Abstract
Nowadays, providing an automatic agile process in the design processes relying on Model-Based Systems Engineering (MBSE) to speed up innovation creation as much as possible is a progress key as well as a survival factor in the competitive industrial environment. Therefore, companies should make a cultural shift from traditional document-based information exchange and iterative time-consuming serial design procedures, to communicate the information based on visual modeling in a common language such as SysML, which is easier to follow. In this respect, although the capability of Axiomatic Design (AD) in product work breakdown structure has been proven, from stakeholders’ needs to functional requirements and physical solutions, it seems that now is the time to automate and speed up this critical process in the product life cycle practically
using developed MBSE tools. That means, when changes occur, updating a model is more straightforward than documents that require manual revisions of tables, glossaries, requirements, etc. To show the application of such a work, this paper proposes the AD of a smart mobile Hyperloop transportation factory through requirements modeling and analysis in the Cameo System Modeler software. As the main goal of the project is the decentralization of producing tube elements, and easily disassembling and building up again along the planned track/construction side, the AD is focused on the mobile factory than the Hyperloop system. Results illustrate how MBSE could alleviate difficulties in dealing with AD problems in real-world complex applications with lots of requirements.