Grants and Contributions

Develop a new line of high-performance, innovative noise-masking products to facilitate market expansion and address supply issues related to obsolete components in the existing product line.

This International Co-Innovation Action Program (ICAP) project will prepare the firm to enter into future international co-innovation work in Germany.

The objective of this Project is to identify the impact of contractual modes on construction productivity and on the environmental performance of projects with a large percentage of prefabrication. This Project is based on synthesis of the theoretical input from scientific literature, as well as on interviews with domain experts, statistical data provided by industry stakeholders (construction associations, public owners, professional unions) and real-world case studies provided by industrial partners (general contractors, manufacturers, developers and consultants). The objective is to compare the overall productivity of the construction of similar projects executed onsite or offsite, depending also on the contractual mode. The impact of the following types of contracts will be investigated: Design–Bid–Build; Progressive Design–Build; and Integrated Project Delivery (IPD). Additionally, environmental analysis (i.e., emissions and energy efficiency during construction and simulated operations) will be performed on the same projects.

The project involves producing and distributing professionally edited video podcast content that transforms recorded interviews into high-quality episodes and short-form clips for digital platforms. The podcast also serves as a demonstration platform for the company’s AI voice technology, allowing audiences to interact with episodes through conversational voice models and explore content in new ways. This work supports research and development by testing how video and voice-based interfaces can improve accessibility and engagement. The video podcast editor role is essential to delivering high-quality content while showcasing the company’s technical capabilities to customers and partners.

International Co-Innovation Action Program project to support development of a European market partner.

This project will upgrade the current 3D-TRUBI prototype by implementing an advanced transcranial imaging mode to improve real-time imaging performance and spatial resolution.

We have built a wrist worn device to improve sleep quality and quantity. This device uses several sensors to accurately, in real time detect sleep stages and help the user naturally obtain better sleep. The goal of this project is to ensure the prototypes meet all requirements for clinical trials. This will include improving device noise performance, improving device stimulation accuracy, enabling OTA updates, developing software to detect changes in delta waves and ensuring enclosure is compliant with IP65.

The goal of this project is to design, build, test, produce and make commercially available an Axially Focused miniature x-ray Tube (AFT). The AFT can be utilized in a compact residual stress diffractometer to gain valuable stress information in tight locations and geometries, inherent to military platforms which include but not limited to naval, aero, and land based systems.

This International Co-Innovation Action Program (ICAP) project will prepare the firm to enter into future international co-innovation work in the UK.

A next-generation SDR module based on Intel/Altera Agilex technology, integrating high-speed ADCs and DACs to enable direct-RF signal acquisition, generation, and real-time processing for advanced sensing and communications applications. The product will involve the development of an SDR board and allow for other carrier boards to be developed at a later date to support different form factors and interfaces.