Transforming Air Pollution into Safety: An Innovative Approach with RainIons Technology for CO2 Reduction and Climate Change Mitigation

This project will determine what safe by-products are being created by the air pollution, including Carbon Dioxide, that RainIons is transforming/reducing with the unique materials and coating, what the mechanism of action is (e.g., how it’s occurring), and help RainIons optimize their technology for production. The project has three phases: • Phase 1: Determine what […]

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BSI_Project_Proposal_Immersio_Nimi

The Immersio Web Application project aims to make learning languages easier and more enjoyable for people everywhere. By improving the way learners, teachers, and institutions interact with the app, our goal is to minimize confusion and distractions in the learning process, allowing users to focus more on learning and teaching. This project will benefit Immersio […]

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Advancing Grid Electrification through Machine Learning Algorithms

On a global scale, there’s a big effort to set ambitious goals for cutting down on the amount of carbon emissions we release into the atmosphere. To achieve this, we need to upgrade and expand our electrical grid so it can handle the increased use of electricity in various sectors. The problem is that there […]

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Customized LLM Workflow Automation Platform

Design and deploy a system that allows users to utilize specific generative AI models such as Large Language Models in order to fine-tune them on data specific to a particular domain to perform large-scale data analysis, prediction, and various outputs.

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Feasibility study to determine the applicability of using reclaimed and remanufactured lumber in mass timber (CLT)

Finger-jointed lumber made from reclaimed and recycled lumber cut-offs/waste will be manufactured and used to produce mass timber panels (i.e., cross-laminated timber (CLT)). The mechanical properties of these panels will then be measured. The project therefore consists of two phases. The first one will focus on assessing the mechanical properties of the finger-jointed lumber made […]

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From Theory to Practice: SANISAND Model for Cyclic Liquefaction – Numerical Implementation, Automatic Calibration, and Application

This research project is dedicated to advancing seismic analysis practices for geological structures. The primary objective is to develop a suite of reliable and user-friendly modeling tools to enhance our ability to predict and mitigate the effects of earthquakes, particularly focusing on soil liquefaction. This involves robust numerical implementation of an advanced sand constitutive model […]

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Agricultural Reclamation: Building Resilience for Turbulent Times

Reclaiming degraded land for food production is a major global challenge. The turbulent waves of extreme weather experienced across western North America over the past year continue to shake agricultural producers – farmers must contend with both extreme rainfall and drought while still maintaining financially and ecologically viable systems. This research project will determine the […]

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Who speaks for the trees? A collaborative, Indigenous-informed exploration of the environmental and well-being co-benefits of connecting with forest ecosystems.

The Lheidli T’enneh Health Center is partnering with Melissa Bates, a UNBC graduate student, and Dr. Margot Parkes, a UNBC associate professor in the School of Health Sciences, to explore how connections to the environment are good for the community and the land, from the perspective of Lheidli T’enneh community members. This includes supporting land-based […]

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Recording the developmental plasticity of a mammalian brain in DNA tapes

The chart of synaptic connections within a mammalian brain will serve as a reference map for generations, rivaling the impact of reference genomes. However, such maps have been elusive because current microscopy-based methods do not scale and necessitate sample destruction, losing the developmental history of synapses. We propose a novel “DNA tape” system that uses […]

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CanDo: A Smart App for Cognition

We propose to leverage social networking in a series of apps designed to improve the quality of life for persons with cognitive disabilities. We believe the success of companies for recreational athletes, some with over 15 million users, is linked to motivation and partnering, in addition to the analysis and tracking features. Building on our […]

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