The University of Southampton – AI Systems
Smallspark Space Systems is proud to be partnered with The University of Southampton’s department of Operational Research on working to develop the next-generation of AI-powered aerospace optimisation tools. Working directly with their lead researchers, Smallspark aims to work with their team director for years to come to change the way we design our aerostructures
The University of Swansea – Propulsion Systems Development
Smallspark Space Systems is proud to be partnered with The University of Swansea school of Aerospace Engineering to assist us in the development of the early versions of our engine technology. Working with Swansea brings decades of additional heritage to our development team, providing manufacturing and testing facilities that rank amongst the best in the world.
Lynx-Or Global – Corporate Governance, Finance Procurement & Commonwealth Engagement
Smallspark has partner directly with Lynx-Or Global, one of the UK’s leading governance and financial procurement groups that has provided to Smallspark direct access to the expertise and skills available in the commonwealth. We are incredible excited to be working with Lynx-Or to expand our reach globally and provide immense economic benefit to the commonwealth.
The University of Bath – Additive Manufacturing and Ignition Technologies
Smallspark is thrilled to be one of the few companies admitted to the Westcott Business Incubation Centre, the UK’s leading group to provide direct development support to the nations most exciting space technology ventures. Working with Westcott provides Smallspark access to direct market insight, testing facilities and investor consultancy experts.
The Westcott Business Incubation Centre – Business Support and Market Insight
Smallspark Space Systems is proud to partner with The University of Bath for the development of new additive manufacturing technologies and methods to improve the design, efficiency and reliability of our rocket engines. We are working closely with their Department of Mechanical Engineering to make our engines lower in cost without compromising on performance.