Grants and Contributions

The goal of the proposed project is to develop a comprehensive business development strategy.

Software development project to enhance the firm's Team Learning Experience Platform (LXP) including interactivity and mobile enhancements, algorithm upgrades, and user experience enhancements to the proprietary Vital Statistics Report.

PolyUnity Tech Inc. delivers value and benefits to healthcare organizations via a complete Additive Manufacturing as a Service (AMaaS) solution that reduces the cost, time and complexity of traditional healthcare procurement and supply chain management and directly improves patient service levels & outcomes.

With this project, PolyUnity will serve to deliver a commercially validated solution to multiple end user healthcare organizations.

The objective of this project is to model and test hydrokinetic turbines to determine local and time-variant turbine blade loads. This model will be applied to determine blade loading and turbine interaction to real-life cases, proving its usefulness as an engineering design tool. Ultimately, this validated numerical method will be used to study the load behaviour on turbine blades as a function of various parameters (type of tidal flow, turbine design, turbine arrangement in an array, etc.) to extract a body of knowledge useful for engineers. The knowledge of spatio-temporal load variations is the starting point of material fatigue studies which will narrow down the estimated lifetime of turbine blades while in operation. Such
knowledge will have a great impact on risk assessment and overall system operation cost.

Chitosan nanocrystals, a new family of biomaterials sourced from seafood shell waste, have outstanding properties that favor their use in the fabrication of tissue adhesive for the biomedical industry. The project aims to achieve the two goals of creating a scalable, sustainable process for the production of ChsNC from seafood waste, and consolidating research on these highly functional biomaterials for consumer applications in the biomedical sector. This project has the potential to unlock key barriers in the valorisation of an under-utilized biowaste produced in large scale in Quebec and Canada towards high value added products improving the health of
Canadians.

Solid-state quantum emitters (QEs), which have potential applications in quantum cryptography and distributed quantum networks, have very recently been discovered in direct band gap semiconductors formed from excitons in single-layer transition-metal dichalcogenides (TMDs) localized by strain. This project brings together world-renowned experts from NRC in the fabrication of site-selected solid-state QEs and the Dalhousie Ultrafast Quantum Control Group who has developed internationally-unique optimal quantum control strategies for such emitters with the goal to advance the promising new system of TMD QEs for applications in quantum technology.

To provide women in the aerospace sector with leadership-focused professional development opportunities through the creation and delivery of comprehensive training, coaching, and mentorship programs.

The Gemini Facilities consist of two identical optical-infrared telescopes with a primary mirror diameter of 8m, associated instruments and equipment, anciliary buildings, and support services related to the technical operations and to the scientific research conducted by astronomers.

Not a Project (Mandated or Core Funding)

Calgary Legal Guidance will establish a new staff lawyer program to deliver independent legal advice to adult survivors of sexual assault in Calgary and surrounding areas, including Indigenous populations on reserve.