Kookmin University hosts the '4th President's Cup National University Future Air Mobility Digital Design Competition'
- 24.12.10 / 이정민
Kookmin University (President Jung Seung-ryul) announced that it held the '4th Kookmin University President's Cup National University Student Future Air Mobility (AAM) Digital Design Competition' at the Kookmin University Creative Engineering Center on November 29.
Advanced Air Mobility (AAM) is a means of transportation that uses the airways to solve transportation and traffic problems in urban areas or between cities. AAM refers to advanced, technology-intensive air mobility, such as lightweight materials, batteries, flight control technology, as well as big data and artificial intelligence (AI), using electric-powered vertical take-off and landing (eVTOL) aircraft capable of unmanned autonomous navigation.
The competition, hosted by the Kookmin University Industry-Academic Cooperation Foundation and supported by the Kookmin University LINC 3.0 Project Team, was attended by 27 teams from 18 universities across the country, and 17 teams that advanced to the finals competed in AAM digital design. The results of the competition were as follows: the first prize was awarded to the KOOBIL team, two teams (Yonsei Drone and Free Flight Team) were awarded the gold prize, two teams (V.MO and Dadalos Team) were awarded the silver prize, two teams (Byeongsangyeop and BedRock Team) were awarded the bronze prize, and three teams (Gwanjak Boys Team, Dosum Place, and Busan Galmaegi Team) were awarded the encouragement prize. Each winning team received a certificate and a prize from the president of Kookmin University.
“Through this annual competition, we have seen that the design technology for AAM using digital twins is improving year by year among university students across the country,” said Professor Yoon Yong-hyun, who has been providing technical guidance and reference materials related to air mobility to participating students. ”I hope this competition will serve as a good model for cultivating demand-oriented human resources for future industries and will serve as an opportunity to further increase social interest in future air mobility.”
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This content is translated from Korean to English using the AI translation service DeepL and may contain translation errors such as jargon/pronouns. If you find any, please send your feedback to kookminpr@kookmin.ac.kr so we can correct them.
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Kookmin University hosts the '4th President's Cup National University Future Air Mobility Digital Design Competition' |
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2024-12-10
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Kookmin University (President Jung Seung-ryul) announced that it held the '4th Kookmin University President's Cup National University Student Future Air Mobility (AAM) Digital Design Competition' at the Kookmin University Creative Engineering Center on November 29.
Advanced Air Mobility (AAM) is a means of transportation that uses the airways to solve transportation and traffic problems in urban areas or between cities. AAM refers to advanced, technology-intensive air mobility, such as lightweight materials, batteries, flight control technology, as well as big data and artificial intelligence (AI), using electric-powered vertical take-off and landing (eVTOL) aircraft capable of unmanned autonomous navigation.
The competition, hosted by the Kookmin University Industry-Academic Cooperation Foundation and supported by the Kookmin University LINC 3.0 Project Team, was attended by 27 teams from 18 universities across the country, and 17 teams that advanced to the finals competed in AAM digital design. The results of the competition were as follows: the first prize was awarded to the KOOBIL team, two teams (Yonsei Drone and Free Flight Team) were awarded the gold prize, two teams (V.MO and Dadalos Team) were awarded the silver prize, two teams (Byeongsangyeop and BedRock Team) were awarded the bronze prize, and three teams (Gwanjak Boys Team, Dosum Place, and Busan Galmaegi Team) were awarded the encouragement prize. Each winning team received a certificate and a prize from the president of Kookmin University.
“Through this annual competition, we have seen that the design technology for AAM using digital twins is improving year by year among university students across the country,” said Professor Yoon Yong-hyun, who has been providing technical guidance and reference materials related to air mobility to participating students. ”I hope this competition will serve as a good model for cultivating demand-oriented human resources for future industries and will serve as an opportunity to further increase social interest in future air mobility.”
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