Grants and Contributions

Improve the robustness and reliability of the current prototype sensor electronic hardware and Artificial Intelligence/Machine Learning algorithms.

This project will focus on developing new innovative manufacturing systems for building and construction products.

This project partners the firm with a large multinational company to develop and evaluate innovative perovskite Solar Ink.

Birota Economics Group Inc. will support NRC-IRAP clients with early economic evaluation of healthcare technology in
development, in order to quantify its potential impact on patient health, quality of life, and payer costs.

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

The proposed innovation is a universal IoT platform that includes hardware and an interfacing protocol and enables out-of-the-box cloud connectivity for sensors in harsh environments. The innovation is based on a universal IoT node that is agnostic to sensor types and sensor specific communication standards and enables the connection of any sensors to the cloud using LPWAN, LTE-M/5G, and Bluetooth Low Energy (BLE), and WiFi communication protocols.

The project consists of offering IRAP's Canadian SME clients tailor-made consulting services to support innovation in the use or development of renewable energies and their integration into power grids.

The project aims to bolster pricing, manufacturing, operations, and HR functions. The graduate will sculpt dynamic pricing models, streamline manufacturing processes, optimize operations, and fortify HR strategies. This strategic project will help the graduate be trained cross-functionally while propelling towards heightened efficiency and competitiveness.

Develop Gravimetric Filling System to operate in conjunction with SUPS-30 automatic pouch packaging machine. This development is to finalize the design and tooling to enable this new system to achieve the production speeds and accuracies expected to operate in harmony with the SUPS-30 bagging machine.

Develop an ECG software solution that will allow hospitals, physician groups and commercial labs to perform long-term, continuous monitoring (LTCM(TM)) of ECGs recorded over durations of 24 hours to up to 3 days and eventually up to 14 days (LTCM Holter mode) with near real-time event triggering throughout the monitoring period (Event Monitoring). The LTCM - EVENT ECG solution will be device agnostic and will support the use of one-, two- or three-lead commercially available ECG devices. Data from Event monitoring will be transmitted wirelessly from the device to the LTCM - EVENT monitoring station in near-real time. All LTCM Holter data and Event data will also be downloaded from the ECG device at the end of the ECG monitoring period.