Grants and Contributions

MODL is currently operating off an out-of-date Active Transportation Plan drafted in 2010. Since that time, many AT projects have been accomplished and MODL has significantly changed its development patters. The new Active Transportation Plan for MODL will provide: an inventory of existing active transportation infrastructure; mapping of proposed active transportation infrastructure improvements; a 20 year phased approach for implementation, identifying priorities and including cost estimates; an active transportation policy statement; proposed changes to the subdivision bylaw; and suggestions for funding.

The Kinsmen Recreation Centre is a centrally located facility, featuring two ice surfaces, ground-floor and elevated viewing areas as well as a host of multi-purpose meeting and activity rooms and kitchenette on the second floor. The facility also provides programming in a large computer lab.To substantially curtail carbon emissions, waste heat from the refrigeration plant will be utilized for space heating following the expansion and renewal of the existing hydronic distribution and building automation systems.

The project will facilitate a large reduction in GHG emissions, provide significant energy savings, and include extensive accessibility components that will exceed current standards.

Credit Valley Trail - Upper Canada College Phase 1 is a part of the Credit Valley Trail in Halton Hills (Georgetown). The Credit Valley Trail will be a 100 km pathway through the Credit River Valley – from the headwaters in Orangeville to Lake Ontario in Mississauga – connecting people to nature, cultural experiences, Indigenous heritage and the sustaining waters of the Credit River. It will be developed in segments in different ways including by partner municipalities, the Credit Valley Conservation Authority, and potentially in partnership with private land owners.

The aim of the Project is to investigate on the array designs of dense 2-dimensional nano-antennas and to provide an optimized system implementation of the integrated optical phased arrays (OPA). The far-field radiation pattern of the OPA array is formed by the coherent superposition of the radiation of each individual nano-antenna. Leveraging the existing simulation and design work on silicon waveguide nano-antennas, project team plans to design the antenna spacing and 2D configuration to achieve the optimized far-field radiation pattern with the best sidelobe suppression. The team also plans to realize a dense array of a 100-500-antenna 2-dimensional OPA system for an experimental proof-of-concept demonstration.

This contribution will strengthen the Haida Gwaii Watchmen Program by providing additional support for salaries/benefits for the 2021 season, and by supporting youth to work as Watchmen. The contribution will also support equipment purchases for future seasons, and necessary repairs to the Windy Bay Watchmen Cabin and Looking Around Blinking House, a culturally significant longhouse in Gwaii Haanas.

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.

This project is mostly related to the organization and hosting of a workshop.

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 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.