Advancing the low-altitude economy through academic research, technology development, and education — bridging engineering innovation with institutional governance.
HKVS operates at the intersection of academic inquiry, technological innovation, and human capital development for the low-altitude economy.
Producing frontier research that bridges engineering performance with institutional governance in the emerging low-altitude economy.
Translating research breakthroughs into production-grade simulation platforms and intelligent aviation systems.
Building human capital for the low-altitude economy through certification programmes, simulation labs, and academic competitions.
Our research treats the low-altitude economy as a socio-technical system — integrating engineering, governance, and market design.
Airspace property rights, regulatory frameworks, market access mechanisms, and institutional design for urban air mobility systems.
Multi-agent reinforcement learning for formation control, cooperative decision-making, collision avoidance, and large-scale swarm coordination.
eVTOL scheduling, vertiport network design, airspace management algorithms, and strategic pricing games for emerging air taxi markets.
High-fidelity GPU-accelerated simulation frameworks, Isaac Sim integrations, and digital twin pipelines for testing autonomous aviation systems.
A comprehensive simulation and teaching platform for low-altitude economy education, powered by HKVS research.
AeroSim transforms cutting-edge research into interactive teaching modules for universities. It covers policy simulation, UAV swarm experiments, urban air traffic scheduling, and includes automated grading.
The world's first interdisciplinary journal dedicated to the low-altitude economy, bridging aviation engineering (SCI) and governance studies (SSCI). Published by HKVS.
Visit JLAE →14A, Grandview Mansion, 16 Shing Lee Road, Kowloon, Hong Kong