Improved Anti-Submarine Warfare (ASW) effectiveness MSSE Capstone Project
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Authors
Broadmeadow, James
Dziekan, Francis
Frantz, Francis
Gudz, Rodney
Kelley, Patrick
Kennedy, Shawn
Moreira, Christine
Nguyen, Nguyen
Roach, Patrick
Sammis, Jeffrey
Subjects
Advisors
Paulo, E.P.
Rhoades, M.M.
Date of Issue
2008-06
Date
Publisher
Monterey, California. Naval Postgraduate School
Language
Abstract
The protection of our nation's ability to operate military forces freely and safely across the world's oceans remains a paramount goal of the United States Navy. The NUWC Division Newport cohort applied the disciplined practice of systems engineering processes to analyze and improve upon Anti-Submarine Warfare effectiveness in support of Carrier Strike Group operations. The cohort sought customer feedback to understand and formalize the perceived needs and formulate and rank candidate solutions to meet these needs. The systems engineering team, seeking solutions that provide improved Carrier Strike Group defense from undersea threats, generated 14 alternative architectures for analysis. The alternatives that passed feasibility screening underwent performance and cost modeling, reliability screening, and risk analysis to help provide a basis for comparison. The analysis demonstrated that a distributed barrier of active sensors placed and maintained by a Littoral Combat Ship provided an effective detection and engagement solution. The team further concluded that coupling the barrier with development of advanced capability improvements to the platform-based active sonar provided an effective layered defense approach. This rigorous process demonstrated the value of the systems engineering process and identified key areas for continued investigation to support continued United States Navy dominance of the undersea domain.
Type
Thesis
Description
Series/Report No
Department
Systems Engineering (SE)
Organization
Identifiers
311-062KNP
NPS Report Number
NPS-SE-08-002