Difference between revisions of "Logistics"
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==Scope== | ==Scope== | ||
| − | Logistics Systems Engineering products and services | + | Logistics Systems Engineering products and services include (Northrop Grumman, 2011): |
| − | include: | + | |
| − | *Integrated Support Planning – Defining | + | *Integrated Support Planning – Defining and planning support requirements that continue through the product’s life cycle as part of the system design. |
| − | and planning support requirements that | + | *Performance Based Logistics – Defining the requirements, plans, procedures and management methods needed for support from product or system development to its retirement. |
| − | continue through the product’s life cycle as part | + | *Logistics Support Analysis/Maintenance Engineering Analysis – Defining detailed reliability, maintainability, and support requirements for the life of the product for both mil-spec and commercial applications. |
| − | of the system design | + | *Life Cycle Cost/Total Ownership Cost Analysis – Providing analysis to determine the most cost-effective methods and means of support during the total life of the product. |
| − | *Performance Based Logistics – Defining | + | *Warranty Management/Support – Providing planning, technical and program management, computer tracking and coordinating analysis of failure data. |
| − | the requirements, plans, procedures and | + | *Repair Level Analysis – Determining the most cost-appropriate level to which a product or system should be repaired. |
| − | management methods needed for support from | + | *Diminished Manufacturing Sources Analysis – Providing modeling techniques to anticipate future financial concerns caused by part obsolescence issues. |
| − | product or system development to its retirement | + | *Spares Analysis – Defining the optimal mix of spares based on cost and availability. |
| − | *Logistics Support Analysis/Maintenance | ||
| − | Engineering Analysis – Defining detailed | ||
| − | reliability, maintainability, and support | ||
| − | requirements for the life of the product for both | ||
| − | mil-spec and commercial applications | ||
| − | *Life Cycle Cost/Total Ownership Cost | ||
| − | Analysis – Providing analysis to determine the most cost-effective methods and means of | ||
| − | support during the total life of the product | ||
| − | *Warranty Management/Support – | ||
| − | Providing planning, technical and program | ||
| − | management, computer tracking and | ||
| − | coordinating analysis of failure data | ||
| − | *Repair Level Analysis – Determining the | ||
| − | most cost-appropriate level to which a product | ||
| − | or system should be repaired | ||
| − | *Diminished Manufacturing Sources | ||
| − | Analysis – Providing modeling techniques to | ||
| − | anticipate future financial concerns caused by | ||
| − | part obsolescence issues | ||
| − | *Spares Analysis – Defining the optimal mix | ||
| − | of spares based on cost and availability | ||
==References== | ==References== | ||
Revision as of 15:51, 6 September 2011
There are several definitions for logistics within systems engineering and the definition used will determine what activities are considered part of logistics. The SEBoK defines logistics as “the science of planning and implementing the acquisition and use of the resources necessary to sustain the operation of a system.” )
Scope
Logistics Systems Engineering products and services include (Northrop Grumman, 2011):
- Integrated Support Planning – Defining and planning support requirements that continue through the product’s life cycle as part of the system design.
- Performance Based Logistics – Defining the requirements, plans, procedures and management methods needed for support from product or system development to its retirement.
- Logistics Support Analysis/Maintenance Engineering Analysis – Defining detailed reliability, maintainability, and support requirements for the life of the product for both mil-spec and commercial applications.
- Life Cycle Cost/Total Ownership Cost Analysis – Providing analysis to determine the most cost-effective methods and means of support during the total life of the product.
- Warranty Management/Support – Providing planning, technical and program management, computer tracking and coordinating analysis of failure data.
- Repair Level Analysis – Determining the most cost-appropriate level to which a product or system should be repaired.
- Diminished Manufacturing Sources Analysis – Providing modeling techniques to anticipate future financial concerns caused by part obsolescence issues.
- Spares Analysis – Defining the optimal mix of spares based on cost and availability.