Cranfield University

Cranfield University, established in 1946 and located in the United Kingdom, is a postgraduate institution that focuses on education and transformational research across various fields, including engineering, science, technology, and management. The university comprises several specialized schools, such as the Cranfield School of Management and the Cranfield College of Aeronautics, and also has an international presence with a campus in Kitakyushu, Japan. It offers a range of academic programs, including research degrees like doctor of philosophy, doctor of business administration, and engineering doctorate, alongside master’s degrees in various disciplines. In addition to degree programs, Cranfield University provides executive education tailored for professionals seeking to enhance their skills and knowledge.

Philip Aspinall

COO, Member of the University Executive and Professional Services Executive and Chairman of the Information Assurance, Capital Planning, Apprenticeships Steering Committee

2 past transactions

Cranfield Aerospace

Venture Round in 2023
Cranfield Aerospace is an aerospace company focused on the development and manufacture of zero-emissions, hydrogen fuel-powered aircraft. The company specializes in designing new aircraft and modifying existing ones, offering innovative solutions to major industry players such as Airbus, Boeing, and Rolls-Royce. Its expertise encompasses a wide range of services, including aircraft trials, data analysis for environmental characteristics, and stress analysis. This allows Cranfield Aerospace to assist governments and corporations in validating new installations and assessing the dynamic structural performance of aviation systems. Through its commitment to environmentally friendly aviation solutions, Cranfield Aerospace aims to contribute to the transition towards sustainable air travel.

TaiSan

Grant in 2022
TaiSan is a company focused on developing innovative battery materials, specifically proprietary quasi-solid gel polymer electrolytes and sodium-potassium metal anodes that facilitate the creation of quasi-solid-state sodium batteries. This technology significantly enhances energy density, making it particularly suitable for battery electric vehicles. By collaborating with battery and automotive original equipment manufacturers, TaiSan aims to scale its technology, having already established 19 non-binding memoranda of understanding. The company's advancements contribute to faster charging capabilities, reduced dendrite growth that can compromise battery life, and minimized risks associated with leakage and fire.
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