

The 2026 International Symposium on Aerospace Information and Industry Innovation (ISA3I 2026) is scheduled to be grandly held in Chongqing, China from April 24 to 26, 2026. This conference is jointly hosted by Harbin Institute of Technology Chongqing Research Institute and Harbin Institute of Technology. It aims to build a high-level academic exchange and cooperation platform for global experts, scholars, engineers, and enterprise R&D personnel in the fields of aerospace information, aerospace engineering, and industrial innovation, to share the latest research achievements, explore cutting-edge technology trends, and promote the deep integration of academic innovation and industrial application in the aerospace sector.
The conference focuses on six core directions: avionics and onboard systems, aerospace vehicle systems and manufacturing, unmanned systems and aerospace application engineering, satellite communication and navigation technology, large-scale low-earth orbit constellation networking technology, and large-scale low-earth orbit constellation management technology. Topics include aerospace remote sensing, aircraft design, intelligent materials, unmanned aerial vehicle autonomy control, satellite navigation enhancement, constellation network architecture, and dynamic management, among other frontier fields. ISA3I 2026 will feature invited talks, keynote speeches, and oral presentations to foster interdisciplinary integration and collaborative innovation, contributing to technological progress and application promotion in aerospace information industries.
We sincerely invite researchers and industry practitioners worldwide to submit abstracts and manuscripts to participate in this important scientific event. Previous proceedings have been highly regarded within related academic communities.
![]() | April 24-26, 2026 Conference Dates |
![]() | January 24, 2026 Full Paper Submission Date |
![]() | April 10, 2026 Registration Deadline |
![]() | April 17, 2026 Final Paper Submission Date |


Airborne multi-source navigation system and enhanced positioning technology; Airborne situation awareness and real-time target recognition tracking system; High performance airborne sensor design and information fusion technology; Avionics system hardware integration and interface standardization; Embedded flight control computer and aviation bus network; Hardware system design of airborne radar and electronic countermeasure; Airborne fault diagnosis and health management system; Aviation electronic equipment airworthiness certification and verification technology; ...

Overall Design and Intelligent Control of Aerospace Aircraft; Development of new propulsion system; Electric propulsion and hybrid aviation propulsion technology; Aerospace Smart Materials; Aircraft structural dynamics; Vibration control and fatigue life prediction; Design and optimization of aircraft landing gear system; Aviation Fuel System and Fire and Explosion Protection Engineering Technology; Automatic generation and assembly process optimization of composite materials; Aerospace manufacturing digitization and flexible intelligent equipment; ...

Design of air-ground cooperative unmanned aircraft system; UAV autonomous flight control and navigation system; Large and medium-sized cargo UAV system design and airworthiness; Logistics UAV cargo delivery and mooring technology; Design of urban air traffic aircraft; Design of aviation emergency rescue equipment and task system; Optimization of UAV power and energy management system; ...

Satellite navigation system architecture and enhancement technology; Satellite communication link design and optimization; Space-air-ground integrated communication and navigation system; Navigation signal processing and anti-jamming technology; Mobile Satellite Communications and Broadband Access; Laser satellite communication technology and its application; Constellation design and orbit control; ...

Design of LEO satellite constellation network architecture; Large-scale constellation dynamic routing and multi-hop communication technology; Satellite-ground cooperative networking and cross-layer optimization method; Dynamic spectrum resource allocation and interference management; ...

Low-orbit constellation orbit maintenance and collision avoidance technology; Satellite constellation task scheduling and resource management; Autonomous operation and fault diagnosis of constellation based on AI; Real-time remote control and remote operation control architecture; Constellation operation security and anomaly detection; ...

The theory and technology of spatial intelligent brain; Small Sample Learning and Adaptive Intelligence; Spatial intelligence game and adversarial decision; Space mission autonomous planning and decision-making; Autonomous navigation, guidance and control of spacecraft; Space robot perception, planning and operation; Spacecraft fault diagnosis and decision-making; Extraterrestrial celestial body detection, base construction and intelligent operation and maintenance ...
All papers submitted to ISA3I 2026 will be reviewed by two or three expert reviewers from the conference committees. After a careful reviewing process, all accepted papers will be published in the Conference Proceedings, and submitted to EI Compendex, Scopus for indexing.
Note: All submitted articles should report original research results, experimental or theoretical, not previously published or under consideration for publication elsewhere. Articles submitted to the conference should meet these criteria. We firmly believe that ethical conduct is the most essential virtue of any academics. Hence, any act of plagiarism or other misconduct is totally unacceptable and cannot be tolerated.



