Arctic Bifacial Solar Photovoltaics

Northern Canada presents favorable conditions for bifacial solar installations due to typically higher albedo, caused by a high degree of snow cover, and low temperature, which is ideal for PV module efficiency. In addition, many northern and remote Canadian communities, including Iqaluit and Cambridge Bay, rely on diesel power. Bifacial solar presents a clean and […]

Read More
Cluster local and global network embeddedness: implications for learning and innovation

Clusters are a geographically proximate group of inter-connected companies and associated institutions in a particular field, linked by commonalities and complementarities. They have long been recognized as motors of regional economic development. Numerous studies have found their positive influence on entrepreneurship and innovation compared to non-cluster regions. Indeed, there is an ample evidence explaining why […]

Read More
Improving flexible, printable electrochromic devices with silver nanowires

An electrochromic device alters its optical properties such as tint or colour through a voltage. They are currently used in car rear-view mirrors, smart windows, electrochromic displays and eyewear. Conventional electrochromic devices are built on glass, but future applications such as foldable displays demand mechanically flexible devices. Furthermore, to reduce manufacturing costs, materials that are […]

Read More
Optimal actuator location for semilinear systems

Consider the temperature distribution in a classroom; to change it, we need to install a heater somewhere in the classroom. With a heater, we can raise the temperature, as well as change its distribution such that less heat flows to doors and windows, and more to seats. The location of the heater in the room […]

Read More
Spectromètre à peignes de fréquences dans l’infrarouge moyen intégré sur puce optique

Les activités de recherche prévues au cours de mon séjour à l’University of South Australia consistent à développer un spectromètre à peignes de fréquences dans l’infrarouge moyen intégré sur une puce optique. Un spectromètre dont la plage spectrale d’opération s’étend jusqu’à 3-5 µm permet la mesure de spectres d’absorption de gaz. Bon nombre de molécules […]

Read More
Dérisquage technologique des applications d’un microscope à grandchamp de vue pour l’imagerie volumétrique avec la technique HiLo

Il est possible avec des techniques spécialisées de rendre des cerveaux de souris transparents permettant ainsi de les analyser pour mieux comprendre leur fonctionnement. Toutefois, ces méthodes demeurent en développement et il est très difficile de perfectionner ces techniques rapidement. Le projet consiste à développer un microscope ayant une vision très large permettant ainsi de […]

Read More
Engineered Reflection

This research will focus on glass materiality and its use in architecture. By attending Glasstec, fhe international trade fair for glass production, processing and products, I will be able to elaborate a technology survey of available products in the market, production processes as well as experiments and prototypes showcased by the companies Research and Development […]

Read More
Scaling 3D Microtissue Production Using a Microwell System

Tissue engineering works to replace damaged tissue and organs, and has applications in treating diseases such as diabetes. To improve the performance of tissue engineering treatment and research, our lab has produced the microwell system which creates microtissues in the form of cellular balls. The microwell system has been used used internationally under the brand […]

Read More
Developing a Simulation Model for Electrostatic Charging in Gas-Solid Flows

Electrostatic charging can occur when any kind of solid particles, from grains in silos to powders in chemical plants, undergo a lot of collisions through movement or mixing. Particle charging can create some serious challenges – highly charged particles can stick to surfaces and hinder industrial processes, and in some cases can create sparks that […]

Read More
Investigation into the Radiation Damage Effect on Failure Mechanism of CANDU Spacer Material X-750 Ni-based Su

This study focus on the understanding of radiation-induced embrittlement in CANDU reactor spacer material, Inconel X-750. The helium pre-implantation following by proton irradiation will be employed as a surrogate for neutron irradiation to simulate the radiation damage on the microstructure of Inconel X-750. Micro-tensile test on irradiation X-750 material will be carried out to evaluate […]

Read More
Acceptance Testing Framework for Robotic Software Solutions

Modern robots depend on numerous hardware devices and human interaction in order to perform their task. These dependencies, in addition to the distributed nature of these systems, make automated full-system testing difficult. Current testing practices are insufficient as they only test a single component of the system or require costly manual labor. Many companies have […]

Read More
Crawler Crane Load Distribution Beneath Timber Mats

The scope of this research is to develop new equations for the load distributions beneath timber mats from a crawler crane, for various types of soil, by using numerical software. This would enable industrials to accurately estimate the behavior of stresses in soils, in order to reduce the costs of ground preparation for cranes by […]

Read More