Grants and Contributions

Improving access to justice for women, girls and other community members through court monitoring and information dissemination regarding access to the formal justice system, laws prohibiting violence against women and children, and justice during the COVID-19 pandemic

Capacity building regarding Sexual Orientation, Gender Identity, Expression and Sex Characteristics from the human rights perspective

Contribute to the fight against COVID19 through the implementation of a CSR COVID19 Business Certificate to validate companies that are complying with the proper bio-security protocols and respect for employee rights

The goal of this project is to build a universal electrification platform that will handle propel systems and provide the prime mover for hydraulic work functions that are not efficiently executed through electric motors.

Hiring of a new technical college graduate from the Computing Systems Engineering Technology at the College of the North Atlantic in St. John's will provide eSonar with increased ability to develop microcontroller system firmware and software in support of new ocean systems that will aid in implementing increased Blue Economy activity and position Canada as a leading international player in sustainable ocean products and services.

Yet, the lack of physicochemical processes precludes scientists to accurately forecast the fate of microplastics in the Earth’s ecosystem. This three-year Project aims at understanding selected physicochemical transformation of microplastic particles (e.g., sedimentation velocity and aggregation), in Canadian aquatic systems. McGill’s research team will perform experiments in stationary and dynamic manners to mimic rivers. This Project strives to track microplastics and nano plastics particles individually and in groups, in Canadian waters, using two McGill innovations, for specific river water setting developed at NRC, in close collaboration with Dr.

In particular, the beneficial re-use of dredge material for beach nourishment or marsh sill construction has not been demonstrated in Canada. The Shippagan project will augment and build on research being conducted through the NRC-led Nature-Based Infrastructure for Coastal Resilience project, effectively adding a fifth field site and broadening the range of nature-based features investigated to include the beneficial re-use of dredge material for beach nourishment and marsh sill construction. The NRC-led project seeks to address key factors and data gaps limiting the uptake of nature-based infrastructure for coastal flood resilience and risk reduction in Canada. The proposed research is expected to strengthen and improve the NRC-led project and the quality and scope of its research outputs.

Broadband project that will improve access to high-speed internet to 108 households located in 2 communities in the region of hamlet of Bezanson and Rio Bend of Alberta, using Fibre technology.

The objective of this part of the project is to develop an inexpensive, disposable DMF cartridge (V-Chip)

Broadband project that will improve access to high-speed Internet to 3,957 households, located in 37 communities in the region of the Anishinaabe Nation of Treaty #3, in northwestern Ontario, using fibre technology.