Grants and Contributions

The project will support development of intellectual property capacity within the firm.

This Project will support technology development aimed at addressing the challenges faced by independent Seniors living alone in suburban areas and their families.

Perform heuristic evaluations of computer interfaces to identify and document key areas for improvement.

CARE-SMART, a SaaS product to improve the management of adverse events in cancer patients undergoing chemotherapy in Japan. Built on the phiSuite Platform, CARE-SMART focuses on real-time symptom monitoring and early intervention. Key activities include designing an intuitive UI/UX, developing a secure and scalable infrastructure, and implementing an automated messaging system for timely communication. CARE-SMART features data analytic tools like the Patient Summary, Dashboards, and a Query Builder for research. Compliance with Japan's data protection regulations ensures robust privacy measures. Partnering with Japanese companies, we aim to set a new standard in cancer care and expand our innovative approach across various medical fields.

The project consists in hiring an electromechanic to train recipes for the scanner systems and automation of the edger / bundler process, as well as overall training for various plant tasks.

To evaluate the optimum storage technologies for solar sites to meet the “non-wire” requirement of the Alberta Grid Modernization Act (formerly Bill 22). The project will provide templates for grid connection submissions (updated DFO submissions, and proposed AESO submissions), a matrix of storage technologies against key grid modernization requirements, and a backlog of regulatory and economic obstacles to these implementations.

Proof-of-concept manufacturing solution for silicone-based laboratory device production, integrating precision insert manufacturing capabilities

The salmon farming industry is currently using an inefficient process to handle the movement of fish, causing poor fish health and resulting in reduced yield and higher costs. The patent pending VSI fish loading technology will provide significant improvement to the movement of fish throughout the lifecycle of the fish farming process. The SmoothMove provides a more natural environment to encourage fish movement, which results in healthier fish, improved yield, and is less labor intensive which will benefit the operator and aquaculture industry as a whole.

This is an R&D project to test hypotheses and experiment with new mechanisms to design a repeatable and scalable business process and to develop IP in business methods.

Design and develop an optimized (size, weight, power, and cost)
modular and customizable avionics architecture for the advanced air mobility markets such as electrical/hybrid aircraft, vertical take-off and landing platforms, as well as ground control stations used by remotely piloted aircraft system.