Grants and Contributions

To assist in the development and execution of the company's sales strategy to drive extensive and sustainable growth, alongside the sales team.

The project goal is to develop a customized machining process for PSC shank tooling. To create a higher quality product designed to better serve emerging markets in Canada and abroad. This project if successful will result in growth across many areas of our business.

Through a series of bench-scale fermenter experiments with a new designer strain, the proposed fermentation optimization for leaf-aldehyde production based on our validated process will focus on reducing production cost. The support from NRC-IRAP for this project will help us lower the technical risk for large-scale (1,000 - 10,000L) process, unlock next milestone payment from a strategic investment from an industry partner, establish clear pathway to product commercialization, and boost Canadian bio-economy by developing HQPs and research partnership within Ardra and Verschuren Centre in Nova Scotia.

To test and parameterize and to make grow in great quantity the stock of insects in factory while reproducing its natural environment.

This project focuses on the impact of temperature increase on the marine phytoplankton and their associated communities. The effects of Sea Surface Temperature (SST) increase and Marine Heat Wave (MHW) events on the plankton communities will be experimentally studied and compared to a detailed time-series of phytoplankton and microbial community composition acquired from environmental DNA (eDNA) since 2014. A novel focus to time-series observations will provide detailed
knowledge of the key species (ranging from microbe to metazoans) associated with dominant phytoplankton species within the NWA ecosystem. The potential effect of MHW on the natural communities of phytoplankton of a coastal ecosystem in manipulative incubations of water samples at ambient and elevated temperatures. Novel phytoplankton species will be isolated and cultivated in the laboratory and used for manipulative temperature shift experiments.

The firm is developing an enhanced Stakeholder Engagement module with automated prioritization and insights to operate alongside existing modules on its proprietary NetBenefit software platform.

The Nanostics project involves validation of novel biomarkers for ClarityDx Prostate, a prostate cancer diagnostic test that significantly improves the standard of care for prostate cancer from a standard blood draw.

Harnessing the power of electric fields in an approach called Resonant Capacitive Coupling, Solace Power released its first product based on this technology in 2018. The firm has since invested in strengthening the platform to make it suitable for magnetic and electric field power transfer and developed a capability called High-Frequency Induction, which broadens market applicability. The project's intent is to improve on aspects of the technology to address market demands and develop and implement quality and test systems and to produce a next-generation prototype that can be released for manufacturing. This third generation modular platform will serve to address requirements for several product-market combinations, primarily in the auto and telecom markets.

The young graduate is expected to assist in the management, implementation, deployment and reporting of online marketing campaigns. In her role, she will work as a key point of contact for clients, answering queries, providing technical advice and demonstrating how to use new products and/or services.

Trial of idQ platform for health services delivery at pharmacies.