Difference between revisions of "Systems - General"
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General applicable rules for systems engineering | General applicable rules for systems engineering | ||
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| + | ==Basic rules== | ||
| + | *'''Simplicity''' - complex technology need not be arranged in a complex manner, strive for simplicity of design where possible | ||
| + | *'''Integration''' - integrate engineering across all disciplines assuring the most efficient use of space as well as developing systems holistically to ensure spatial and energy efficiency | ||
| + | *'''Installation''' – focus on efficient production and installation | ||
| + | *'''Operation''' - ensure that the designs are easy to operate and service throughout their life | ||
== Standards and calculations == | == Standards and calculations == | ||
Latest revision as of 15:58, 6 November 2013
General applicable rules for systems engineering
Basic rules[edit]
- Simplicity - complex technology need not be arranged in a complex manner, strive for simplicity of design where possible
- Integration - integrate engineering across all disciplines assuring the most efficient use of space as well as developing systems holistically to ensure spatial and energy efficiency
- Installation – focus on efficient production and installation
- Operation - ensure that the designs are easy to operate and service throughout their life
Standards and calculations[edit]
- check out The Engineering Toolbox
Pumps and filters[edit]
In general pumps come after filters so they will not damage the filters.
