Reference no: EM132272919
1. A process of applying a unified, and iterative approach to the management and technical activities necessary to:
1. Integrate support considerations into system and equipment design
2. Develop support requirements that are related consistently to readiness objectives
3. Acquire and required support
4. Provide the required support during the operational phase at minimal cost
2. is refered to as
Logistics Systems Engineering
Integrated Logistics Support
Supportability Analysis
All of the Above
None of the Above
3. _______________ is a timeless proactive technical discipline that brings science and engineering to the art of logistics through the precise application of analytics and tools to facilitate knowledge based decision making through the systems life cycle. It addresses all facets of systems acquisition, including design development, testing, production, fielding, sustainment, improvement and modification and disposal. Therefore, it is a critical enabling discipline that separates proactive from reactive life cycle management.
Logistics Systems Engineering
Integrated Logistics Support
Supportability Analysis
All of the Above
None of the Above
4. The emphasis of ________ is on the development and implementation of an effective and efficient maintenance and support infrastructure and all activities related. It is effected by operational systems that may be provided in different levels depending on the overall mission requirements, the complexity of the system, its reliability and effectiveness, available resources, cost and so on.
Logistics Systems Engineering
Integrated Logistics Support
Supportability Analysis
All of the Above
None of the Above
5. __________________ is a discipline and also a very important aspect of systems engineering that includesreliability. It is the science and process whereby reliability, maintainability, and availability are designed into products or systems. It includes the supply and physical distribution considerations as well as more fundamental engineering considerations.
Logistics Systems Engineering
Integrated Logistics Support
Supportability Analysis
All of the Above
None of the Above