SPACE 2026 — IEEE SPace, Aerospace and defenCE Conference

Advances in Unmanned Aerial Systems (UAS) Technology

Advances in Unmanned Aerial Systems (UAS) Technology

July 19, 2026

Session Organizers

Dr. Dipak Kumar Giri

Associate Professor, IITK

Dr. Rachana Agrawal

Assistant Professor, IITK

Dr. Anirban Roy

Professor of Practice, Wadhwani School of AI & Intelligent Systems (WSAIS)

Abstract

Unmanned Aerial Systems (UAS) have become a key component of modern aerospace and defence operations, supporting a wide range of missions through enhanced sensing, autonomy, and operational flexibility. Rapid progress in platform design, control, communication, and onboard intelligence is significantly expanding the performance and applicability of unmanned aerial platforms. This special session aims to bring together researchers and practitioners to present recent technological developments in UAS, with primary emphasis on aerospace and defence domains.

Unmanned Aerial Systems (UAS) have become a key component of modern aerospace and defence operations, supporting a wide range of missions through enhanced sensing, autonomy, and operational flexibility. Rapid progress in platform design, control, communication, and onboard intelligence is significantly expanding the performance and applicability of unmanned aerial platforms. This special session aims to bring together researchers and practitioners to present recent technological developments in UAS, with primary emphasis on aerospace and defence domains.

Topics of Interest (include, but are not limited to):

  • UAS design, configurations, and system integration.
  • VTOL, hybrid, and unconventional aerial architectures.
  • Flight control, navigation, and autonomy for UAS.
  • Cooperative, swarm, and distributed operations.
  • Sensing, perception, and onboard data processing.
  • Communication and networking for aerial missions.
  • Power, propulsion, endurance, and energy management technologies.
  • Payload integration and mission-driven platform design.
  • Cost-effective design, manufacturability, and scalability.
  • Testing, simulation, validation, and operational deployment.
  • Safety, reliability, and certification-related considerations.