A Successful Conclusion: The 2025 International Conference on Aerospace, Information Technology and Control Engineering (AITCE 2025) Held Online

(Virtual Platform) – The 2025 International Conference on Aerospace, Information Technology and Control Engineering (AITCE 2025) was successfully convened online on July 11, 2025. This virtual gathering brought together leading researchers, engineers, and academics from across the globe to exchange the latest scientific findings and explore cutting-edge technological advancements in these dynamic and interconnected fields.

The conference provided a high-caliber international platform dedicated to sharing research achievements, understanding academic trends, broadening research perspectives, and fostering industrial collaboration. The event facilitated in-depth academic discussions aimed at promoting the practical application of research outcomes.

The conference agenda was rich and engaging, featuring four distinguished keynote speeches followed by four insightful oral presentation sessions.

The keynote session was a highlight of the event, showcasing frontier research:

• Prof. Weishan Zhang from China University of Petroleum (East China) inaugurated the speeches with his presentation on "Robust Federated Learning with Self Continuous Learning," offering profound insights into resilient and adaptive machine learning paradigms.

• Prof. Zilong Zhao from Beihang University followed, discussing "Topology optimization and its application in morphomechanics," bridging advanced design theory with practical mechanical applications.

• Prof. YADAV Devinder Kumar from Kenya Aeronautical College provided a specialized perspective with his talk on "Developing a theoretical framework for technical evaluation of an airport runway pavement," addressing critical infrastructure assessment.

• The keynote session concluded with Prof. Samir Ladaci from Ecole Nationale Polytechnique Algiers, who introduced attendees to "Fractional-Order LPV systems: study and adaptive control," exploring sophisticated control system theories.

Each keynote speech was followed by a lively Q&A session, allowing for dynamic interaction between the speakers and the global online audience. A virtual group photo session captured the spirit of this international academic community.

The oral presentation session further demonstrated the breadth and depth of ongoing research:

• Ganghua Su (National University of Defense Technology) presented on an assessment method for megaconstellation networks.

• Yunhe Song (Jinan Institute of Special Structures) shared research on stiffness check and deformation control of composite honeycomb sandwich structures.

• Kelin Li (Nanjing University of Aeronautics and Astronautics) introduced a hybrid control strategy for UAVs using optimization algorithms.

• Zixuan Bai (Civil Aviation University of China) concluded the presentations with a novel abnormal detection method for aircraft air conditioning systems.

On behalf of the organizing committee, we extend our deepest gratitude to all the keynote speakers, presenters, session chairs, reviewers, and every participant who contributed to the immense success of AITCE 2025. Your enthusiastic engagement and invaluable contributions were the cornerstone of this productive conference.

We sincerely hope all participants found the conference inspiring and fruitful. We look forward to the possibility of welcoming you to future editions of AITCE, hopefully in person, to continue building this vibrant community dedicated to advancing knowledge in aerospace, information technology, and control engineering.