From aircraft design to mousetrap-powered motor cars, sixth formers learn that materials matter at a summer school organised by the 探花直播 of Cambridge.
From aircraft design to mousetrap-powered motor cars, sixth formers learn that materials matter at a summer school organised by the 探花直播 of Cambridge.
In a week that sees a UK team attempting to break the diesel land speed record in the USA, Year 12 students from across the country are discovering how innovations in material design can make all the difference.
探花直播Sutton Trust MATERIALSMATTER@cam summer school allows young people to find out for themselves what Cambridge has to offer, whilst exploring the world of materials science, a subject they may not have encountered before.
探花直播sixth formers鈥 first day was spent largely in King鈥檚 College, where they are based, finding out about the chapel and discovering more about the history of the 探花直播. They also took part in a competition to build a structure from simple materials.
Today 鈥 the summer school鈥檚 first full day 鈥 the group have enjoyed a hands-on practical session looking at the mechanical properties of various materials such as metal, polymers and wood.
Course organisers, Rob Wallach and Lianne Sallows explained: 鈥淭his gives a basis for the afternoon's visit to the air museum at Duxford. 探花直播different types of aircraft on show will demonstrate how improvements in our understanding of materials have contributed to the faster, larger and more efficient machines that have evolved since the Wright brothers first got off the ground in 1903.鈥
探花直播summer school culminates with a project in which students are put into teams and challenged to design and build a racing car powered only by a mouse trap. 探花直播winning entry will be judged on distance travelled, top speed, and aesthetics.
探花直播summer school is hosted by the 探花直播鈥檚 Department of Materials Science and Metallurgy and funded by the Sutton Trust. Whilst some priority was given to students from UK state schools who are the first in their family to consider applying to university, students from a wide range of backgrounds have taken part.
This work is licensed under a . If you use this content on your site please link back to this page.