Value Engineering as a Specialty for Systems Engineering: Exploring Opportunities

Robin S. de Graaf; Gido Van der Linde; Hein De Jong; Berber Vogt

doi:10.1002/inst.12237

Value Engineering as a Specialty for Systems Engineering: Exploring Opportunities

Robin S. de Graaf, Gido Van der Linde, Hein De Jong, Berber Vogt

Construction Management and Engineering

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Abstract

Value Engineering is a so-called specialty engineering activity within Systems Engineering according to the INCOSE Systems Engineering Handbook [INCOSE, 2015], but what makes Value Engineering a ‘specialty,’ and what can it offer Systems Engineers? In this article three Value Engineering concepts are described, which are the pillars of Value Engineering: 1) the definition of value, 2) the use of multi-disciplinary workshops, and 3) the application of function diagramming with the FAST method. Each of these concepts is explained and ideas are put forward how to incorporate them in more commonly used Systems Engineering processes. Our findings show that Systems Engineering and Value Engineering are not mutually exclusive, but offer outstanding concepts to improve designers’ goals. With this article, we hope to inspire the Systems Engineering and Value Engineering communities to further explore and experiment together.

Original language	English
Pages (from-to)	41-44
Number of pages	4
Journal	INSIGHT
Volume	22
Issue number	1
DOIs	https://doi.org/10.1002/inst.12237
Publication status	Published - 29 May 2019

Keywords

value engineering
systems engineering

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10.1002/inst.12237

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title = "Value Engineering as a Specialty for Systems Engineering: Exploring Opportunities",

abstract = "Value Engineering is a so-called specialty engineering activity within Systems Engineering according to the INCOSE Systems Engineering Handbook [INCOSE, 2015], but what makes Value Engineering a {\textquoteleft}specialty,{\textquoteright} and what can it offer Systems Engineers? In this article three Value Engineering concepts are described, which are the pillars of Value Engineering: 1) the definition of value, 2) the use of multi-disciplinary workshops, and 3) the application of function diagramming with the FAST method. Each of these concepts is explained and ideas are put forward how to incorporate them in more commonly used Systems Engineering processes. Our findings show that Systems Engineering and Value Engineering are not mutually exclusive, but offer outstanding concepts to improve designers{\textquoteright} goals. With this article, we hope to inspire the Systems Engineering and Value Engineering communities to further explore and experiment together.",

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author = "{de Graaf}, {Robin S.} and {Van der Linde}, Gido and {De Jong}, Hein and Berber Vogt",

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AU - Vogt, Berber

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N2 - Value Engineering is a so-called specialty engineering activity within Systems Engineering according to the INCOSE Systems Engineering Handbook [INCOSE, 2015], but what makes Value Engineering a ‘specialty,’ and what can it offer Systems Engineers? In this article three Value Engineering concepts are described, which are the pillars of Value Engineering: 1) the definition of value, 2) the use of multi-disciplinary workshops, and 3) the application of function diagramming with the FAST method. Each of these concepts is explained and ideas are put forward how to incorporate them in more commonly used Systems Engineering processes. Our findings show that Systems Engineering and Value Engineering are not mutually exclusive, but offer outstanding concepts to improve designers’ goals. With this article, we hope to inspire the Systems Engineering and Value Engineering communities to further explore and experiment together.

AB - Value Engineering is a so-called specialty engineering activity within Systems Engineering according to the INCOSE Systems Engineering Handbook [INCOSE, 2015], but what makes Value Engineering a ‘specialty,’ and what can it offer Systems Engineers? In this article three Value Engineering concepts are described, which are the pillars of Value Engineering: 1) the definition of value, 2) the use of multi-disciplinary workshops, and 3) the application of function diagramming with the FAST method. Each of these concepts is explained and ideas are put forward how to incorporate them in more commonly used Systems Engineering processes. Our findings show that Systems Engineering and Value Engineering are not mutually exclusive, but offer outstanding concepts to improve designers’ goals. With this article, we hope to inspire the Systems Engineering and Value Engineering communities to further explore and experiment together.

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Value Engineering as a Specialty for Systems Engineering: Exploring Opportunities

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