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Slide 1: Aircraft Avionics Industry Features and Trends Avionics is referred to denote the electronic systems that are utilized in aircraft, spacecraft as well as artificial satellites. The modern day digital avionics/aircraft systems are intricate in their own ways, and need an in-depth cross-functional experience, knowledge in all the phases of the program. Hence, one can say that the success of an aircraft development program, technically as well as financially can be tracked to the success of the avionics development initiatives. Majority of the programs that have exceeded the cost and schedule limits are mostly because of some erroneous situation in avionics systems. It is calculated that the global market for aircraft avionics devices in the forthcoming decade can reach an approximate worth of £30 billion. Today eminent engineering consulting service companies specializing in aero structures have been helping the global OEM’s. The services in this regard consist of software and hardware engineering, mechanical avionics design and development, control systems and instrumentation engineering, engineering analysis, automated test equipments, manufacturing engineering, simulation software development, technical publications and manufacturing. Added on this, the service providers also provide organizations and global clients with all-inclusive testing life cycle assistance to black and white box testing. Few other selected important features includes the expertise on domains such as the Flight Warning Systems, Flight Control Systems (FCS), Flight Management Systems (FMS), 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 the like. The service offerings provided to the users and the global customer bases are as follows:- Hardware engineering        Modular architecture and design Analog/Digital circuit design PCB design and development PCB fabrication Prototyping Test design and development Support to certification Software engineering       Design and development Independent Verification and Validation (IV&V) Re-engineering and maintenance Tools development Test design and development Support-to-certification System integration    Automated testing equipment Test procedures Support-to-certification
Slide 2: Organizations having the expertise in engineering consulting service deals in combining embedded software development as well as electronic hardware fabrication that enable them to provide a complete range of “designto-build” methodology for avionics and embedded systems. Click here for more on engineering services