Grants and Contributions

Engage expertise to conduct a strategic assessment and a three-year development plan

The project is mostly related to conducting a front-end engineering and design (FEED) study to focus on the technical requirements as well as financial and regulatory aspects and permitting requirements to execute a demonstration project.

The objective of this Project is to advance predevelopment work to help inform a final investment decision on the work required to extend the life of the Proponent's largest hydroelectric generation station.

The objective of this project is to develop eco-responsible solutions using wood to reduce the environmental footprint of buildings.

Purchase 2 hybrid vans (one is a wheelchair accessible) to continue transit services in the communities located from East Ship Harbour to Ecum Secum along the Eastern Shore and the Musquodoboit Valley, Nova Scotia.

The Unsheltered Homelessness and Encampments Initiative will address unsheltered homelessness and encampments by providing funding and coordinating with other orders of government to increase housing supply, affordability, and improve access to vital services. To accomplish this, Housing, Infrastructure and Communities Canada is working with provinces, territories and municipalities on the delivery of this initiative to maximize alignment, select communities and confirm commitments to support and fund community-level efforts.

Grandir Sans Frontières's program is for francophone students/teachers, providing digital skills courses to underrepresented groups.

A broadband project that will improve access to high-speed Internet to 382 households along HWY 97 in the Northern Rockies and Peace River regions, in the province of British-Columbia, using fibre technology.

The expansion of Makivik's Justice Department office space project was implemented in 2024, to meet staffing capacity needs, confidentiality needs, expand video services and provide a productive working environment. This project will allow Makivik Corporation to acquire the necessary office equipment and furniture for their newly expanded spaces.

The scientific research objective of this project is the study and the prediction of Lunar rover mobility, which occurs on mildly cohesive granular materials in reduced gravity, through Discrete Element Method (DEM) modeling of spherical and non-spherical particles from first principles. The research objectives of this project are to a) develop a set of granular materials, from spherical glass beads and paired beads, that exhibit Lunar-relevant cohesion properties, b) characterize the effect of Lunar-g on wheel-soil interactions with these sphere-based granular materials, and model these effects directly using Discrete Element Method (DEM) and c) Investigate the suitability of emulating reduced-g interactions by using reduced-density materials in 1-g, for spherical and non-spherical particles.