Grants and Contributions

The study will assess operational, legal, cultural, financial, and governance requirements, including research on existing Indigenous healing and transitional programs across Canada, to support the creation of a culturally grounded, trauma-informed, and community-led model.

This project is to improve energy efficiency in Canada's commercial/institutional building sector.

The app will deliver timely feedback, longitudinal driving reports, and personalized risk assessments, along with proactive safety recommendations to help mature drivers maintain their independence.

The candidate will participate in the implementation, adoption, and optimization of technology solutions for manufacturers. She will help coordinate deployments, analyze operational data, provide customer support, and resolve technical issues. This position will allow her to develop skills in project management, data analysis, consulting, and continuous improvement, while contributing to the firm’s growth and customer satisfaction.

The purpose of this CanExport GAC-Led Delegations agreement is to support small and medium-sized enterprises (SMEs) participating in select trade missions and delegations led by GAC's Trade Commissioner Service.

The purpose of this CanExport GAC-Led Delegations agreement is to support small and medium-sized enterprises (SMEs) participating in select trade missions and delegations led by GAC's Trade Commissioner Service.

The Firm is undertaking a 9-month R&D project to develop and validate the first technical phase of Amber AI, a locally hosted AI system designed to ingest internal technical documentation, retrieve relevant information, and generate traceable, evidence-grounded outputs for use in solar permitting, compliance, installation quality assurance, commissioning review, and technical document validation. The project will address technical uncertainties related to document ingestion, retrieval accuracy, local model reliability, traceability, and usability in regulated solar workflows.

Funding will support research and development to identify solutions to National Defence’s Challenge: Speed meets strategy: Building Canada’s hypersonic innovation network. The Department of National Defence and the Canadian Armed Forces (DND/CAF) in collaboration with Canada’s academic and defence & security communities are seeking to stimulate the application of hypersonic technologies, including propulsion, flight dynamics, detection, and materials, in the defence and security domain to understand these weapons. The outcomes of this Challenge concentrate on areas that align with immediate priorities in Canada’s NORAD Modernization Plan that develop expertise and advance DND/CAF understanding of hypersonic technologies in aerodynamics, propulsion, structures and materials, and flight control.

The project aims to bring the building’s plumbing, electrical, and ventilation systems up to current standards, as well as stabilize and waterproof its foundations. The work also includes the restoration of the brick façades, replacement of the metal cladding, and the addition of a mezzanine and an elevator.

Specific fit-up work will be carried out to accommodate intervention and support spaces, a reception area, community-style living spaces, co-working areas, and office spaces, as well as an event hall and storage areas in the basement.

The objective of this project is to create an LGBTQIA2S+ community hub in Montreal that will provide social service organizations working with LGBTQIA2S+ individuals with optimal conditions to improve their services, achieve cost savings, and strengthen their economic and social impact.

This project replaces mechanical systems and interior and exterior components that have exceeded their functional lifespan. These upgrades will improve energy efficiency, reduce operating costs, and prepare the centre to serve the community in a carbon-constrained future. Operating since 1934, the Riverview Community Centre has undergone several renovations since the mid-90s to meet changing community needs - expanding the hall, redesigning the kitchen to support food entrepreneurship, and repurposing interior spaces for diverse users. However, key systems like HVAC, electrical, insulation, and windows no longer meet energy standards, and failing exterior components pose risks to users and staff.

The needed replacement of rooftop units (RTUs) presents an opportunity to explore energy systems that reduce or eliminate natural gas use and lower greenhouse gas emissions.