Grants and Contributions

The development of the Empowering Métis Women in Leadership Curriculum and resources, will address topics through an approach centered on the Métis Holistic Lifelong Learning Model that can begin the process of decolonizing leadership by exploring strengths and weaknesses, including how colonial education systems continue to influence individuals, families, and communities inside and outside of school or formalized learning environments.

Acquisition of digital equipment and expansion: The project aims to increase production capacity and improve productivity at a company specializing in the machining and manufacture of custom metal parts.

Acquisition of digital equipment and expansion: The project aims to increase production capacity and improve productivity at a company specializing in the machining and manufacture of custom metal parts.

Expansion of Lincoln Alexander Law's intellectual property legal offerings by enhancing the Zone Learning x Lincoln Alexander Law IP-Specific Micro-General Counsel Service

Scale up Western Intellectual Property and Innovation Legal Clinic's capacity and enhance the clinic's outreach activities

This work will employ a combination of remote sensing data analysis, sample analysis, and simulations of impact crater formation to improve our understanding of the geological context and history of the first Canadian rover landing site region and broader south polar area of the Moon. In addition, analogue field activities and the analysis of samples (Apollo samples, lunar meteorites, regolith simulants) using the first Canadian rover instruments and traditional lab facilities will also better prepare the team for the first Canadian rover operations.

The objective of this AO is to support Canadian students to participate in national and international space conferences and training events that will offer them the opportunity to learn about and be involved in the latest developments in space science and technology, to develop their professional network, and in some cases, present their research results at the national and international level.

The first part aims to design quantum error correction (QEC) protocols for learning correlated quantum noise, leveraging properties of quantum errorcorrecting codes to uncover high-weight noise components. Additionally, QEC methods for suppressing noise on ancillary qubits for a series of ancilla-assisted quantum learning algorithms will be investigated. In the second part, quantum coding theory techniques will be pursed towards addressing fundamental questions in theoretical physics, namely in quantum matter and gravity.

These areas include caregiving, cement and concrete works, electrical services, machine mechanics, and agriculture; (2) facilitating and increasing access to basic vocational training, focusing on accelerated adult learning, English language training, numeracy, and life skills.

This training refresher will supplement firefighting knowledge previously learned, and also relearn wildfire safety prior to the upcoming prescribed burning season.