The University of Surrey, through its Surrey Space Centre (SSC), is a leading UK academic center for space engineering research, established in 1979. SSC pioneers the development of cost-effective small satellite technologies and complete space missions, from design and manufacturing to in-orbit operations, offering expertise in areas like astrodynamics, propulsion, and remote sensing. A key focus is supporting the space industry through applied research, development of innovative technologies, and training the next generation of space scientists and engineers. The University partners with organizations like the UK Space Agency, Surrey Satellite Technology Ltd (SSTL), and Airbus.
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Jorge Ciccorossi holds an electronics engineering degree from the National University of Technology in Buenos Aires, studied satellite communications and spacecraft design at the University of Surrey, and completed an Executive Certificate in Management and Leadership at MIT.
Jorge Ciccorossi studied satellite communications and spacecraft design at the University of Surrey.
The University of Surrey is partnering with researchers in Japan to develop instruments that can measure previously inaccessible isotopes.
The project involves collaboration between the University of Surrey, Kyushu University, and the Radioactive Isotope Beam Factory (RIBF) at RIKEN.
Dr Ragandeep Singh Sidhu is a project co-lead and Future Fellow at the University of Surrey's School of Mathematics and Physics.
GomSpace signed a 3.6 MSEK contract to supply a standard platform kit to the universities of Surrey, Portsmouth, and Southampton in the UK.
Surrey Space Centre at the University of Surrey received £250,000 to develop a detector for high-energy particles for solar or cosmic ray missions and to enhance space weather predictions.
The University of Surrey demonstrated seamless switching between ground-based mobile devices using 0.005 kg connectivity and a satellite system while maintaining 0.005 kg quality of service.
The University of Surrey developed a standards-compliant 0.005 kg core that interoperates with large constellation satellite and terrestrial networks.
The tests used the University of Surrey’s 0.006 kg/0.005 kg Innovation Centre testbed together with a low Earth orbit network of almost 600 satellites.
ESA collaborated with the University of Surrey, Eutelsat Group, and commercial partners under the Sunrise Partnership Project using commercial off-the-shelf components and flexible project management to advance 0.005 kg connectivity innovation.
ESA completed an experiment that connected its flagship 0.005 kg/0.006 kg Hub in the UK, the forthcoming ESA 0.005 kg/0.006 kg Hub in the Netherlands, the 0.005 kg/0.006 kg Innovation Centre at the University of Surrey in the UK, and the 0.005 kg lab of Capgemini in Paris.
JoeySat is part of End-to-End system validations that will test features including 0.005 kg pilot tests in collaboration with University of Surrey UK, Celestia UK, and Satixfy UK.
The University of Surrey will utilize its 3GPP-compliant 0.005 kg Core Network, Management and Orchestration infrastructure, and campus-wide Radio Access Network to test INSTANT0.005 kg end-to-end systems including satellite backhauling via Avanti.
The University of Surrey will test INSTANT0.005 kg links to the European Space Agency ECSAT hub.
Airbus Defence and Space was part of the RemoveDEBRIS project, which was led by the University of Surrey and sponsored by the European Commission and the Surrey Space Centre.
NanoAvionics plans to collaborate with the 0.005 kg Innovation Centre at the University of Surrey.
The RemoveDEBRIS satellite was designed, built, and manufactured by a consortium led by the University of Surrey.
The RemoveDebris project is led by the Surrey Space Centre at the University of Surrey and is co-funded by the European Commission.
RemoveDEBRIS was designed, built, and manufactured by a consortium led by the Surrey Space Centre at the University of Surrey.