Check out our research areas below

  • Research activities under this programme are related to:
  • brain-computer interfaces
  • conflict detection and resolution
  • trajectory prediction
  • delay prediction
  • runway-taxiway management and airborne sequencing, under increasing demands and uncertainties
  • Enabling safe and efficient operations in urban airspace through:
  • Modeling the probability and severity of mid-air collision using risk estimation and impact simulation
  • Ensuring safe separation based on CNS performance, latency in communication and command protocols, and inter-UAS/UAS-obstacles wake encounter modeling
  • Management of traffic flow based on different air traffic management concepts and strategies, e.g. 4D trajectory based operations
  • This looks into the enhancement of air traffic management through the study of innovative and advanced airspace concepts such as:
  • Free-Route Airspace
  • Flight-centric Operations
  • Dynamic Management of Airspace
  • Some key areas of research undertaken are as follows:
  • ATM Science
  • ATM Applied Research
  • Next-Generation Technologies
  • Human-Machine ATM Interactive Studies
  • Human-AI ATM Studies