Chemnitz students impress with AI innovation at the Paris Airshow!

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The “Aeromorph” team from Chemnitz University of Technology wins the “Airbus Fly Your Ideas-Global Prize” 2025 for innovative AI development in aviation.

Das Team „Aeromorph“ der TU Chemnitz gewinnt den „Airbus Fly Your Ideas-Global Prize“ 2025 für innovative KI-Entwicklung in der Luftfahrt.
The “Aeromorph” team from Chemnitz University of Technology wins the “Airbus Fly Your Ideas-Global Prize” 2025 for innovative AI development in aviation.

Chemnitz students impress with AI innovation at the Paris Airshow!

On June 20, 2025, the winning team “Aeromorph” from Chemnitz University of Technology was awarded the prestigious “Airbus Fly Your Ideas-Global Prize” at the Paris International Airshow. The team, consisting of Clinton Ikechukwu, Muhammad Junaid Ali and Oghosa Abu, prevailed against 300 student teams from 49 countries. Their innovative idea, an artificial intelligence called EVA_LAND, aims to support pilots in emergency landing scenarios by analyzing relevant data from cameras and sensors. This technical solution promises to significantly improve air traffic safety.

The challenge the team overcame is part of a larger competition that Airbus is organizing for students from around the world. The “Fly Your Ideas 2025” competition challenges participants to develop creative solutions in teams of three. The focus is on three central challenges: sustainability, the development of artificial intelligence and innovative business models that could revolutionize the aviation industry. Participants have the opportunity to present their concepts to a group of Airbus experts. The competition ends with a final presentation at the Paris Airshow.

Background and team members

Clinton Ikechukwu, one of the team members, is pursuing an Erasmus Mundus Joint Master's program in meta 4.0 at Chemnitz University of Technology. Oghosa Abu, who is also part of the team, studies Advanced and Computational Mathematics and emphasizes the relevance of what she has learned for the practical application of her idea. Muhammad Junaid Ali, the third in the group, emphasizes the essential role of creativity and teamwork in the success of their development.

Mélanie Ducoffe's scientific work also had a significant influence on the realization of the project. The team's mentors, including Prof. Dr. Stephan Odenwald and Prof. Dr. Claudio Paganini, support the students throughout the entire development process. Dr. Matthias Rehm acknowledged the team's success and emphasized the importance of personal development within the competition.

Artificial intelligence in aviation

The use of artificial intelligence in aviation is increasingly seen as a key technology for overcoming future challenges. A comprehensive study called KI-on-Air, which deals with the research potential of AI for aviation in Austria, highlights the need for innovative products and processes in this industry. These technologies are crucial for competitiveness in the international aviation market and make it possible to transform existing business models and create new ones.

As part of the competition, Airbus offers a platform for networking and the international presentation of participants' ideas. The winning team will also receive an accelerated interview for the Airbus Global Graduate Program 2026, which represents a significant step in the students' careers.

Speaking on the award, Clinton Ikechukwu thanked Airbus for supporting young talents and recognizing their innovative model. Participation in such competitions not only offers the opportunity for personal and academic development, but is also an important signal for the future of aviation technology.

For details on the competition conditions and registration, those interested could go to the respective IT Talents website, which also advertises the event.

TU Chemnitz reports that the “Aeromorph” team is making an important contribution to flight safety with their AI solution. Also provides information about the challenges in air transport IT Talents, while BMIMI further analyzed the relevance of AI in aviation.