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On
Learjets

Why
ASTECH
ASTECH's
Founder
Expert's
Corner
Links
In
Closing

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There is nothing so
wasteful as doing with great efficiency that which
doesn't have to be done at
all.--Anonymous
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If you always do what
you have always done, you will always get what you
always got.--
Anonymous
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To meet the price/performance demands of your customers
while improving your competitive positions, increasing
levels of technology must be utilized in both the ways you
work and the products you produce. This has definitely been
the case for Avionic/Aircraft Systems, where:
- Digital is replacing Analog
- Software is replacing Hardware
- Multifunction Displays are replacing
Instruments & Controls
- Integrated Systems are replacing Standalone
Systems
- Automation is replacing Manually-Performed
Operations
With tighter program funding and compressed schedules,
you are relying more on commercial off-the-shelf (COTS)
equipment/systems and subsystem outsourcing to provide you
with this technology-- where you define the subsystem
requirements, the outsourced supplier delivers to you a
subsystem per your requirements, and then you integrate,
test, and certify the subsystem in your aircraft. If all
goes well, you meet the program cost and schedule
objectives, and deliver the fully-operational
certified/qualified aircraft on schedule.
Unfortunately,when avionics/aircraft systems engineering
and integration tasks are distributed among several
different subcontractors in a cost-competitive or
scope-limited format, you run the risk of subcontractors
focusing only on their system-specific technical tasks
without regard to the broader multi-system consequences--
which could lead to a loss in cross-system synergism and in
costly time-consuming system integration problems later in
the program. System implementation also becomes increasingly
expensive and time consuming when:
- Systems Engineering is not thorough and complete
- Systems Engineering does not have the
cross-functional knowledgeable, experience, &
expertise to effectively integrate the various subsystem
elements into a tightly coupled system
- COTS equipment & systems are not as "Plug &
Play" as you had planned-- making integration much more
difficult, time-consuming, & costly
- System hardware/software integration problems are
difficult to isolate & solve-- especially those that
are cross-system and/or cross-functional
- System operation problems encountered during testing
bring the program to a grinding halt
- Redesign becomes the only option for an
unsatisfactory system design
- Subcontractors are not responsive to or supportive of
your problem situations-- problems are NOT getting
fixed!
- Limitations in look-ahead planning & synergism
prevent you from leveraging technology to the maximum
extent possible
Some aircraft programs do not suffer through these
problems, but many do. Avionic/ Aircraft System
implementation is extremely difficult and its outcome is
based on many different factors-- but success can be the
outcome if the right things are done the right way at the
right time.

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