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Design for System Lifecycle Properties – Support of Planning Processes by Modularization of Stakeholder Networks

Design for System Lifecycle Properties – Support of Planning Processes by Modularization of Stakeholder Networks

Year: 2013

Section: Poster Presentations

Editor: Scheurmann, E.; Maurer, M.; Schmidt, D.; Lindemann, U.

Author: Schoettl, F.; Bauer, W.; Lindemann, U.

Series: DSM

Institution: Technische Universit

Section: Poster Presentations

Pages: 125-132

ISBN: 978-3-446-43803-3

Abstract

During the planning and development of large-scale systems an increasing number of stakeholders have to be involved to ensure a holistic consideration. System Lifecycle Properties (Ilities) become more dominant targets for development tasks. A consideration of these objectives is only possible if we know which stakeholders in the system is interested in which Ilities. To this end, we present an approach for the identification of these relationships using matrix-based methods, and show how so-called “Ility Modules” for stakeholders and activities can be derived. In a case study in the field of automotive industry, we demonstrate the practical benefit of our approach and discuss the scope of our method.

Keywords: Modularization, System Lifecycle Properties, Stakeholder network, DSM, DMM, MDM

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ds endorsed conferenceDSM 2013 - 15th International DSM Conference, Melbourne, Australia

Dependency and Structure Modeling (DSM) originates from the methods that have come about from using the Design Structure Matrix and similar methods (matrix-based as well as graph based). These methods have proven very valuable in designing complex systems, optimizing technical systems and product architectures and organizations, densely networked processes and large market structures. With its ability to manage complexity by looking into the structure of a system, it has led to many other advances...

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