les propriétés […]

Read More