Abstract

Mass customization in process management, so attracting and retaining clients as a way to meet individual requirements, is a major challenge in the design industry. The rise of design automation is opening up new opportunities to develop customized products at high speed and at costs equivalent to mass production. Design automation is based on devices based on the processes of product reuse and knowledge recycling. Automation have proven to be practical, highly aggregated knowledge, and we have observed a governance model in process automation in engineering design. Product and process knowledge at other stages of the life cycle are expressed and generated in multiple approaches, and there is no process for adapting product variants along with the product design process, resulting in breakpoints or additional iterations that slow down the design automation process. Therefore, it is desirable to provide tailored knowledge for design automation, and this method is still under development. Accordingly, this contribution suggests a new approach to knowledge representation and the need to enable design automation for mass customization. Methodologically, this new approach uses semantics and design problem, enriches the system environment to automatically obtain design information, and the rationale and design process are represented by a formal automations.

Keywords

• Automation knowledge,automations, technological process representation, design automation, automatic control system, automatic system program. .

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