Funded Projects

The novel use of geometry, construction methods and design integration of Libertine’s patented linear electrical machine and piston-free expander, permit real-time piston motion control with improved efficiency and low costs.

This Technology Developer Accelerator Programme (TDAP) project will enable Paragraf to develop a high-bandwidth current sensor device.

This project will design and develop a scalalbe product family of multi-voltage electric drive modules that offer high performance, unparalleled integration and flexibility.

This project developed an electric motor and controller capable of solving turbo lag and working continuously to enhance engine torque, which allows engine downsizing and reducing CO₂ emissions.

Through this project, FeTu have proven the compressor technology at the Thermal Propulsion System Efficiency Spoke (University of Bath) to TRL 6; with pilot sites secured for testing in 2020 and a wide variety of commercial interests in Automotive, Refrigeration and Power Generation.

This project developed a heat mapping technology development tool which is able to measure peak operating temperatures components are exposed to, then display this data in a 3D CAD models.

This project developed artificial intelligent machine learning software to support engineers in tackling challenges, enabling quicker development of products.

This project is enabling Rift to transition its motor array technology from industrial applications for use in the automotive sector.

This project created a proven AI-based journey prediction system that ensures drivers' trust through personalised journey predictions, accelerating EV take-up.

This project supported the development of a proof of concept, from technical drawings and calculations, to develop a highly efficient mechanical transfer propulsion system.