This prize will be a source of motivation for years to come,” says Goulet-Tran on receiving the news of his win. “I am very pleased that the judges recognized my work and I wish to thank everyone who was involved during this project. The designed reflect array was fabricated and its performance validated using measurements in anechoic chamber achieving a bandwidth of 6.5%. The challenge in the design of reflect array is to choose the shape of the printed surfaces to form a collimated beam over a reasonable bandwidth. Goulet-Tran’s entry used Feko to design planar reflect array antenna, where the whole antenna system can be folded on one side of the satellite and saving space for CubeSat application. This also helps their future engineering careers.” “It is so inspiring to see the innovative thinking of these students with our software,” saiysMatthias Goelke, senior director, business development academic markets, Altair. “The students gain valuable experience with Feko, our computational electromagnetic (CEM) tool, a world-leader in the EM field for the automotive, aerospace, defence, communications, consumer electronics, energy, and healthcare industries. Altair announces that Didier Goulet-Tran, an undergraduate student from Polytechnique Montreal, Canada, is the winner of the 2018 Altair Feko Student Competition.
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