Funded Projects

Assessing the feasibility of battery swapping for heavy goods vehicles to enable rapid, scalable zero-emission transport.

Evaluating a 1.2 kV Hybrid Integrated Power Switch combining GaN for ultra-fast, low-loss switching with a Trench Clustered IGBT that provides temperature-stable, low-conduction-losses operation in a H-bridge.

Solving the problem of excessively concentrated heat in compressors and e-turbos through the application of new UK-rooted design approaches and additive manufacturing techniques.

Exploring a new way to develop cleaner, more efficient powertrains for off-highway machines such as excavators and bulldozers.

Pioneering sustainable recovery of rare earth elements from end of life, closing the loop for a cleaner, greener circular economy.

Developing a high-performance, integrated in-wheel drive unit for small vehicles.

Establishing the UK as a leader in dual flux electric motor technology: From advanced architecture to a market-ready design demonstrator.

Developing advanced zero-emission propulsion technologies.

Developing and validating a novel, lightweight Battery Electric Vehicle (BEV) in the L6e category to address the growing demand for sustainable micro-mobility solutions.

Developing AI-powered digital toolkits to optimise car body structures for sustainability, circularity, and material efficiency throughout their lifecycle.