Ensuring sustenance of Singapore third generation army's weapon systems

The Singapore Army will continue to acquire more advanced weapon systems as part of the 3G SAF transformation effort, and the importance of ensuring sustenance of the new weapon systems must not be neglected. Guided by the Defence Capability Management (DCM) framework, the acquisition of new weapon...

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Main Author: Phua, Debbie Yee Lei
Other Authors: Yeo Khim Teck
Format: Theses and Dissertations
Language:English
Published: 2016
Subjects:
Online Access:http://hdl.handle.net/10356/68738
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Institution: Nanyang Technological University
Language: English
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spelling sg-ntu-dr.10356-687382023-03-11T17:15:42Z Ensuring sustenance of Singapore third generation army's weapon systems Phua, Debbie Yee Lei Yeo Khim Teck School of Mechanical and Aerospace Engineering DRNTU::Engineering::Mechanical engineering The Singapore Army will continue to acquire more advanced weapon systems as part of the 3G SAF transformation effort, and the importance of ensuring sustenance of the new weapon systems must not be neglected. Guided by the Defence Capability Management (DCM) framework, the acquisition of new weapon systems follows a set of processes that lead the project team to realise the new weapon system. The emerging challenges in the management of the 3G Army weapon systems, if not addressed, will have an impact in the availability of the weapon systems and hence affect the operational readiness of the Army. These challenges include the increasing complexity, the declining manpower resources, as well as the defence budget limitations. Use of systems engineering (SE) in the various acquisition phases ensures that the total life cycle of the weapon system is considered. This includes the involvement ofArmy Engineer, as part ofthe dedicated core project team to ensure sustenance requirements are addressed and followed through from capability development planning to capability sustenance phase. System requirements need to be managed and baseline requirement should include designing for reliability and maintainability. Configuration management must also be done diligently. Robust supportability is also paramount to ensure sustenance of the 3G Army weapon systems. This includes timeliness and comprehensive ILS, ensuring that a robust long-term logistics support plan is considered from the beginning, and building capabilities in our local defence industries. If the Army fails to recognise the importance of ensuring sustenance at the frontend, and acquire new capabilities without sufficient considerations and effort as elaborated earlier , the Army will fall into the same trap as many other nations where millions are spent in acquiring new weapon systems that are unreliable, unsupportable, and hence of low availability and unable to meet its operational needs. Master of Science (Systems & Project Management) 2016-05-31T07:37:35Z 2016-05-31T07:37:35Z 2016 Thesis http://hdl.handle.net/10356/68738 en 52 p. application/pdf
institution Nanyang Technological University
building NTU Library
continent Asia
country Singapore
Singapore
content_provider NTU Library
collection DR-NTU
language English
topic DRNTU::Engineering::Mechanical engineering
spellingShingle DRNTU::Engineering::Mechanical engineering
Phua, Debbie Yee Lei
Ensuring sustenance of Singapore third generation army's weapon systems
description The Singapore Army will continue to acquire more advanced weapon systems as part of the 3G SAF transformation effort, and the importance of ensuring sustenance of the new weapon systems must not be neglected. Guided by the Defence Capability Management (DCM) framework, the acquisition of new weapon systems follows a set of processes that lead the project team to realise the new weapon system. The emerging challenges in the management of the 3G Army weapon systems, if not addressed, will have an impact in the availability of the weapon systems and hence affect the operational readiness of the Army. These challenges include the increasing complexity, the declining manpower resources, as well as the defence budget limitations. Use of systems engineering (SE) in the various acquisition phases ensures that the total life cycle of the weapon system is considered. This includes the involvement ofArmy Engineer, as part ofthe dedicated core project team to ensure sustenance requirements are addressed and followed through from capability development planning to capability sustenance phase. System requirements need to be managed and baseline requirement should include designing for reliability and maintainability. Configuration management must also be done diligently. Robust supportability is also paramount to ensure sustenance of the 3G Army weapon systems. This includes timeliness and comprehensive ILS, ensuring that a robust long-term logistics support plan is considered from the beginning, and building capabilities in our local defence industries. If the Army fails to recognise the importance of ensuring sustenance at the frontend, and acquire new capabilities without sufficient considerations and effort as elaborated earlier , the Army will fall into the same trap as many other nations where millions are spent in acquiring new weapon systems that are unreliable, unsupportable, and hence of low availability and unable to meet its operational needs.
author2 Yeo Khim Teck
author_facet Yeo Khim Teck
Phua, Debbie Yee Lei
format Theses and Dissertations
author Phua, Debbie Yee Lei
author_sort Phua, Debbie Yee Lei
title Ensuring sustenance of Singapore third generation army's weapon systems
title_short Ensuring sustenance of Singapore third generation army's weapon systems
title_full Ensuring sustenance of Singapore third generation army's weapon systems
title_fullStr Ensuring sustenance of Singapore third generation army's weapon systems
title_full_unstemmed Ensuring sustenance of Singapore third generation army's weapon systems
title_sort ensuring sustenance of singapore third generation army's weapon systems
publishDate 2016
url http://hdl.handle.net/10356/68738
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