A satellite whose components are not connected through electric cables but miniaturised radio modules: This innovation has earned two computer scientists from the University of Würzburg the first place in the INNOspace Masters competition.
Professor Sergio Montenegro and his fellow researcher Tobias Mikschl have reason to be happy: A few days ago, the two computer scientists from the Julius-Maximilians-Universität (JMU) Würzburg in Bavaria, Germany, took to the podium in Berlin – as the overall winners of the INNOspace Masters competition and as winners of the category “DLR Space Administration Challenge”. DLR is the national aeronautics and space research centre of the Federal Republic of Germany.
What the price was awarded for: Montenegro and Mikschl developed Skith, a technology for the world’s first wireless satellite. Previously, all single components of a satellite had to be interconnected using electric cables. Skith has changed that by using miniaturised high-speed real-time radio modules with short ranges. This reduces design effort and costs while boosting the satellite’s technical reliability and flexibility.
Test in space planned for 2018
“The system is ready and waiting in our labs to be tested in space under real conditions,” says Mikschl. In 2018 already, Skith could hitch a ride on a satellite to be launched into space, allowing the system to prove how well it functions under real conditions.
Skith stands for “skip the harness”. As a reward for their innovation, Montenegro and Mikschl received a certificate, a satellite-shaped trophy and the invitation to apply for money with the DLR to fund new projects.
Learn more: The world’s first wireless satellite