Catalyst Utilization for AEM Electrolysers

The primary source of green hydrogen, faces several barriers. One of the main issues is that it relies heavily on costly and scarce noble metals, namely platinum, iridium, and ruthenium. The utilization of these metals brings into question their supply chain availability, sustainability in green hydrogen projects, and overall cost. On the other hand, AEM […]

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Minimizing potential induced degradation in crystalline-silicon based photovoltaic solar modules

The demand for photovoltaic solar modules has increased tremendously in recent years. Unfortunately, photovoltaic solar modules are prone to potential induced degradation, i.e., a decrease in the power delivered from such modules arising as a consequence of them operating continuously under high applied voltages. This project aims to design a protocol for the accelerated testing […]

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Bond Strength of Spaced and Bundled GFRP Deformed Reinforcing Bars in Concrete

Deformed fiberglass bars used to reinforce concrete has the potential for better bond to concrete than other types. Currently, design guides and codes for concrete structures include design provisions for bond strength of spaced bars only. Also, these provisions are based on sand-coated bars, which are different from deformed bars. Finally, code equations are based […]

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Applying Narreme Theoretic Principles to an AI-Enabled Semiotic Action Structure

My project for the Elevate Fellowship aimed to develop the “Narreme Engine” application to assess the validity of “Narreme Theory” — a concept I devised during my PhD, positing that stories consist of atomic narrative units called Narremes, which combine into more complex “Compounds” to convey narratives over time. The Narreme Engine sought to apply […]

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Évaluation des projets entrepreneuriaux portés par les femmes et les minorités : le rôle des stéréotypes de genre et de l’intersectionnalité

Le projet se penche sur la manière dont les idées entrepreneuriales des femmes et des minorités sont perçues et financées. Il explore si des stéréotypes basés sur le genre et l’appartenance à des groupes minoritaires influencent ces perceptions et les financements disponibles. En d’autres termes, le projet examine si des préjugés liés au genre et […]

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Community Integration

Community Integration is a key indicator of long-term stability and well-being. However, few people with experiences of homelessness experience belonging within a community. This research project aims to discover the reasons for this disconnection through facilitated focus groups with individuals with lived experience and offer new opportunities for exploring new ways of achieving community integration. […]

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LANGA – Big Data for Language Learning

LANGA is a project at Copernicus Studios (Halifax, NS) that is experimenting with the use of automated speech recognition in on-line video games to assist in language learning. Over the past 2 years, the company has been developing prototypes of the game and testing them in conjunction with the NeuroCognitive Imaging Lab at Dalhousie University. […]

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Adaptive instructional system for safe marine operations in icy waters

Seafarers need ice navigation training to protect the safety of people, the environment, and ships while driving in ice covered waters. In this project, Virtual Marine’s simulators will be used to create a new method of delivering ice navigation training – an adaptive instructional system. In an adaptive instructional system, a computer develops a personalized […]

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Prey Availability and Predation as Limiting Factors of Burrowing Owl Population Growth in British Columbia

Alison’s research, conducted in partnership with the Burrowing Owl Conservation Society of BC, aims to better understand what is limiting the endangered burrowing owl’s population recovery in British Columbia. The Burrowing Owl Conservation Society of BC has implemented a species reintroduction program that includes breeding and releasing owls. They then track how many owls survive, […]

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Methodology to Collect, Calibrate and Process Thermal RPAS Imagery into Radiometric Orthomosaics for Salmon Habitat Preservation

This project proposes to create a standardized methodology to collect, calibrate and process thermal drone imagery into ortho-rectified maps showing accurate temperature data for streams and rivers. These temperature maps are quickly becoming a useful tool with which to detect influxes of cold water that are critical for the preservation of salmon habitat. As our […]

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