What is Our Goal?

A main goal of conference is to provide an international forum for presentation of recent progress on air traffic management and operations, aircraft design and aviation technologies as well as issues of education, management, policy, planning and market aviation affecting the future direction of the aviation industry. The second goal is to offer a venue for interaction between researchers, system developers, product support personnel, managers, and business developers from aviation industry, government, and academia to share research findings and practical experiences. The conference also aims to serve as a meeting place where people can identify new research ideas and techniques for introducing them into widespread use in aviation and related fields.

Conference topics

• Avionic Systems
Navigation systems, digital aircraft systems, aircraft communication systems, flight and engine control systems, on-board digital systems, electronic instrument systems, aircraft electrical systems, management of on-board systems, progressive avionic systems, human machine interfaces, advanced warning systems
• Aircraft Design and Construction
CAD, CAM , CAX, CAE - technologies in aviation, progressive construction technologies, composite materials, advanced simulation methods, constructive design
• Aerodynamics
computational fluid dynamics, aircraft stability, measurement of aerodynamic characteristics, progressive aerodynamic design and calculations
• Air Traffic Management and Operations
Air traffic control, air traffic flow management, aeronautical information services, piloting the aircraft, air navigation, aviation meteorology, human factor and performance, training and education

• Air Transport Management
security management, environmental factors, logistic systems, progressive information systems
• Aviation Safety
modeling and simulation of safety systems, technical reliability analysis, virtual simulation technologies, safety legislation, certification process, human factor, safety risks, accidents’ analysis
• Aircraft Propulsion Systems
gas turbine engines, aviation piston engines, engine control systems, engine diagnostic systems, simulation and modeling, progressive materials in aviation engines, electric propulsion systems
• Sensors
magnetic sensors, digital measurement equipment, MEMS Technologies, intelligent sensors, aerometric computers, inertial reference systems, analogue sensing techniques, hybrid sensors, sensor networks, sensors modeling
• Unmanned Aerial Systems
modeling, control and diagnostics, virtual simulation, navigation, detection of UAV systems, UAV security, anti UAV systems, legislation processes, certification, swarming, propulsion, energy storage, commercial applications, ground control stations
• Airport Operations
airport management, airport economics and logistics, airport security, airport transportation systems, aircraft ground handling management, aircraft ground navigation, surface movement guidance and control systems
• Space Systems
cube-sats, propulsion systems, space navigation, orbital control, communication systems, safety and security of space vehicles, control systems, space applications