Grants and Contributions

Veritree currently operates as a value-added service provider, reselling trees and offering verification and reporting. This project focuses on implementing a Verification-As-A-Service (VaaS) model.

This project aims to develop a smaller, intramuscular autoinjector capable of delivering a concentrated formulation of tranexamic acid (TXA), a widely used antifibrinolytic for treating hemorrhage. The Firm’s current prototype can deliver up to 5 mL; however, user feedback from military and emergency responders indicates a strong preference for a more compact device. By formulating TXA at higher concentrations, the Firm has reduced the required injection volume to 2–3 mL. This enables the design of a smaller, more field-appropriate autoinjector without compromising therapeutic efficacy.

A software development project that provides car dealers with potential used car deals.

This project builds a hybrid AI scheduling engine that automatically creates conflict-free game calendars for community and amateur sports leagues with a constraint-programming core.

This student will be working on a range of tasks to accelerate the adoption of the digital technology platform.

The youth will serve as a Junior Systems Developer at Grey Matter, supporting the development and validation of the unique transcranial focused ultrasound helmet. Her responsibilities include system testing, protocol development, thermal testing, and ensuring regulatory compliance. The youth also assists in designing testing rigs and defining technical requirements. Over the next year, efforts will specifically focus on validating systems, conducting tests during prototyping, and creating detailed component documentation.

This project seeks to develop a compression algorithm to efficiently manage Canada's growing clinical text data, enhancing large language models' performance and reducing costs in healthcare. By working with health-tech partners, the project aims to create a scalable solution and validate its feasibility through real-world feedback.

TCG Machines will be conducting a two-phased project with the aim of increasing the efficiency of their production processes and increasing the output capacity of their manufacturing facility. The first phase will be a lean manufacturing analysis and implementation of those findings. The second phase will be a production automation analysis and implementation of those findings.

This BPI project will test hypotheses and experiment with new mechanisms to design a repeatable and scalable business process, which may result in new business methods for boosting consumer adoption of Firm's electric-vehicle driver platform through data-driven strategies.

Jones Microwave is developing a commercial-grade, light-activated solid-state plasma planar switch and phase shifter operating at high frequencies. The project will finalize design, packaging, and testing to meet commercial specs for various applications.