It comprises all the IT based methods and tools used to design, develop, manufacture, validate, certify, test and maintain aircrafts and airports. It also includes particular fields like: infra-red and radar signature control and aeronautical software engineering.
(Source: ACARE Area 6 and PAE own definition)
Sections
- 01 Methods and IT tools for Collaborative Product & Process Engineering
- 02 On-board systems engineering
- 03. Environmental and EM compliance engineering Process
- 04 Flight / Ground Tests
- 05 Life-cycle Integration
- 06. System Certification
- 07 Fault Tolerant Systems
- 08. Hazard Analysis
- 09 Safety modelling
- 10 Air Safety Data analysis
- 11 System reliability
- 12 Security / Risk analysis
- 13 Maintenance modelling
- 14 Infra-red and Radar Signature Control
- 15 Advanced information processing
- 16 Collaborative Decision Making
- 17 Simulator environments & Virtual reality
- 18 Decision Support Systems
- 19 Information management & Knowledge management (Methods & tools)
- 20 Autonomous operation
- 21 Aeronautical Software Engineering
- 22 Development of operational research methods & tools
- 23 Development of synthetic environment & virtual reality tools
- 24. Aircraft performance assessment
- 25 Airport performance assessment
- 26. Business modelling
- 27 Numerical Models (including Fast Time Simulation)
- 28 Real Time Simulators
- 29 General Purpose Equipment
- 30 Reference Data for R&D Use and live/RT data
- 31 Methodology (Validation)
- 32 Large scale validation Experiments
- 33 Large scale validation Platforms
Browsing taxonomies
Upper level
Sections at this level
- 1A-Flight Physics
- 1B-Aerostructures
- 1C-Propulsion & Power
- 1D-Aircraft avionic, systems & equipments
- 1E-Flight Mechanics
- 1F- Integrated design and validation (Methods and Tools)
- 1G- Air Traffic Management
- 1H-Airports
- 1I-Human Factors
- 1J-Innovative Concepts and Scenarios
- 1K-Unmanned Aerial System Technologies
- 1L Digital Industry / Industry 4.0