Grants and Contributions

Circularity in Three-Dimensional (3D) Printing - A Feasibility Study

This project adapts AI-powered woodpile scanning technology, originally built for industrial woodyards, for use in remote forest worksites. Using 3D imaging, edge computing, and geolocation, the system can measure and classify timber piles accurately, even under partial obstruction and without internet access.

International Co-Innovation Action Program (ICAP) project. The Firm aims to expand its digital twin platform into the Japanese market through strategic co-innovation partnerships. This project will adapt firm digital twin technology for integration with enterprise-grade systems commonly used in Japan. In collaboration with local partners, the initiative will focus on localization, legal and regulatory compliance, and pilot deployment, establishing a scalable framework for international commercialization.

Company will expand VOE’s capabilities by developing a robust 3D ingestion and interaction system for drone-generated photogrammetry and LIDAR, as well as other complex models.

A software development project offering high-quality assessments and training recommendations for clinicians through EEG data up sampling and AI analysis.

PulseMedica is advancing its floater treatment system (SVO-Tx), a 3D image-guided femtosecond laser device for the non-invasive treatment of symptomatic vitreous opacities (SVOs or eye floaters).

Apsis Science and Technology Inc. proposes to develop a novel Software Defined Radio, utilizing the JESD 204b digital interface standard, to adopt cutting edge radio transceiver chipsets from Analog Devices, Inc. This standard enables modular, plug-and-play selection for high speed (>1 GSPS) ADCs, DACs, Mixed Signal transceivers, and Direct Conversion receivers operating up to V-band. The company will support a wide catalog of these chipsets with radiation testing heritage and built-in driver support. For this project, the company will develop a prototype and provide engineering models to select customers. Several prominent Canadian space companies have indicated a clear interest in this product. By virtue of its software defined design, it can be used as a general-purpose radio transmitter/receiver, or as the foundation of a radio communication system. Apsis Tech will offer this product domestically and internationally, creating solid Canadian jobs while serving the Canadian and international space industries.

Active interrogation techniques using neutron beams are typically used for material identification and elemental analysis over a broad spectrum of space and terrestrial applications. Space applications include searching for volatiles, geological characterization, and (eventually) prospecting to enable mining and in-situ resource utilization; applications on Earth include explosives and narcotics detection in security arenas. BTI is proposing to develop a simple, miniature, ruggedized ion source as a component of future neutron generators and ion-beam probes. The miniaturized device will help accommodate payload mass and volume constraints, while the low complexity will reduce fabrication costs and improve reliability. In many surveying applications, there is a desire to use a broadly dispersed beam rather than one intense point source. An affordable, miniature ion source could be used to populate an interrogation zone with an array of many small generators, thereby offering a unique capability relative to the current state-of-the-art.

This project develops an end-to-end demonstration of Metafold's Geometric Intelligence™ technology for analyzing large datasets of 3D CAD geometry. We will create a proprietary dataset of 10,000+ labeled CAD models and build enhanced algorithms for similarity detection, complexity analysis, and manufacturing method classification.

Workshops on Indigenous knowledge and GEM geoscience.