Design Methodology Framework for Cyber-Physical Products

<p dir="ltr">Dealing with complex systems often involves a layering (e.g.: hierarchical) representation that is<br>prevalent throughout engineering. This layering appears in various disciplines in a variety of forms. Concurrent<br>design refers to a generalized methodology for mapping from the functional requirements and conceptual model<br>to blueprints in various domains. Cyber-Physical, hence complex, system include mechanical, electrical,<br>sensors, computer, data, user interface, and external factors. The system is capable of acquiring historical data,<br>receiving real-time sensory status, adapt accordingly while interacting with the environment. The purpose of this<br>paper is to introduce a novel design methodology approach for smart complex systems such as cyber-physical<br>products and machines. The potential impact of this methodology is to provide a common design approach for<br>any smart system. It can also be used to calculate system complexity in the context of the coupling index.<br>Additionally, it can reduce the compatibility issues at the early system design level.</p>