Engineering solutions for soldiers on the battlefield
Students from the University of Southampton have won a national competition thanks to a revolutionary helmet they designed for use by soldiers on the battlefield. The student team won the Project Arduino competition organised by Thales, a leading engineering and technology company. The contest required the students to build a piece of equipment, using the Thales Arduino open-source electronic microprocessor platform, which tied in with the Thales business areas Ã¢â¬â transport, aerospace, defence and security. The students designed an innovative helmet that monitors soldiers' heartbeat and temperature along with other factors such as their body position. Izidor Flajsman, Priank Cangy, Rasmus Valling, and Jonas Svedas from Electronics and Computer Science worked on the microprocessing circuits, while third-year MEng Mechanical Engineering student Erik Kovalan used the University's 3D printing facilities to create a robust casing for the technology. The team had two weeks to work on their design and produce a video showcasing their invention. Ã¢â¬ÅWe were asked to come up with an idea that reflected Thales work. The company is a big defence contractor so we thought a multi-purpose helmet would be worth developing,Ã¢â¬Â says Erik. Professor William Powrie, Dean of the Faculty of Engineering and the Environment, says: Ã¢â¬ÅIt is great to see our students using their skills to tackle and solve real world problems, and working so effectively as a team to innovate successfully. This is an excellent achievement.Ã¢â¬Â Professor Neil White, Head of Electronics and Computer Science, adds: Ã¢â¬ÅThis is a fantastic achievement and says a great deal about the calibre of the students and the innovative research being produced at Southampton.Ã¢â¬Â Teams from six universities (Brunel, Manchester, Surrey, Sussex and University College London) took up the challenge and after some hard-fought technological battles that whittled the six campus winners down to three, the winner was chosen by a public vote.