Grants and Contributions

To encourage scientific research and related scientific activities (e.g. data collection, integration, monitoring, and communication, including communication via conferences and symposia) and dissemination of scientific knowledge in the areas of: (a) Fisheries and Aquaculture Science; (b) Ecosystem Science; (c) Oceanography and Modelling; and (d) Freshwater Science.

The aim of the Greater Montreal River Parkway (GMRP) project is to consolidate and enhance the recreational infrastructure of the St. Lawrence Seaway dyke in order to improve the public's contact with the river with the added benefit of providing active transportation access via a route open to pedestrians and cyclists that extends over 13km.

Currently, within the limits of the project, at the top of the dike there is a carriage road used primarily for operations and maintenance of Seaway facilities, as well as a partially asphalted cycle path. At the bottom of the dyke, on the shore of the St. Lawrence River, there are footpaths resulting from the informal and repeated passage of walkers. The CMM wishes to improve, formalise and perpetuate the existing recreational infrastructure over a distance of 13.4 km. The Promenade's surroundings will include several elements designed to meet users' needs:
- Creation of 8 rest areas and 14 observation points;
- Addition of 11 staircases or access slopes at defined points to provide a link between the top and bottom of the dyke.
- Installation of marker posts and interpretation panels along the route;
- Complete paving of the cycle path and the carriageway at the top of the dyke;
- Formalizing 9.0 km of footpath at the bottom of the dyke and adding 4.4 km of footpath at the top of the dyke.
- Adding an Ecoflo toilet block at the Samuel De-Champlain rest area.
The location of this infrastructure will be determined on the basis of physical and environmental constraints and the specific features of the site and its natural environment. In addition, this project will be carried out in harmony with the existing facilities of the RécréoParc water sports area in Sainte-Catherine.

Documenting Manitoba’s Water Knowledges Through Oral Interviews with Indigenous Elders

This project will support a number of activities focussing on reducing recidivism in domestic violence and support justice involved individuals to become active, healthy and contributing community members. This project will also cover re-development of the Kwadacha Justice website, and host winter camps to build connection between service providers, RCMP, justice support workers and Elders with justice involved community members.

This project will use teachings developed by an Elder to support Indigenous Justice Program staff and Indigenous Liaison Officers working within the provincial correctional system. The teachings will cover history and revitalization of traditional systems, as well as the seven traditional codes. The teaching sessions will be recorded so they can be re-visited or shared with other Indigenous Justice Programs.

This project will continue researching and revitalizing the Indigenous Laws of the Sto:lo people, and will work to incorporate the laws into the services the Indigenous Justice Program delivers. There will also be a cultural exchange with another progressive nation to share and exchange learnings that will be applicable to strengthening Indigenous Justice Program delivery.

This project consists of providing French legal terminology training session for bilingual justice professionals of the Yukon.

This project seeks to utilize AI for the development of a new product (AI minute taking of governance meetings), automating repetitive tasks while onboarding and fulfilling customer campaigns, and the application of tools with large language models to assist in efficient development.

Design of a portable inflatable device designed to absorb the energy of a hip impact with the ground.

The firm's AI-powered RFID asset tracking solution enhances real-time visibility, predictive analytics, and automation across industries. By integrating RFID with AI, the system ensures accurate tracking, optimized asset utilization, and predictive maintenance, reducing losses and improving operational efficiency. Automated inventory management and AI-driven insights streamline workflows, minimizing downtime and resource waste. With a scalable, secure, and compliance-ready architecture, this solution supports logistics, manufacturing, Healthcare, government, and enterprise asset management, driving cost savings and smarter operations.