Modelling and using product architectures in mechatronic product development
Year: 2012
Editor: Assoc. Prof. Poul Kyvsgaard Hansen, Professor John Rasmussen, Assoc. Prof. Kaj A. Jřrgensen, Assoc. Prof. Christian Tollestrup
Author: Bruun, Hans Peter Lomholt; Mortensen, Niels Henrik
Series: NordDESIGN
Institution: 1: Aalborg University, Denmark; 2: Design Society, United Kingdom
ISBN: 978-87-91831-51-5
Abstract
The objective for the paper is to determine the role of a product architecture modelling tool to support communication and to form the basis for developing and maintaining product structures for improving development practices of complex products. This paper contains descriptions, observations, and lessons learned from a case study in which the author tested a modelling tool to represent a product’s architecture during product development in a larger Danish company. The reasons leading to the use of the specific model and it’s terminology is described and illustrated. The paper supports two fundamental theoretical viewpoints; Theories of technical systems and theories of design processes. In this framing, the paper addresses the engineering activity of developing products supported by product architecture representations. The paper includes the description of a visual architecture representation, experiences by using the architecture representation in a mechatronic development project, and the scope of using the architecture model as a skeleton for a data structure in a PLM system. The fundamental idea for planning and modeling holistic architectures is that an improved understanding of the whole product system, will lead to better decision making. Moreover, it is discussed how the sometimes intangible product structures within a architecture can be visually modeled based on the assumption that knowledge about a product’s architecture has to be tangibly instantiated, in order for people and decision makers to successfully share it and use it.
Keywords: Architectural design process, product models, top-down synthesis, PLM systems.