Grants and Contributions

The firm will hire an Agronomic Field & Data Technician to support applied biochar trial work during the 2026 season. The project will involve greenhouse, soil box, and field validation activities focused on testing low-rate biochar applications under different soil and crop conditions. Results will help improve the firm’s internal validation process, support future service development, and create clearer evidence for how biochar products may be matched to practical agricultural uses.

Diversys is focused on market growth across Canada and the United States, targeting the recycling vertical. In order to be very targeted in our focus, we need a very clear understanding of our ICP (Ideal Customer Profile) customers, decision makers, buying criteria and where they gather. This role will help Diversys understand all these things.

The project will support development of Vista's Artificial Intelligence machine vision platform. The project will add end-to-end AI and machine vision development and deployment workflow capable of flexible on-premise and cloud based deployment.

To provide technical employment for a graduate in the field of mechanical engineering.

Hiring a marketing graduate.

Artinus is developing physics-informed neural networks for near real-time electromagnetic (EM) simulation with engineering-grade accuracy. Traditional solvers (e.g., finite element/difference methods) can take days or weeks, creating bottlenecks in photonic and EM system design. This project validates an AI-accelerated surrogate solver that matches established methods while delivering orders-of-magnitude speed gains critical for inverse design workflows requiring thousands of iterations. It targets dual-use applications in Canadian defense and aerospace, including sensing, secure communications, satellites, antennas, and nanophotonics, advancing toward a commercial-ready prototype.

The graduate will support the Firm in developing a clinically deployable movement analysis platform using smartphone-based capture and cloud-based processing to generate 3D gait kinematics.

This project will test hypotheses and experiment with new mechanisms to design and optimize a repeatable and scalable business process, which may result in new business methods for virtual wedding photography planning

MACH32 Inc. is developing a novel drug-device combination comprising an autoinjector for the intramuscular (IM) administration of a proprietary formulation of concentrated Tranexamic acid (TXA) drug for treatment of trauma-related bleeding. This proposed project supports the development and commercialization of Firm’s TXA products.

As part of the Japan Corporate Co-Innovation Program, the project “EkonaTOHO” will focus on defining Japanese Partner's facility integration requirements, establishing the execution framework for future demonstration activities, as well as a techno-economic feasibility study of the firm's technology for decarbonized heat and power applications in Japan.