How can we control swarms of drones so that they can be used to reforest woodlands in the most efficient way? Merna Tohfa, a university assistant at the Department of Networked and Embedded Systems, is developing mathematical models and technologies that enable swarms of drones to scatter tree seeds in areas that may be difficult to access.
Where will all the electricity required for the increasing number of electric cars come from? The Shared Charging project aims to provide an answer to this common question. The research team is developing a novel approach to public charging systems that can be seamlessly integrated into renewable energy systems. The goal is to create a comprehensive, user-friendly network of charging points that is as accessible as today’s parking spaces – but powered by solar, wind and other renewable sources.
Christoph Rauter is in his sixth semester of studying Information and Communications Engineering at the University of Klagenfurt, and is currently writing his Bachelor’s thesis. He took courses at the university while still in secondary school. During his studies he has also worked as a tutor at the university for several semesters and recently spent a semester abroad at Trinity College in Dublin.
Many hands make light work: the same applies to multiple robots and drones, which are capable of quickly scanning large areas, and can also clean or inspect them. Khalil Al-Rahman Youssefi’s doctoral thesis focuses on developing new technologies that allow swarms of robots to fully map an area using a method known as ‘coverage exploration for robot swarms’.
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