Différences

Ci-dessous, les différences entre deux révisions de la page.

--- francois:system_design [2017/03/10 16:37] – créée francois
+++ francois:system_design [2017/03/11 08:47] (Version actuelle) – francois
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 ====== System design ======
-Department of defense : {{ :francois:boulot:system_design:systems_engineering_fundamentals_guide_01_01.pdf |}}
+===== SYSTEMS ENGINEERING FUNDAMENTAL =====
+Department of defense, january 2001.
+{{ :francois:boulot:system_design:systems_engineering_fundamentals_guide_01_01.pdf |THe document}}
+==== The Systems Engineering Process ====
+{{:francois:boulot:system_design:system_engineering_process.png?direct&400|Systems engineering process}}
+**Systems engineering controls** are used to track decisions  and  requirements,  maintain  technical
+baselines, manage interfaces, manage risks, track cost  and  schedule,  track  technical  performance,
+verify requirements are met, and review/audit the progress.
+==== The System architectures ====
+Usable system architectures can be:
+  * functional
+  * physical
+  * system
+These architectures are necessary components of the systems engineering process.
+The //Functional Architecture// identifies and structures the allocated functional and performance
+requirements.
+The //Physical Architecture// depicts the system product by showing how it is broken down into
+subsystems and components.
+The //System Architecture// identifies all the products (including enabling products) that are
+necessary  to  support the  system  and,  by  implication,  the  processes necessary for
+development, production/construction, deployment, operations, support, disposal,
+training, and verification.
+==== Responsabilities ====
+Responsibilities of systems engineers include:
+  * Development of a total system design solution that balances cost, schedule, performance, and risk
+  * Development and tracking of technical information needed for decision making
+  * Verification that technical solutions satisfy customer requirement
+  * Development of a system that can be produced economically and supported throughout the life cycle,
+  * Development and monitoring of internal and external  interface  compatibility  of  the  system  and  subsystems  using  an  open  systems approach,
+  * Establishment of baselines and configuration control
+  * Proper focus and structure for system and major sub-system level design IPT
+===== Other sources =====
+==== INTECH ====
 {{ :francois:boulot:system_design:system_engineering_method_for_system_design.pdf |}}
 {{ :francois:boulot:system_design:functional_analysis_in_systems_engineering_methodology_and_application.pdf |}}