Grants and Contributions

TCG Machines will be conducting a two-phased project with the aim of increasing the efficiency of their production processes and increasing the output capacity of their manufacturing facility. The first phase will be a lean manufacturing analysis and implementation of those findings. The second phase will be a production automation analysis and implementation of those findings.

This BPI project will test hypotheses and experiment with new mechanisms to design a repeatable and scalable business process, which may result in new business methods for boosting consumer adoption of Firm's electric-vehicle driver platform through data-driven strategies.

The firm is seeking innovative co-innovation partners in EMEA to test its technology and help validate performance in local markets.

Compusult will carry out R&D on enhancements to the Nanuk Uncrewed Ground Vehicle (UGV) robots to help advance system capabilities. This will include research into design of an improved chassis that's scalable (up and down in size), and carbon-fibre based for a higher IP rating, lighter weight & greater strength, as well as offering greater modularity for attaching different payloads, energy sources, cobots, etc

Jones Microwave is developing a commercial-grade, light-activated solid-state plasma planar switch and phase shifter operating at high frequencies. The project will finalize design, packaging, and testing to meet commercial specs for various applications.

This project supports the hiring of a customer-facing Project Manager to accelerate the commercial deployment of the firm's Digital Aggregate technology and carbon-negative concrete admixture. The role focuses on coordinating field trials, supporting product implementation, and gathering customer feedback to optimize performance and adoption. By enabling real-time aggregate analysis and carbon-negative admixtures, the project contributes to reducing greenhouse gas emissions in the construction industry while promoting innovation and sustainable infrastructure.

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 wine waste food derivative ingredients.

This project will build an early-stage research eDNA sensor that automates the qPCR process. The eDNA sensor will be designed to be fully submersible with onboard batteries, reagents, pumps and analysis module that will perform sample collection, DNA extraction and identification.

This project will allow AquaSensing add a next generation product line on battery-free LoRa IoT technology platform.

This project builds a privacy-preserving AI system that reads prescription images and runs real-time clinical safety checks using a multimodal language model.