2.4.2 Principled systems engineering for the planet

Haskins, Cecilia

doi:10.1002/j.2334-5837.2008.tb00807.x

Cited by 4 publications

(4 citation statements)

References 18 publications

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“…It provides processes, methods and tools to support the success of a project, addressing all project life cycle phases from initiating, executing and closing a project. Similar to OI, a key phase is the planning phase, which includes defining the objectives, scope, resources and project partners (PMI, 2013;Haskins, 2006). Particularly, the analysis and engagement of stakeholders is crucial for PM (Aladpoosh et al, 2012) but far from trivial (Gattringer et al, 2017).…”

Section: Project Management Approaches For Collaborative Projectsmentioning

confidence: 99%

Exploring the enabling effects of project management for SMEs in adopting open innovation – A framework for partner search and selection in open innovation projects

Guertler

Sick

2021

International Journal of Project Management

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Section: Project Management Approaches For Collaborative Projectsmentioning

confidence: 99%

Exploring the enabling effects of project management for SMEs in adopting open innovation – A framework for partner search and selection in open innovation projects

Guertler

Sick

2021

International Journal of Project Management

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“…The v-diagram (also known as the v-model) is one such way of designing complex systems. The general concept of the vdiagram can be seen in Figure 1, it consists of three parts: decomposition & definition; integration & testing; and verification & validation (Haskins 2007). The general concept has been adapted many times for use in both systems engineering and software engineering to design products, with each side of the v broken down into stages describing what needs to be done on.…”

Section: The V-diagrammentioning

confidence: 99%

A V-Diagram for the Design of Integrated Health Management for Unmanned Aerial Systems

et al. 2015

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Designing Integrated Vehicle Health Management (IVHM) for Unmanned Aerial Systems (UAS) is inherently complex. UAS are a system of systems (SoS) and IVHM is a product- service, thus the designer has to take into account many factors, such as: the design of the other systems of the UAS (e.g. engines, structure, communications), the split of functions between elements of the UAS, the intended operation/mission of the UAS, the cost verses benefit of monitoring a system/component/part, different techniques for monitoring the health of the UAS, optimizing the health of the fleet and not just the individual UAS, amongst others. The design of IVHM cannot sit alongside, or after, the design of UAS, but itself be integrated into the overall design to maximize IVHM’s potential. Many different methods exist to help design complex products and manage the process. One method used is the V- diagram which is based on three concepts: decomposition & definition; integration & testing; and verification & validation. This paper adapts the V-diagram so that it can be used for designing IVHM for UAS. The adapted v-diagram splits into different tracks for the different system elements of the UAS and responses to health states (decomposition and definition). These tracks are then combined into an overall IVHM provision for the UAS (integration and testing), which can be verified and validated. The stages of the adapted V- diagram can easily be aligned with the stages of the V- diagram being used to design the UAS bringing the design of the IVHM in step with the overall design process. The adapted V-diagram also allows the design IVHM for a UAS to be broken down in to smaller tasks which can be assigned to people/teams with the relevant competencies. The adapted V-diagram could also be used to design IVHM for other SoS and other vehicles or products

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“…For example, systems engineers are to identify, clarify, and document the drivers/ requirements in the earliest phase of a project life cycle for a system according to the handbook of Systems Engineering [3]. In this perspective, identification of key values is one of the earliest tasks in design or analysis of a system of systems.…”

Section: Introduction 11 Design Of System Of Systemsmentioning

confidence: 99%

Determination of stakeholders' consensus over values of system of systems

Rajabalinejad

Bonnema

2014

2014 9th International Conference on System of Systems Engineering (SOSE)

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This paper focuses on one of the earliest steps in System of Systems (SoS) design aiming to meaningfully determine stakeholders' values or preferences. It recommends the plural problem definition and dynamic construction of stakeholder's values in the front end of design process. It suggests a method based on the probability theory to embed flexibility and tolerance, and construct a basic framework for collecting, processing and combining uncertain information. This study uses a graphical tool to facilitate communication and probabilistically utilize the stakeholders' values. It introduces the "degree of consensus" as a metric to rank the identified values. This metric represents the consent of stakeholders on SoS values used for example in its architecture, design decisions, or alternative evaluation. The paper explains the mathematical formulation and presents an application example for design of a mobile meteorological station as a part of a world program for dealing with the global warming.

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2.4.2 Principled systems engineering for the planet

Cited by 4 publications

References 18 publications

Exploring the enabling effects of project management for SMEs in adopting open innovation – A framework for partner search and selection in open innovation projects

Exploring the enabling effects of project management for SMEs in adopting open innovation – A framework for partner search and selection in open innovation projects

A V-Diagram for the Design of Integrated Health Management for Unmanned Aerial Systems

Determination of stakeholders' consensus over values of system of systems

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