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Slide 1: Importance of Aircraft Avionics in the Aviation Industry The term aircraft avionics was first used in the earlier half of 1950’s in USA to denote the system that depend on as well as exploit electronic technology in the aviation segment. Today, when we speak about the new age aircraft industry it has an essential role to play. The expenses of an avionic system are usually the same or as much as onethird of the overall aircraft expense. It is estimated, that the global market for aircraft avionics devices in the upcoming ten years be approximately worth of £30 billion and hence its future importance is highly appreciated by most. A well incorporated aircraft avionics infrastructure is crucial to almost every aircraft. With the modern day technologies, today there is a clear need to set up development hardware and software designs, testing, execution and integration Today famous engineering consulting service companies that specializes in aero structures has been assisting the global OEM’s and their various tires for a decade now. The services for the same includes mechanical avionics design and development, software and hardware engineering, control systems and instrumentation engineering, automated test equipments, engineering analysis, simulation software development, manufacturing engineering, technical publications as well as manufacturing. In addition to this they also offer enterprises with comprehensive testing life cycle assistance to black and white box testing. Few other essential capabilities comprises of expertise such as the Flight Warning Systems, Flight Management Systems (FMS), Flight Control Systems (FCS), Navigation and Surveillance (CNS) Systems, Engine Control, Communication, Hydraulic Systems, Landing Gear Systems, Electrical Power Systems, Environmental Systems, Electronic Flight Instrumentation System (EFIS), Engine Test beds, Fire Protection System, Simulators, Ground Support Equipment and many others. The service offerings for the users and clients can be summarized in the following sections as listed below:- Software engineering       Design and development Independent Verification and Validation (IV&V) Re-engineering and maintenance Tools development Test design and development Support-to-certification Hardware engineering        Modular architecture and design Analog/Digital circuit design PCB design and development PCB fabrication Prototyping Test design and development Support to certification System integration
Slide 2:  Automated testing equipment  Test procedures  Support-to-certification  Companies that have expertise in engineering consulting service also specializes in combining embedded software development along with electronic hardware fabrication that helps them to offer a comprehensive “design-tobuild” procedure for avionics and embedded systems. Click here for more on engineering product design