Avionique et ATM

Avionics Architecture

Objectives

After completing this course you will be able to : describe the characteristics and the purposes of electrical distribution on board airplanes explain how electrical buses are determined depending on the avionics systems (using the example of A320) describe the architectures of avionics computers and aeronautical data buses and explain their evolution describe cockpit integration and explain its objectives

Educational content

Electrical systems :

General

Schematics

Electrical production

Electrical distribution

Future of electricity on board

Criticity of avionics systems and electrical power supply

Constraints resulting for avionics

Improvements of electrical power supply systems and evolutions

Systems interfaces and data exchanges :

Line Replaceable Unit (LRU) and Integrated Modular Avionics (IMA) architectures

Avionics communications principles and ARINC 429 standards

Introduction to the AFDX technology

Presentation of the AFDX technology in th A380

Cockpit integration :

Airbus aircrafts

Objectives of the cockpit integration

Instruments systems

Overall cockpit integration of the systems

Dassault Aviation Falcon bizjets 6 EASY cockpit design and integration

From Falcon 20 cockpit to Falcon 7X EASy cockpit

EASy cockpit description

EASy II in development

Hands-on based on fixed flight simulators

Description of light aircraft cockpit integration

Description of Airbus A320 cockpit integration

For information only : 27 hours

Participates

Engineers and executives.
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