Development of Framework for Acquisition of Avionics Integration Capability
Journal Title: INCAS BULLETIN - Year 2015, Vol 7, Issue 4
Abstract
With the rapid advancement in electronics technology, in the last three decades Avionics systems have evolved from standalone single function units to functionally correlated and interdependent systems. To harness the potential of this technological growth in the constraints of time, power and space, the specialty of Avionics Integration has emerged. Avionics Integration Technology is a multi-faceted discipline involving a myriad of activities starting from design conception and concluding on final qualification and acceptance of the avionics suite. Currently, only a few advanced countries worldwide possess this technology and no formal framework has been defined in literature or journals that encompass the range of activities involved in avionics Integration. This paper will present a formal framework required for development of Avionics Integration Capability. It will cover the core skill areas required and their interdependencies. The recognized “V” Development model will be presented with complete identification of Integrator and Sub Contractor roles and responsibilities. For the technical execution of Avionics Integration, specialist domains will be identified along broad definition of required tool sets and work flow of activities to be conducted.
Authors and Affiliations
Fahad RIAZ
Keywords
Related Articles
- EP ID EP101176
- DOI 10.13111/2066-8201.2015.7.4.17
- Views 115
- Downloads 0
Considerations on EN 9100: 2016 / AS 9100D standard new changes
This article aims to highlight the main changes brought by the new edition of standard EN 9100: 2016 / AS 9100D. This standard is an effective tool for organizations working in the aerospace industry, providing the frame...
Book review. “Vibrations control of the dynamic systems” (Romanian title: “Controlul vibratiilor unor sisteme dinamice”) By Marcel MIGDALOVICI (Institute of Solid Mechanics of the Romanian Academy) and Daniela BARAN (National Institute for Aerospace Research “Elie Carafoli”) Editura BREN, Bucuresti, 2006
Survey Evaluation of the Indoor Environment Quality in a Large Romanian Hospital
The medical units represent a challenge for the building services engineers who are often put in difficulty to ensure the indoor optimal conditions. The destination variety of the indoor environment in such buildings and...
The rotational velocities evaluation for the engine mounts gyroscopic loads
The default values for the maximum pitch and yaw speeds from CS 23.371, seem to be too conservative that would result in overstressing of the structure.A simplified dynamic simulation is proposed to evaluate more confide...
A computational study of heat transfer in a laminar oscillating confined slot jet impinging on an isothermal surface at low Reynolds numbers
Heat transfer in a laminar confined oscillating slot jet is numerically investigated. A uniform inlet velocity profile oscillating with an angle φ, having the following sinusoidal shape: φ= φmax*sin(2πft). φ is in radian...