Grants and Contributions

The GBCS is developing Aukai Software Platform which is the world’s only fully integrated monitoring system that helps measure performance of Marine assets throughout their lifecycle

Pilot of a novel ultra high purity helium recycling system for high value users

Pilot of a fiber optic release system for helicopter cargo hook and remote cargo hooks.

The project will focus on the development of Fatigue Management Information System designed to enable fatigue management for industrial clients through schedule-based modeling, assessment, intervention tracking, trend analysis and reporting of fatigue risk.

Javelin Sports Incorporated has a mobile app, Javelin. The mobile app helps sports leagues and other sports organizations with managing day-to-day operations and marketing. The YOUTH will help design, develop, and implement a number of new features for Javelin in this project.

Improve the MVP of a plastic-free internet-connected, fully-contactless, and pay-per-use water refill station providing Sparkling, Alkaline, flavored, as well as filtered hot and cold water.

TRANSIS with an orientation towards a real time streaming data platform will continue the innovative TRANSIS product offering by implementing the train and Control Centre components for a modern connected train. This is a key part of the global Intelligent Transport Systems initiatives that include smart mobility trends.

This Project will focus on developing an advanced network that can provide accurate, real-time information about road surface conditions to ensure the safety of roadways for all users. The Project will investigate efficient methods of maintaining safe, optimal traffic flow, particularly for freight transportation by road, which is essential to support a robust, flourishing economy. This made-in-Canada research Project will guarantee that the systems adopted here will be able to withstand harsh environmental conditions, and the systems developed will be based on locally available data, thus ensuring that both the physical operating limits of the system (i.e. operation at cold temperatures) and the information used to complement the data collected from the physical sensors are relevant to the local context. Key Project activities include:
- Developing a real-time active monitoring system for a major roadway, capable of giving real-time feedback about both structural capacity and surface conditions
- Developing an information-based system that can monitor the structural capacity of a road and alert authorities to early signs of deterioration in the road structure
- Developing a sensor-based system that accurately measures the frost and thaw depth of pavement - Developing roadway performance prediction models based on field and laboratory data
- Developing a dynamic system capable of determining allowable speed limits for the roadway, based on real-time data related to the condition of the road surface

Design, development and implementation of a AI based prediction engine within the Appointment Scheduling software platform

Smarter Alloys has a breakthrough technology that can push the operational temperature ranges of shape memory alloy actuators for aerospace and automotive applications. In consultation and through design iteration with our industry partners, Smarter Alloys has determined that a defining characteristic for actuators in this space is to function at temperatures greater than 80C. We have identified a ternary alloy that allows for the mechanical properties desired within this space. This project will support the research into the mechanical characteristics and properties of this shape memory alloy, as well as the effect of shape-based design elements to increase both yield and mechanical output.