Grants and Contributions

Bornea Dynamics is developing a modular, radiation-tolerant onboard computer (OBC) for space applications, based on a Raspberry Pi-like architecture. This project focuses on firmware and host PCB development to enable integration of Bornea’s low-power neuromorphic chip.

This project focuses on developing three new products a high-fiber crunchy cookie, a cruncher snacking cracker, and a yogurt breakfast snack cup. The project will also provide career development opportunity to a recent food science graduate through hands-on training in innovation and product development.

The Project will support the development of an innovation plan to explore integrating AI into the Firm’s core business to:

Develop OwlAI, an intelligent assistant embedded within its task and maintenance management platform used by multi-unit operators.

Project will lean heavily into AI tools to modernize the platform, improve efficiency, and accelerate innovation.

By leveraging Azure-based AI and other tools, OwlOps will enhance internal development and deliver customer-facing features like smart onboarding, predictive maintenance, intelligent scheduling, and real-time, data-driven insights.

This project aims to develop a universal API enabling large Canadian retailers using 100% customized e-commerce platforms to easily integrate the firm’s reusable packaging management system.

The primary focus for this position will be supporting the validation and testing of MESO on a wider, external scale to solicit feedback from potential users and identify any issues that may exist in the latest version of the software. This project will also be used to gain insights on desired future capabilities that are considered to be priorities for specific user groups.

Develop a model of overhead stirrer with an expanded technologies and feature set that satisfies currently unmet user needs.

This project is developing a next‑generation alarm reporting and control system that delivers secure, reliable, and flexible communication through cellular, VoIP, and analog networks. Featuring an advanced, user‑friendly interface for both local and remote access, the solution will provide real‑time alerts, comprehensive reporting, and intelligent monitoring to enhance safety, responsiveness, and operational efficiency. Designed with scalability, adaptability, and future regulatory compliance in mind, it will set a new benchmark for performance in global alarm management.

This project aims at creating an AI-powered software system for planning transarterial radioembolization (TARE) treatments of liver tumors. The system will automatically segment liver tissue, tumors, and vascular structures from medical images routinely acquired by interventional radiologists. Building on our existing Elucis platform and previous IRAP-funded AI capabilities, the system will aid in the calculation of metrics critical to the TARE treatment workflow.

In the proposed project, Enedym will develop an integrated switched reluctance motor drive for an electric Scooter. Enedym's switched reluctance motor technology doesn’t include rare-earth metals. Hence, it will reduce the cost and improve supply chain security of the next-generation electric scooters. The inverter and motor are integrated into the same housing. This will further reduce the cost by eliminating production and assembly of a separate inverter and by removing high-power cables connecting the inverter to the motor. In the proposed project, the motor geometry, windings and the power converter will be designed to satisfy the performance requirements, space constraints, cost targets, and for ease of assembly and manufacturability.

Development of an innovative camera tracking system for virtual film production, using AI to analyze visual cues in real time to estimate camera pose, thereby reducing costs and technical complexity while improving synchronization between physical and virtual spaces.