Grants and Contributions

The aim of this project is to implement a tactical approach for saving cash by linking the financial statements to business operation and creating tools to measure business improvements, against set targets and identify opportunities to drive improvement to profitability, business robustness and supply chain resilience.

The purpose of this project is to research, prototype, and validate the viability of a novel software service that automatically exempts qualifying customers from certain taxes as appropriate at the POS (Point of Sale).

This NRC IRAP project will be used to conduct financial due diligence, build a data room and secure external capital from investors as an early stage MedTech startup.

This project tackles a novel technical challenge in the use of robotic automation for the production and assembly of light-wood-framing building components. The adoption of generic robots removes the restriction on acquiring dedicated special-purpose CNC machinery in the existing production line, thereby creating a scalable and flexible prefabrication solution for the housing industry. Specifically, the goal of the project is to create an AI-assisted pipeline from CAD to Robotic Aided Manufacturing to generate robotic control code, sequencing and motion planning. This project will result in a complete automated software workflow for offline planning and motion control of robotics for building component manufacturing.

Enhance Remote Monitoring Platform SenSights to help Differentiate, Improve IP & Commercialize using Veyetals technology.

Introduce and implement new marketing initiatives and sales development models to accelerate the sales and revenue growth of Levelwear

This project addresses current gaps in the delivery of virtual care in cardiac rehabilitation (VCR) as identified in the literature. Gaps include: the availability and accessibility of home and telehealth based interventions, including VCR technologies tailored to the needs of older adults, a lack of human-centered design, human-computer interaction, and human factors research in designing health applications for older adults, and a lack of involvement of older adults and healthcare providers in the design of technology solutions. Our project aims to address these gaps by involving patients and healthcare professionals in the co?design of tools and systems from the onset, in order to better address their needs and preferences and to encourage greater uptake of cardiac rehabilitation and technology adoption.

This project will support a Phase 2, randomized, placebo-controlled clinical trial designed to test the effectiveness of a lung-directed immunomodulator on immune response, restoration of innate immunity and/or reduction of morbidity and mortality from COVID-19 in a test population of adults 65 years of age or older in long term care or assisted living facilities.

Doctors spend significant time using their electronic medical records (EMR) which limits their capacity to see patients and is a major contributor to doctor burnout and reduced patient satisfaction. The project aims to reduce the time doctors spend on charting, documentation, and other EMR tasks through automatic data processing with the ultimate goal of improving patient care.

QurCan Therapeutics is developing the next generation RNA therapeutics using its proprietary BBB-crossing nanoparticle platform technology to overcome the treatment-resistance in brain tumors.