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EbookBell Team
4.7
66 reviewsfor this, even though some sophisticated innovations allow for simple answers to
seemingly complex challenges, the basic trend is to know how to manage the
complexity born from the assembly of many subsystems and components that must
be skillfully linked. The concept of a system is therefore increasingly important,
whether for systems that are developed to be made available to customers (e.g.
aircraft in the aeronautics industry), or for the underlying systems that support an
industry (e.g. factories and the entire supply chain, the information systems of a
company).
Systems engineering has thus become a fundamental discipline to address the
growing complexity of these systems.
It is a broad, multifaceted discipline that has been considerably enriched recently
to meet the challenges of the times. This book addresses all these riches.
I personally find in this discipline the strength to allow the passage of common
sense on a large scale. This is also its weakness, because this appearance of evidence
on a small scale hinders its appropriation and its valorization. In practice, this turns
out to be much more difficult than it seems at first sight, and absolutely critical. This
is what the retrospective analysis of errors and failures in various complex systems
(aeronautics, space, nuclear, etc.) reminds us. Risks come from systemic effects that
create complexity from simple elements that interact.
In the aeronautics industry in particular, the one I know best, systems
engineering is no longer reserved for aircraft manufacturers who manage the entire
aircraft (or helicopter). It has also become fundamental for the largest aeronautical
equipment manufacturers, because the systems they develop also require it