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Airbus launches the fifth "Fly Your Ideas" global student challenge

08.06.2016Career and Job

For the fifth time, Airbus challenges students worldwide to innovate for the future of aviation by launching the latest Fly Your Ideas competition.

Every two years, the competition offers a unique opportunity for students from across the globe to co-innovate with Airbus on real challenges facing the aviation industry and to develop valuable skills for their future careers. This includes learning teamwork, project management, as well as communications skills. Registration for Fly Your Ideas 2017 ends late August 2016 at Students must register as a team of three to five members. They are encouraged to include team members from diverse nationalities, backgrounds and disciplines - from engineering to marketing and from science to design. Teams must be supported by an academic mentor from one of the students' institutions. Projects are assessed by Airbus experts and all teams get feedback as early as Round 1. The 50 teams selected for Round 2 get significant input and guidance from Airbus mentors to develop their idea into a detailed project. Five teams are selected for Round 3 where students are asked to test, prototype or visualise their solutions. Finally the teams present their projects to an expert jury at the final event in May 2017, where the winning team wins a prize of €30,000 and the runners up €15,000.

New in this latest competition, students are asked to submit solutions to genuine industry challenges that are either innovations for 'Now' or innovations for the 'Future'; guaranteeing a cross section of ideas that are both applicable today and deliver blue sky thinking for tomorrow. The key challenges submitted to students are:

Business models: What else could be done with aircraft other than transportation?
Flight operations: How can big data be used to improve efficiency of flight operations?
Passenger experience: How can new processes or layouts ease passenger boarding and disembarking, whilst increasing capacity for luggage?
Design engineering: How can artificial intelligence support aircraft design and/or manufacturing?
Manufacturing: How can manufacturing be optimised to reduce waste and ensure the sustainability of resources?



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