Grants and Contributions

The objectives of the FCRP are: .• to contribute to developing fair, transparent, consistent, and timely foreign credential assessment and recognition capacity; .• to develop and strengthen Canada’s foreign credential assessment and recognition capacity; and .• to contribute to improving labour market integration outcomes of ITIs in targeted occupations and sectors. .

Through the application of national and local priorities, the CSJ program seeks to provide youth, particularly those who face barriers to employment with access to work opportunities. Funded employers must demonstrate that they are providing quality work experiences for youth that provide opportunities to develop and improve their skills.

Contribution made under the Participant Funding Program to the Constance Lake First Nation to help it prepare for and engage in Indigenous consultation activities and public participation opportunities related to the assessment process for the regional assessment in the Ring of Fire area.

Grant awarded under the Participant Funding Program to the Lakeland Métis Nation Association to help it prepare for and engage in Indigenous consultation activities and public participation opportunities related to the assessment process for the Peace River Nuclear Power Project.

Grant awarded under the Participant Funding Program to the Lakeland Métis Nation Association to help it prepare for and engage in Indigenous consultation activities and public participation opportunities related to the assessment process for the Peace River Nuclear Power Project.

Grant awarded under the Participant Funding Program to the Little Red River Cree Nation to help it prepare for and engage in Indigenous consultation activities and public participation opportunities related to the assessment process for the Peace River Nuclear Power Project.

Recent decades have witnessed phenomenal growth in the quantum technology sector, with breakthrough demonstrations in sensing, communication, and computing. In the past five years, silicon’s “T-center,” an atomic-scale defect, has emerged as a promising quantum hardware platform due to its telecom optical emission, compatibility with silicon-on-insulator (SOI) substrates, and long-lived electronic and nuclear spins. Nevertheless, defects in SOI currently suffer from inefficient fabrication, poor spin and optical properties, and open questions regarding their coupling to material strain. In collaboration with the Quantum and Nanotechnologies Research Centre at NRC, the Project will overcome these challenges by 1) developing magnetic quantum sensing techniques and advanced fabrication protocols for high-quality T centers in SOI and 2) characterizing T-center strain coupling. The resulting techniques and materials will pave the way for transformative quantum devices and will contribute to the growing quantum industry and training of highly qualified scientists in Canada.

Developing AI platform for real-time diagnostics, monitoring and decision support for downhole drilling and midstream pipeline analytics and production efficiencies.

This project encompasses the design and prototyping of the company's next-generation robotics system. Leveraging their team of professional engineers, technologists, and embedded systems specialists, the new machine will include more advanced capabilities. In parallel with hardware development, the company's software developers and data scientists will improve card recognition accuracy by building a robust set of ETL pipelines to secure high-quality training data which will be used to enhanced ML model performance.

Design and implement a high-level orchestration architecture that enables documentation and automation of payment-related processes for reconciliation using an intuitive low-code, document-like interface to improve visibility, maintainability, and scalability.