Space school is out of this world, say kids
Pupils work with astronaut Steve on science project
American- born NASA astronaut Steve Swanson has joined 200 young people in Paisley for a spectacular week- long space school.
School pupils from Renfrewshire, Inverclyde and East Renfrewshire will work together to design a science experiment that can be carried out in space during Mission Discovery Renfrewshire. The project is hosted by Renfrewshire Council in partnership with the University of the West of Scotland (UWS) and is ran by the International Space School Education Trust (ISSET).
The programme gives young people the chance to learn from NASA’s approach to developing leadership, team building and personal development as well as fostering interest in science and research.
Teams of pupils will work alongside student mentors from UWS and a panel of space experts, including 56- year- oldSteve, who will share his insights and experience gained during 643 days of space flight.
Provost Lorraine Cameron said: “Mission Discovery has been a tremendous success in Renfrewshire and pupils who have taken part tell us what a great programme it is.
“Learning first-hand from space experts is a unique opportunity for young people and we hope it will inspire many of them to consider taking science forward as a career.
“Renfrewshire is one of only a few places where children can learn directly from NASA astronauts and that’s thanks to Mission Discovery and the team at ISSET.”
The fourth Mission Discovery Renfrewshire kicks off just days after the SpaceX 11 rocket is launched into outerspace towards the International Space Station, carrying last year’s winning experiment.
The experiment was designed to test whether bacteria can enable phosphate to become soluble, which is a step towards enabling plant growth on Mars. A statement from the winning team says: “It is great that our experiment is on its way from Paisley to the International Space Station and it will be amazing to see the results.
“We know there is an abundance of inorganic phosphate on the surface of Mars, but plants would need it to be solubilised in order to grow.
“Phosphate solubilising bacteria are able to achieve this solubilising, but we do not yet know how effectively the bacteria will grow in microgravity.
“This experiment wi l l compare growth of the bacteria in microgravity compared to on earth.”
Professor Craig Mahoney, UWS principal and vice-chancellor, is delighted to be involved.
He said: “The Mission Discovery project is one of the most innovative programmes we’ve ever been involved with at UWS.
“It is vital that, as a university, we promote and nur ture the development of science, engineering, technology and mathematics capability in students and young people and introduce them to these areas as well as to the prospects of higher education.
“We want to foster interest in these areas as well as developing and encouraging the best talent and this project goes a long way towards achieving this goal.
“As such, UWS is delighted not only to take a lead role in supporting the Mission Discovery project for the fourth year running, but also to be hosting this year’s event for the second time at our Paisley Campus.
“This brings together nearly 250 secondary school students onto the campus.
“We are extremely keen to continue to develop our involvement in this important project that continues to support widening access and the pursuit of higher level skills in students.”
Pupils will find out which experiment has been chosen to be launched into outer space at the end of the programme. ● To find out more about Mission Discovery Renfrewshire, follow #RenMD2017 on Facebook and Twitter.
Mission Discovery has been a tremendous success Lorraine Cameron