SSTL’s military space expert Dr. Stuart Eves has accepted a year’s secondment to the new Science and Technology Facilities Council (STFC) at the UK’s new Harwell facility to advise on space security. His principal responsibility will be as the authority on the Security and Resilience Unit (SRU) that will form part of the International Space Innovation Centre (ISIC).

Enough with the acronyms! ISIC is a joint venture between the UK Government and Industry, that is anticipated to evolve into a centre which supports both UK national requirements as well as international security-related space systems. The idea is to create a Hub of Innovation that will act as a seed-bed for innovation in the UK.

Stuart will also be expected to actively liaise with the newly formed UK Space Agency on space security matters in support of government policy making, since a close relationship between the policy and strategy aims of the agency and the executive elements at ISIC will clearly be essential.

Continue reading "Space security guru Stuart to advise government"

It’s been a few months since our blog about the Engineering Education Scheme (EES) The aim of the scheme is to provide students aged 16 and 17 with experience in engineering, science and technology in order to make informed decisions about their future education and career.

The students from Farnborough 6th Form College are investigating ways to detect signals in space that offer a precursor to earthquakes. In this respect, it also has something in common with the POISE space experiment that SSTL helped students to develop on behalf of the British National Space Centre (BNSC).

In January, despite the unusually heavy snow the students managed to attend a two day workshop at Surrey University. The team had done some broad research into the field, but still had not decided on which technology(s) would be most appropriate for detecting precursors to earthquakes.

Within the first day, they had decided on a combination of a topside sounder that would measure ion concentration in the ionosphere from above, and an infrared camera which has also shown some promising results for earthquake detection. The rest of the time, the team concentrated on building a half-scale model of a Disaster Monitoring Constellation type spacecraft to be used for display purposes.

SSTL’s David Sanderson has been visiting the team roughly every two weeks after work to provide supervision and mentoring. Their model is now certainly looking the part (see photo above) and the team is preparing their report for assessment and celebrations in April.

SSTL is sponsoring a team of students that have been enrolled in the Engineering Education Scheme (EES) to help solve real and live problems for engineering, applied science and technological companies. The Scheme is set up by the Engineering Development Trust (EDT), with the aim to provide students aged 16 and 17 with experience in engineering, science and technology in order to make informed decisions about their future education and career.

During the 6 month programme, the students who all currently attend Farnborough 6th Form College, will take on the task set by SSTL to “Investigate possible ways of detecting earthquake precursor signals using satellites, to help us move from disaster monitoring to disaster mitigation”. The project will be mentored by SSTL Radio Frequency team member David Sanderson.

David met with the four budding engineers and their school teacher to give them a tour of the SSTL clean rooms, a presentation on small satellite engineering and introduced them to the project, which will end in April or May with a Celebration and Assessment Day by professional engineers.

The aim of the project is to provide SSTL’s Mission Concepts team with carefully calculated information, including mass, volume and power estimates, for a pre-selected list of sensors. These estimates can then be used to determine the size of the mission required to carry them.

BNSC and SSTL are offering UK schools the chance to fly an experiment on one of the small satellites built by SSTL. Any UK students, either individuals or teams, aged between 14 and 18 can enter their experimental package. Speaking about the Space Experiment on the BBC news website today Brainchild Dr Stuart Eves (SSTL) :

Satellites affect everyone on the planet. They deliver telephone communications and TV programmes across the globe, enable the safe navigation of ships and aircraft and provide the timing signals that are used to coordinate the national power grid and mobile phone calls.

The BNSC's Dr Ian Gibson also commented in the BBC report, expressing the essence of the Space Experiment.

This hands-on competition should be fun as well as educational

To hear more you can also tune in to the Today Programme on Radio 4. Use the "Listen Again" function for this morning (Thursday 13th December) and search around 6:55 am.

The winning experiment can weigh up to 1kg and will have a development budget of up to £100,000. The deadline for receiving initial proposals is 28th February 2008, so get your skates on!

BNSC and SSTL hope that the competition will stimulate interest in Space, with many entrants. Out of the hopefuls, six finalists will be announced at the UK Space Conference at Charterhouse in March 2008 and invited to submit more detailed proposals for consideration.

The winners will be announced at the IAF Congress in Glasgow in October 2008 and the winning experiment will be integrated onto an SSTL mission due to fly in the 2010 timeframe.

The experiment could aim to measure some aspect of the space environment, investigate some aspect of the Earth, or test a new satellite technology in Low Earth Orbit What to include in an initial proposal (of up to 5 pages):

• The purpose of the experiment you would like to fly.
  
• What data you would expect to collect.
  
• How you would use the data collected.
  
• How your experiment would advance space science or technology.
  

For full details visit the Space Experiment website: www.spaceexperiment.info