Grants and Contributions

This project aims to develop artificial intelligence strategies to facilitate the start-up and configuration of accounting processes.

CliniScripts is an AI-powered platform that automates clinical documentation and workflow management for mental health practitioners. This project enhances CliniScripts with advanced AI and multi-modal capabilities, including CliniAssess 2.0, to streamline patient assessments and improve efficiency. It integrates predictive analytics and HIPAA/PIPEDA-compliant automation to reduce administrative burdens and improve patient care. The project will be targeting marketing activities to promote CliniScripts’ AI capabilities, increasing brand awareness, user adoption, and market reach through digital campaigns, content creation, and industry engagement.

The firm aims to transform the habits of its users by promoting weekly and continuous use of its technology throughout the year, so mobile accessibility is essential.

This project is aimed to develop high energy positive electrodes for Salient Energy’s zinc-ion batteries with a new, patented active material.

The objective of this project is to hire a recent graduate.

The project aims to develop a digital twin to optimize pharmaceutical production processes. This advancement will improve the resilience and adaptability of Canada’s drug manufacturing chains.

This project will help fund the work necessary for CarbonCure and its national partners to obtain regulatory approval with the national standards bodies in Japan and South Korea, respectively (Japanese Industrial Standards, JIS, and the Korean Standards Association, KSA).

Hiring of a robotics engineering graduate to develop various applications for robots and intelligent lockers.

This Project aims to explore how historical agricultural practices from the experimental farm near Haines Junction, Yukon can be revived and adapted to meet the challenges of food scarcity and climate change in the Champagne and Aishihik First Nations (CAFN) and the broader Northern community. The Project will involve researching old archives, collecting data, and engaging with Elders to gather traditional knowledge about how agriculture was practiced in the past. Answers to key questions include: What crops were grown, such as the Yukon Gold potato, and how can those practices help improve food production today? This Project will also explore the spread of invasive species, such as yellow alfalfa, that were introduced in the past and how they are affecting the environment now. The ultimate goal is to learn from both the historical data and the community to build sustainable agricultural practices that can support food security in the face of climate change. The research will take place primarily in Haines Junction, Yukon, where the experimental farm was once located, and will involve Northern Indigenous peoples, particularly Elders and youth from CAFN. Elders will guide the research by sharing their knowledge of traditional farming practices, and Citizens will participate in the data collection, ensuring that traditional knowledge is passed down and applied to modern challenges. This Project is important because it will help improve food security, build resilience against the impacts of climate change, and ensure that the community’s knowledge and history are preserved and used to shape a more sustainable future.

This role for a qualified youth involves completing daily tasks in support of cochu's retail, packaging, and operational requirements and gathering insights on workflows. The position focuses on identifying opportunities for AI integration, optimizing data entry, and streamlining processes. Responsibilities include collecting and organizing data, identifying bottlenecks, proposing AI-driven improvements, and ensuring data quality. The youth will collaborate with various teams to solve system challenges, propose solutions, and help align departments with AI project goals to create an integrated platform.