Grants and Contributions

This project will advance modular housing systems through engineering, digital design standardization and Lean workflow implementation across multiple production environments
   

Development of an Artificial Intelligence ("AI") powered fashion recommendation engine that uses multimodal inputs to deliver personalized buyer-seller matches and enable smarter, real-time product discovery in the secondhand fashion market.

This project will test hypotheses and experiment with new mechanisms to design (or optimize) a repeatable and scalable business process, which may result in new business methods for food processing.

The project aims to develop a digital platform integrating generative AI to produce water infrastructure management plans that comply with regulations. By optimizing the maintenance and repair of municipal assets, the project will reduce drinking water leaks, prevent sewage overflows, and decrease associated GHG emissions, thereby strengthening cities' resilience to climate change.

An elaboration of a hardware and software system for achieving interactive augmented reality for commercial and industrial scale venues.

StrongBó Agritech Canada Ltd. is undertaking an R&D project to upgrade the interface and infrastructure of its AutoWeigher livestock monitoring system. The project focuses on enhancing low-power performance, improving RFID reading capability, and developing advanced user analytics. These improvements aim to reduce hardware costs, increase technological independence, and deliver a more scalable product platform that eases adoption by farmers and supports global market growth.

Teacher Time Machine is developing an AI-powered platform that empowers educators to create and share culturally responsive, curriculum-aligned teaching resources, adapting content to regional education standards and supporting both public and faith-based school systems. This project will pilot the platform to validate usability and educator impact, laying the groundwork for future development and commercialization across North America.

Phase 2 - Advancing Supersonic UAV Capability, contributing to development of the Falcon supersonic UAV. This includes advancing UVAD’s technology stack using the Alpine Swift test bed. These vehicles aim to fill a critical capability gap in supersonic UAV applications in civilian and defence markets, including high-speed incident response, military training, and threat replication.

VOK Developments is developing the first vision based neurological screening device. This Project will support the Firm to build a prototype with commercially available hardware for initial testing. It will also support the development of software and AI Model Training and Optimization.

The project aims to structure and accelerate the adoption of digital technologies by recruiting an IT project manager, who will play a strategic role in planning and implementing solutions tailored to the firm.