Systems Engineering Plan For Navy Theater Wide Theater Ballistic Missiledefense Tbmd Volume 1 System Requirements Engineering

The Program Executive Officer, Theater Air Defense Systems Engineering (PEO(TAD)- SE) drafted Volume I (System Requirements Engineering) of the Systems Engineering Plan (SEP) for Navy Theater Wide Theater Ballistic Missile Defense (NTW TBMD) capabilities for Navy surface combatants. Hereafter for brevity, Navy Theater Wide Theater Ballistic Missile Defense will be referred to as NTW. In response to PEO(TAD)-SE tasking, Volume I of the NTW SEP was developed. Volume I describes the process to be followed in defining NTW requirements for Navy surface combatants. The requirements engineering effort defined in this document represents the initial portion of the NTW systems engineering process. The NTW system requirements engineering process is a part of the TAD systems engineering strategy. Volume I (System Requirements Engineering) of the Surface Navy TAD Systems Engineering Plan, developed by the Naval Surface Warfare Center Dahlgren Division (NSWCDD) for PEO(TAD)-SE and dated 12 November 1997, was the basis from which this NTW System Requirements Engineering Plan was developed. Guidance provided in EIA/IS-632 Interim Standard Systems Engineering, DOD directives and DOD 5000.1 and 5000.2 series instructions was also incorporated into the development of this NTW plan. This plan addresses NTW System Requirements Engineering prior to Milestone II and provides the basis for scheduling, costing, tracking and controlling the NTW Program's system requirements engineering effort. This effort will develop a comprehensive set of technical system requirements allocated to the product programs with traceability to top level operational requirements. Volume II will detail the remainder of the NTW systems engineering effort and will be developed under the direction of PMS 452. In addition, product specific systems engineering management plans (SEMPs) will be developed by the respective program offices.

The Program Executive Officer, Theater Air Defense Systems Engineering (PEO(TAD)- SE) drafted Volume I (System Requirements Engineering) of the Systems Engineering Plan (SEP) for Navy Theater Wide Theater Ballistic Missile Defense (NTW TBMD) capabilities for Navy surface combatants. Hereafter for brevity, Navy Theater Wide Theater Ballistic Missile Defense will be referred to as NTW. In response to PEO(TAD)-SE tasking, Volume I of the NTW SEP was developed. Volume I describes the process to be followed in defining NTW requirements for Navy surface combatants. The requirements engineering effort defined in this document represents the initial portion of the NTW systems engineering process. The NTW system requirements engineering process is a part of the TAD systems engineering strategy. Volume I (System Requirements Engineering) of the Surface Navy TAD Systems Engineering Plan, developed by the Naval Surface Warfare Center Dahlgren Division (NSWCDD) for PEO(TAD)-SE and dated 12 November 1997, was the basis from which this NTW System Requirements Engineering Plan was developed. Guidance provided in EIA/IS-632 Interim Standard Systems Engineering, DOD directives and DOD 5000.1 and 5000.2 series instructions was also incorporated into the development of this NTW plan. This plan addresses NTW System Requirements Engineering prior to Milestone II and provides the basis for scheduling, costing, tracking and controlling the NTW program's system requirements engineering effort. This effort will develop a comprehensive set of technical system requirements allocated to the product programs with traceability to top level operational requirements. Volume II will detail the remainder of the NTW systems engineering effort and will be developed under the direction of PMS 452. In addition, product specific systems engineering management plans (SEMPs) will be developed by the respective program offices.

This plan for system requirements engineering defines the steps necessary to engineer Surface Navy Theater Air Defense (TAD) as a system. The high level architectures and requirements that result from this process are intended to guide future development priorities and road maps, describe functional allocation alternatives, and define interface controls required for safe and effective deployment of Surface Navy TAD.

This plan for system requirements engineering defines the steps necessary to engineer Surface Navy Theater Air Defense (TAD) as a system. The high level architectures and requirements that result from this process are intended to guide future development priorities and road maps, describe functional allocation alternatives, and define interface controls required for safe and effective deployment of Surface Navy TAD.

As the United States moves into the next century one of the biggest threats facing her national interests is the proliferation of Theater Ballistic Missile (TBM) Systems, with their potential for carrying Weapons of Mass Destruction(WMD). In order for the United States to 'project power', the Navy must play a large role in the protection of friendly assets from TBM attacks. Thus, the Navy is continuing to develop new systems and technologies as it attempts to migrate older weapons systems to fulfill this mission into its initial ballistic missile defense concept, Navy Area Defense (NAD). This thesis looks at the differences between the current 'as is' physical/information architectures for the Anti-Air Warfare Commander and the future 'to be' physical/information architectures for Theater Ballistic Missile Defense Commander. The conventional anti-air warfare and TBM defense information requirements, on an Aegis, are developed using IDEF O Diagrams. These information requirement differences must be used as drivers for future system acquisition and development. Also, the potential problem areas associated with adding TBMD as an additional responsibility for the Air Warfare Commander (AWC) onboard and AEGIS platform, are covered. The results of this thesis represent the initial plan (roadmap) for changes needed to support the evolving mission (Navy Area Defense) in the fleet.

Air and Missile Defense Systems Engineering fills a need for those seeking insight into the design procedures of the air and missile defense system engineering process. Specifically aimed at policy planners, engineers, researchers, and consultants, it presents a balanced approach to negating a target in both natural and electronic attack environmen

Additional Contributors Include E. B. Doll, J. O. Crum, C. E. Bartley, And Others.