Grants and Contributions

The objective of this AO is to support Canadian students to participate in national and international space conferences and training events that will offer them the opportunity to learn about and be involved in the latest developments in space science and technology, to develop their professional network, and in some cases, present their research results at the national and international level.

Ths project supports a reintegration worker in the implementation of the "Finding My Way" program. The project will also help support section 84 release planning as the reintegration worker will join the Kamloops Section 84 Indigenous Justice Working Group and will assist offenders in connecting to their home communities.

Certify innovative product design

The project is to support two internal staff members to address two main bottlenecks: a cultural localization gap and manual process inefficiency in sales and marketing functions across Nunavut's 25 communities. Those issues remain relevant, but Nunafab's current stage now requires a broader technical-commercial response that addresses a more critical commercialization bottleneck: the gap between product interest and buyer-ready adoption packages for northern housing and defense related applications.

LeapAP will develop advanced AI technologies to improve automation within accounts payable and utility invoice workflows. The project will focus on increasing automated matching and data extraction accuracy, reducing manual intervention in invoice processing, improving anomaly detection, and accelerating the creation and maintenance of utility portal automations. The work will combine machine learning, large language models, and workflow automation techniques to address challenges associated with unstructured financial documents, changing utility portals, and complex operational data.

Virtual Hallway Consults Inc. will develop context-aware intelligence capabilities for its clinical AI tool, improving the safety, reliability, and clinical relevance of AI-generated responses for Canadian physicians.

Improved noise attenuation performance of our systems for underwater noise mitigation.

Development of an AI-powered service layer that ingests and analyzes mixed-fleet telematics and product-usage data to deliver actionable intelligence, digests, and engagement signals to customer success teams and end customers — improving fleet adoption, retention, and operational outcomes across direct and channel customers.

The project will support PCT1 and PCT2 filing by Hill & Schumacher.

This project will engage a recent graduate engineer to develop and implement a structured quality assurance and reliability program to reduce unplanned downtime and ensure consistent performance of automated feather sexing machines prior to and after deployment.