Typical Research Topics

1. Advancements in Lightweight Technology for Low-Altitude Aircraft

This research initiative addresses the critical need for lightweighting in low-altitude aircraft, such as drones and urban air mobility vehicles, to enhance energy efficiency, maneuverability, payload capacity, and environmental sustainability.

2. Hybrid Aero-Engine for Medium-long Distance Low Altitude Flight

This project focuses on weight reductions from a material perspective and electrical innovations in order to enhance its energy efficiency and meet the requirements of long-distance and heavy-load operations for eVTOLs.

3. Advancements in Electronics for Low-Altitude Aircraft

This research aims to overcome these challenges through next-generation semiconductor applications, advanced computing paradigms and multimodal perception and communication solutions to improve the performance, safety and commercial viability of future low-altitude vehicles.

4. Software Simulation Platform

This program aims to build a unified end-to-end planning and control system of LAE in Hong Kong. It supports large-scale, generalizable design, testing, and optimization of flying vehicles and airspace and infrastructure management.

5. Navigation and Flight Control of Low-Altitude Vehicles

This research aims to use LiDAR (Light Detection and Ranging)-centric multi-sensor fusion to achieve the safety and autonomous operation of low-altitude aerial vehicles.

6. Digital twin-enabled real-time dynamic collaboration and monitoring system supported by Air-Ground-Network Integration

This research endeavors to create a real-time dynamic collaboration and monitoring system for air-ground-network digital twins. It aims to develop hardware and control methods for ultra-low-latency target recognition and path optimization, design real-time data-driven multi-modal path optimization strategies, explore the coordination mechanisms for air-ground-network integrated 3D transportation systems, and establish multi-dimensional visualization and monitoring methods for low-altitude digital twins, with the goal of enhancing overall efficiency.

7. Multimodal Logistics Systems in the Low-Altitude Economy

This project addresses critical challenges in low-altitude logistics by developing an AI-enhanced, privacy-aware optimization system. By improving cross-modal coordination and resilience, it supports the sustainable growth of the Low-Altitude Economy (LAE) while benefiting stakeholders across the logistics ecosystem. The outcomes will advance academic research and provide actionable tools for industry and policymakers, reinforcing Hong Kong’s leadership in smart transportation innovation.

8. Adaptive Legal Frameworks for the Low‑Altitude Economy in the Greater Bay Area

Combining doctrinal and comparative analysis with field‑based evidence, the project delivers a legal toolkit to unlock a safe and sustainable GBA sky. It will pinpoint statutory gaps, illuminate operational bottlenecks, and translate findings into model clauses, cross‑boundary agreements, and an AI audit framework. The roadmap harmonizes Hong Kong’s common law with Mainland provisions, bolsters trust in automated governance, advances green mobility, and accelerates the LAE from pilot stage to routine practice.