The International Conference on Global Aeronautical Engineering and Satellite Technology 2024 (GAST'24)

Ajouté le : 12-October-2023

The International Conference on Global Aeronautical Engineering and Satellite Technology 2024 (GAST'24) is an international event jointly organized by the LAMIGEP Research Laboratory of the Moroccan School of Engineering Sciences Marrakesh, the I2SP research team, and the LSEEET laboratory of Cadi Ayyad University. This conference serves as a gathering for prominent experts and professionals in the fields of aeronautical engineering, drones, and satellite technology. Its primary focus is to explore the latest advancements in CubeSats, drones, and other related technologies, while also addressing the challenges and opportunities within the space industries. The conference provides an interactive platform for participants to share ideas, present research findings, and exchange experiences. Attendees encompass researchers, academics, engineers, industry leaders, and students from across the globe. With its emphasis on networking, collaboration, and knowledge acquisition, this conference is a must-attend event for those interested in staying up-to-date with the latest developments in aviation and space sciences. The International Conference on Global Aeronautical Engineering and Satellite Technology plays a significant role in advancing knowledge and fostering innovation in these critical industries.

Topics:

  • Satellite Technologies
    • Satellite systems engineering
    • Nanosatellites : concept, challenges and perspectives
    • Cubesat Subsystems and Technologies
    • Space Exploration Missions with Cubesat
    • Earth Observation and Novel Scientific Instruments / Sensors on Cubesats
    • Nano-satellite attitude and thermal control
    • Mechanical structure and Orbital mechanics
    • Satellite Meteorology and global climate
    • On-board energy
    • CubeSat Antenna
    • Solar Array Deployment
    • Propulsion systems
    • The development and launch support infrastructure.
  • Aerospace and Electronic Systems
    • Aerospace Materials and Manufacturing
    • Aircraft Design and Analysis
    • Aerospace Propulsion and Power Systems
    • Aerospace Control Systems
    • Aerospace Instrumentation and Testing
    • Navigation, communications, sensors, and avionics architectures
    • Avionics systems for aircraft/rotorcraft/unmanned aircraft
    • Aeronautics and space avionics
    • Avionics and flight-critical systems
    • Integrated modular avionics
    • System engineering
    • Unmanned systems and networks
    • Emerging technologies in avionics
    • Software in avionics
    • Electronic Warfare
    • Digital Signal Processing
    • Autonomy for Enabling the Next Generation of UAVs
  • AI for drones control and computing
    • Stability and precision
    • Autonomic and Trusted Computing
    • High-Performance Computing
    • Knowledge Discovery and Data Mining
    • Parallel and Distributing Computing
    • Parallel Computing Applications in Identification and Control
    • Virtual Reality and Visualization
    • Intelligent Data Engineering and Smart Applications
    • Drones and nano-drones performance
    • Conformity of technical drone requirements
    • Drone operations in practice
    • The integration of nanotechnology with other emerging technologies, such as artificial intelligence and robotics, in aviation.
  • Telecommunications and Electrical Engineering
    • Telecommunication Systems
    • Telecommunications Applied to Transportation
    • Radar systems
    • Electronic and Embedded Systems
    • Space and Terrestrial Antennas
    • Antenna Systems and Architectures
    • Power Engineering and Power Systems
    • Access Systems and Networks
    • Satellite and Space Communications
    • Mobile and Ubiquitous Computing
    • Network and Security
    • Optical Networks and Systems
    • Wireless Communicationsand Networking
    • RF and Microwave Communication
    • Green Communication Systems and Network
    • 5G Communication and Network
    • Communication Device Modeling
    • Nano-satellite telecommunications systems;
    • Telecommunication and Ground Segment
  • Safety Management
    • Policy- and rulemaking of Drones in the world
    • Fire protection
    • Human factors
    • Resource management
    • Crash investigation
    • Regulations code and standards (RCS)
    • Education, training, lessons learned and best practices
    • Air traffic management
    • Aviation Safety and Security
    • Environment impact
    • Legislation